 (11)  EP 3 663 282 A1 
(12)  EUROPEAN PATENT APPLICATION 



 

(54)  PYRROLIDINONE HERBICIDES 
(57) Disclosed are compounds of Formula 1, including all stereoisomers, Noxides, and salts thereof:
wherein R^{1}, R^{2}, R^{3}, R^{4}, R^{5}, R^{6}, Q^{1}, Q^{2}, Y^{1}, and Y^{2} are as defined in the disclosure. Also disclosed are compositions containing the compounds of Formula 1 and methods for controlling undesired vegetation comprising contacting the undesired vegetation or its environment with an effective amount of a compound or a composition of the invention. 
FIELD OF THE INVENTION
BACKGROUND OF THE INVENTION
SUMMARY OF THE INVENTION
DETAILS OF THE INVENTION
Embodiment 1. A compound of Formula 1 wherein when Q^{1} is an 8 to 10membered heteroaromatic bicyclic ring system optionally substituted with R^{7} and R^{9}, the remainder of Formula 1 is bonded to a fully unsaturated ring of said bicyclic ring system.
Embodiment 2. A compound of Formula 1 or Embodiment 1 wherein Q^{1} is a phenyl ring optionally substituted with up to 5 substituents independently selected from R^{7}.
Embodiment 3. A compound of Embodiment 2 wherein Q^{1} is a phenyl ring substituted with 1 to 3 substituents independently selected from R^{7}.
Embodiment 4. A compound of Embodiment 3 wherein Q^{1} is a phenyl ring substituted with 1 to 2 substituents independently selected from R^{7}.
Embodiment 5. A compound of Formula 1 or any one of Embodiments 1 through 4 wherein Q^{1} is a phenyl ring having a substituent selected from R^{7} at the para (4) position (and optionally other substituents).
Embodiment 6. A compound of Formula 1 or any one of Embodiments 1 through 5 wherein when Q^{1} is a phenyl ring substituted with at least two substituents selected from R^{7}, then one substituent is at the para (4) position and at least one other substituent is at a meta position (of the phenyl ring).
Embodiment 7. A compound of Formula 1 or any one of Embodiments 1 through 6 wherein when Q^{2} is an 8 to 10membered heteroaromatic bicyclic ring system optionally substituted with R^{10} and R^{11}, the remainder of Formula 1 is bonded to a fully unsaturated ring of said bicyclic ring system.
Embodiment 8. A compound of Formula 1 or any one of Embodiments 1 through 7 wherein Q^{2} is a phenyl ring substituted with up to 5 substituents independently selected from R^{10}.
Embodiment 9. A compound of Embodiment 8 wherein Q^{2} is a phenyl ring substituted with 1 to 3 substituents independently selected from R^{10}.
Embodiment 10. A compound of Embodiment 9 wherein Q^{2} is a phenyl ring substituted with 1 to 2 substituents independently selected from R^{10}.
Embodiment 11. A compound of Formula 1 or any one of Embodiments 1 through 10 wherein Q^{2} is a phenyl ring having at least one substituent selected from R^{10} at an ortho (e.g., 2) position (and optionally other substituents).
Embodiment 12. A compound of Formula 1 or any one of Embodiments 1 through 11 wherein when Q^{2} is a phenyl ring substituted with at least two substituents selected from R^{10}, then at least one substituent is at an ortho (e.g., 2) position and at least one substituent is at an adjacent meta (e.g., 3) position (of the phenyl ring).
Embodiment 13. A compound of Formula 1 or any one of Embodiments 1 through 12 wherein, independently, each R^{7} and R^{10} is independently halogen, cyano, nitro, C_{1}C_{4} alkyl, C_{1}C_{4} haloalkyl, C_{2}C_{4} alkenyl, C_{2}C_{4} haloalkenyl C_{2}C_{4} alkynyl, C_{2}C_{4} haloalkynyl, C_{1}C_{4} nitroalkyl, C_{2}C_{4} nitroalkenyl, C_{2}C_{4} alkoxyalkyl, C_{2}C_{4} haloalkoxyalkyl, C_{3}C_{4} cycloalkyl, C_{3}C_{4} halocycloalkyl, cyclopropylmethyl, methylcyclopropyl, C_{1}C_{4} alkoxy, C_{1}C_{4} haloalkoxy, C_{2}C_{4} alkenyloxy, C_{2}C_{4} haloalkenyloxy, C_{3}C_{4} alkynyloxy, C_{3}C_{4} haloalkynyloxy, C_{3}C_{4} cycloalkoxy, C_{1}C_{4} alkylthio, C_{1}C_{4} haloalkylthio, C_{1}C_{4} alkylsulfinyl, C_{1}C_{4} haloalkylsulfinyl, C_{1}C_{4} alkylsulfonyl, C_{1}C_{4} haloalkylsulfonyl, hydroxy, formyl, C_{2}C_{4} alkylcarbonyl, C_{2}C_{4} alkylcarbonyloxy, C_{1}C_{4} alkylsulfonyloxy, C_{1}C_{4} haloalkylsulfonyloxy, amino, C_{1}C_{4} alkylamino, C_{2}C_{4} dialkylamino, formylamino, C_{2}C_{4} alkylcarbonylamino, SF_{5}, SCN, C_{3}C_{4} trialkylsilyl, trimethylsilylmethyl or trimethylsilylmethoxy.
Embodiment 14. A compound of Embodiment 13 wherein each R^{7} is independently halogen, cyano, C_{1}C_{2} alkyl, C_{1}C_{3} haloalkyl or C_{1}C_{3} alkylsulfonyl.
Embodiment 15. A compound of Embodiment 14 wherein each R^{7} is independently halogen or C_{1}C_{2} haloalkyl.
Embodiment 16. A compound of Embodiment 15 wherein each R^{7} is independently halogen or C_{1} haloalkyl.
Embodiment 17. A compound of Embodiment 16 wherein each R^{7} is independently halogen or C_{1} fluoroalkyl.
Embodiment 18. A compound of Embodiment 17 wherein each R^{7} is independently halogen or CF_{3}.
Embodiment 19. A compound of Embodiment 18 wherein each R^{7} is independently F, Cl, Br or CF_{3}.
Embodiment 20. A compound of Embodiment 19 wherein each R^{7} is independently F or CF_{3}.
Embodiment 21. A compound of Embodiment 19 or 20 wherein at most only one CF_{3} substituent is present and is at the para position of the Q^{1} phenyl ring.
Embodiment 22. A compound of any one of Embodiments 13 through 21 wherein each R^{10} is independently halogen, cyano, nitro, C_{1}C_{2} alkyl, C_{1}C_{3} haloalkyl or C_{1}C_{3} alkylsulfonyl.
Embodiment 23. A compound of Embodiment 22 wherein each R^{10} is independently halogen or C_{1}C_{2} haloalkyl.
Embodiment 24. A compound of Embodiment 23 wherein each R^{10} is independently halogen or C_{1} haloalkyl.
Embodiment 25. A compound of Embodiment 24 wherein each R^{10} is independently halogen or C_{1} fluoroalkyl.
Embodiment 26. A compound of Embodiment 25 wherein each R^{10} is independently halogen or CF_{3}.
Embodiment 27. A compound of Embodiment 26 wherein each R^{10} is independently F, Cl, Br or CF_{3}.
Embodiment 28. A compound of Embodiment 27 wherein each R^{10} is independently F or CF_{3}.
Embodiment 29. A compound of Embodiment 28 wherein each R^{10} is F.
Embodiment 30. A compound of Formula 1 or any one of Embodiments 1 through 29 wherein, independently, each R^{9} and R^{11} is independently H or C_{1}C_{2} alkyl.
Embodiment 31. A compound of Embodiment 28 wherein, independently, each R^{9} and R^{11} is CH_{3}.
Embodiment 32. A compound of Formula 1 or any one of Embodiments 1 through 31 wherein Y^{1} is O.
Embodiment 33. A compound of Formula 1 or any one of Embodiments 1 through 32 wherein Y^{2} is O.
Embodiment 33a. A compound of Formula 1 or any one of Embodiments 1 through 33 wherein R^{1} is H, C_{1}C_{6} alkyl, C_{1}C_{6} haloalkyl or C_{4}C_{8} cycloalkylalkyl.
Embodiment 33b. A compound of Formula 1 or any one of Embodiments 1 through 33a wherein R^{1} is H, C_{1}C_{6} alkyl or C_{1}C_{6} haloalkyl.
Embodiment 33c. A compound of Formula 1 or any one of Embodiments 1 through 33b wherein R^{1} is H, Me, Et or CHF_{2}.
Embodiment 33d. A compound of Formula 1 or any one of Embodiments 1 through 33c wherein R^{1} is H, Me or Et.
Embodiment 34. A compound of Formula 1 or any one of Embodiments 1 through 33 wherein R^{1} is H or CH_{3}.
Embodiment 34a. A compound of Formula 1 or any one of Embodiments 1 through 34 wherein R^{1} is CH_{3}.
Embodiment 35. A compound of Embodiment 34 wherein R^{1} is H.
Embodiment 36. A compound of Formula 1 or any one of Embodiments 1 through 35 wherein R^{2} is H or CH_{3}.
Embodiment 37. A compound of Embodiment 36 wherein R^{2} is H.
Embodiment 38. A compound of Formula 1 or any one of Embodiments 1 through 37 wherein R^{3} is H or CH_{3}.
Embodiment 39. A compound of Embodiment 38 wherein R^{3} is H.
Embodiment 40. A compound of Formula 1 or any one of Embodiments 1 through 39 wherein R^{4} is H or CH_{3}.
Embodiment 41. A compound of Embodiment 40 wherein R^{4} is H.
Embodiment 42. A compound of Formula 1 or any one of Embodiments 1 through 41 wherein R^{5} is H or CH_{3}.
Embodiment 43. A compound of Embodiment 42 wherein R^{5} is H.
Embodiment 44. A compound of Formula 1 or any one of Embodiments 1 through 43 wherein R^{6} is H or CH_{3}.
Embodiment 45. A compound of Embodiment 44 wherein R^{6} is H.
Embodiment 46. A compound of Formula 1 or any one of Embodiments 1 through 45 wherein Q^{2} is other than 1Hindazol5yl optionally substituted at the 3position.
Embodiment 47. A compound of Embodiment 46 wherein Q^{2} is other than 1Hindazol5yl optionally substituted at the 1 and 3positions.
Embodiment 48. A compound of Embodiment 47 wherein Q^{2} is other than optionally substituted 1Hindazol5yl.
Embodiment 49. A compound of any one of Embodiments 1 through 48 wherein Q^{1} is other than unsubstitutued phenyl.
Embodiment 50. A compound of any one of Emboiments 1 through 49 wherein Q^{2} is other than unsubstituted pyridinyl.
Embodiment 51. A compound of anyd one of Embodiments 1 through 50 wherein Q^{1} is other than optionally substituted naphthalenyl.
Embodiment 52. A compound of any one of Embodiments 1 through 51 wherein G^{2} is other than optionally substituted phenyl.
Embodiment 53. A compound of any one of Embodiments 1 through 51 wherein G2 is other then optionally substituted phenyl at the 4 position (of Q^{1}).
Embodiment 54. A compound of any one of Embodiments 1 through 52 wherein G^{2} is other than optionally substituted phenoxy
Embodiment 55. A compound of any one of Embodiments 1 through 54 wherein G^{2} is other than optionally substituted phenoxy at the 4position (of Q^{1}).
Embodiment 56. A compound of Formula 1 or any one of Embodiments 1 through 55 wherein the stereochemistry is (3R,4S) or (3S,4R).
Embodiment 57. A compound of Embodiment 54 wherein the stereochemistry is (3R,4S)
Embodiment 58. A compound of Embodiment 54 wherein the stereochemistry is (3S,4R).
Embodiment A. A compound of Formula 1 wherein
each R^{7} and R^{10} is independently halogen, cyano, nitro, C_{1}C_{4} alkyl, C_{1}C_{4} haloalkyl, C_{2}C_{4} alkenyl, C_{2}C_{4} haloalkenyl C_{2}C_{4} alkynyl, C_{2}C_{4} haloalkynyl, C_{1}C_{4} nitroalkyl, C_{2}C_{4} nitroalkenyl, C_{2}C_{4} alkoxyalkyl, C_{2}C_{4} haloalkoxyalkyl, C_{3}C_{4} cycloalkyl, C_{3}C_{4} halocycloalkyl, cyclopropylmethyl, methylcyclopropyl, C_{1}C_{4} alkoxy, C_{1}C_{4} haloalkoxy, C_{2}C_{4} alkenyloxy, C_{2}C_{4} haloalkenyloxy, C_{3}C_{4} alkynyloxy, C_{3}C_{4} haloalkynyloxy, C_{3}C_{4} cycloalkoxy, C_{1}C_{4} alkylthio, C_{1}C_{4} haloalkylthio, C_{1}C_{4} alkylsulfinyl, C_{1}C_{4} haloalkylsulfinyl, C_{1}C_{4} alkylsulfonyl, C_{1}C_{4} haloalkylsulfonyl, hydroxy, formyl, C_{2}C_{4} alkylcarbonyl, C_{2}C_{4} alkylcarbonyloxy, C_{1}C_{4} alkylsulfonyloxy, C_{1}C_{4} haloalkylsulfonyloxy, amino, C_{1}C_{4} alkylamino, C_{2}C_{4} dialkylamino, formylamino, C_{2}C_{4} alkylcarbonylamino, SF_{5}, SCN, C_{3}C_{4} trialkylsilyl, trimethylsilylmethyl or trimethylsilylmethoxy; and
each R^{9} and R^{11} is independently H or C_{1}C_{2} alkyl.
Embodiment B. A compound of Embodiment A wherein
Y^{1} and Y^{2} are each O; and
R^{1}, R^{2}, R^{3}, R^{4}, R^{5} and R^{6} are each H.
Embodiment C. A compound of Embodiment B wherein
Q^{1} is a phenyl ring substituted with 1 to 3 substituents independently selected from R^{7}; and
Q^{2} is a phenyl ring substituted with 1 to 3 substituents independently selected from R^{10}
Embodiment D. A compound of Embodiment C wherein
each R^{7} is independently halogen, cyano, C_{1}C_{2} alkyl, C_{1}C_{3} haloalkyl or C_{1}C_{3} alkylsulfonyl; and
each R^{10} is independently halogen, cyano, nitro, C_{1}C_{2} alkyl, C_{1}C_{3} haloalkyl or C_{1}C_{3} alkylsulfonyl.
Embodiment E. A compound of Embodiment D wherein
Q^{1} is a phenyl ring substituted with 1 substituent selected from R^{7} at the para position or substituted with 2 substituents independently selected from R^{7} wherein one substituent is at the para position and the other substituent is at a meta position; and
Q^{2} is a phenyl ring substituted with 1 substituent selected from R^{10} at an ortho position or substituted with 2 substituents independently selected from R^{10} wherein one substituent is at an ortho position and the other substituent is at the adjacent meta position.
Embodiment F. A compound of Embodiment E wherein
each R^{7} is independently F or CF_{3}; and
each R^{10} is F.
N(2,3difluorophenyl)4(3,4difluorophenyl)2oxo3pyrrolidinecarboxamide (Compound 17);
N(2fluorophenyl)2oxo4[4(trifluoromethyl)phenyl]3pyrrolidinecarboxamide (Compound 79);
N(2,3difluorophenyl)2oxo4[4(trifluoromethyl)phenyl]3pyrrolidinecarboxamide (Compound 80);
N(3,4difluorophenyl)N(2fluorophenyl)2oxo3pyrrolidinecarboxamide (Compound 5); and
(3R,4S)N(2fluorophenyl)2oxo4[3(trifluoromethyl)phenyl]3pyrrolidinecarboxamide (Compound 204).
SYNTHESIS EXAMPLE 1
Preparation of 4(3chloro4fluoropheinyl)2oxoN[2(trifluoromethyl)phenyl]3pyrrolidinecarboxamide (Compound 74)
Step A: Preparation of 1,3diethyl 2(3chloro4fluorophenyl)methylenepropanedioate
Step B: Preparation 1,3diethyl 2[1(3chloro4fluorophenyl)2nitroethyl]propanedioate
Step C: Preparation of ethyl 4(3chloro4fluorophenyl)2oxo3pyrrolidinecarboxylate
Step D: Preparation of 4(3chloro4fluorophenyl)2oxo3pyrrolidinecarboxylic acid
Step E: Preparation of 4(3chloro4fluorophenyl)2oxoN[2(trifluoromethyl)phenyl]3pyrrolidinecarboxamide
SYNTHESIS EXAMPLE 2
Preparation of 4bromoN(2fluorophenyl)2oxo4phenyl3pyrrolidinecarboxamide and 3bromoN(2fluorophenyl)2oxo4phenyl3pyrrolidinecarboxamide (Compounds 92 and 93)
SYNTHESIS EXAMPLE 3
Preparation of 4(3,4difluorophenyl)N(2fluorophenyl)1hydroxy2oxo3pyrrolidinecarboxamide (Compound 44)
Step A: Preparation of ethyl 3[(2fluorophenyl)amino]3oxopropanote
Step B: Preparation of ethyl 3(3,4difluorophenyl)2[[(2fluorophenyl)amino]carbonyl]2propenoate
Step C: Preparation of ethyl 3,4difluoro α[[(2fluorophenyl)amino]carbonyl]β(nitromethyl)benzenepropanoate
Step D: Preparation of 4(3,4difluorophenyl)N(2fluorophenyl)1hydroxy2oxo3 pyrrolidinecarboxamide
SYNTHESIS EXAMPLE 4
Preparation of 2amino4(3,4difluorophenyl)N(2 fluorophenyl)dihydro3Hpyrrole3carboxamide (Compound 95)
Step A: Preparation of 4(3,4difluorophenyl)N(2fluorophenyl)2oxo3 pyrrolidinecarboxamide
Step B: Preparation of 4(3,4difluorophenyl)N(2fluorophenyl)dihydro2methoxy3Hpyrrole3carboxamide
Step C: Preparation of 2amino4(3,4difluorophenyl)N(2fluorophenyl)dihydro3Hpyrrole3carboxamide
SYNTHESIS EXAMPLE 5
Preparation of (3R,4S)N(2fluorophenyl)2oxo4[3(trifluoromethyl)phenyl]3pyrrolidinecarboxamide (Compound 204)
Step A: Preparation of 1[(E)2nitroethenyl]3(trifluoromethyl)benzene
Step B: Preparation of 1,3diethyl 2[(1S)2nitro1[3(trifluoromethyl)phenyl]ethyl]propanedioate
Step C: Preparation of ethyl (3R,4S)2oxo4[3(trifluoromethyl)phenyl]3pyrrolidinecarboxylate
Step D: Preparation of (3R,4S)2oxo4[3(trifluoromethyl)phenyl]3pyrrolidinecarboxylic acid
Step E: Preparation of (3R,4S)N(2fluorophenyl)2oxo4[3(trifluoromethyl)phenyl] 3 pyrrolidinecarboxamide
SYNTHESIS EXAMPLE 6
Preparation of (3R,4S)N(2fluorophenyl)1methyl2oxo4[3(trifluoromethyl)phenyl]3pyrrolidinecarboxamide (Compound 351)
Step A Preparation of (4S)4[3(trifluoromethyl)phenyl]2pyrrolidinone
Step B: Preparation of (4S)1methyl4[3(trifluoromethyl)phenyl]2pyrrolidinone
Step C Preparation of (3R,4S)N(2fluorophenyl)1methyl2oxo4[3(trifluoromethyl)phenyl] 3 pyrrolidinecarboxamide
SYNTHESIS EXAMPLE 7
Preparation of 1,3diethyl 2[(1S)1(3,4difluorophenyl)2nitroethyl]propanedioate (Intermediate to Prepare Compound 103)
Step A: Preparation of 1,3diethyl 2[(1S)1(3,4difluorophenyl)2nitroethyl]propanedioate


Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2F); and Q^{1} is 
Q^{1}  Q^{1}  Q^{1} 
Ph(3Cl)  Ph(3NO_{2})  2Thienyl(4F) 
Ph(3F)  Ph(3Ph)  2Thienyl(4Cl) 
Ph(3Br)  Ph(3COMe)  2Thienyl(4CF_{3}) 
Ph(3Me)  Ph(3OCOMe)  2Thienyl(5F) 
Ph(3Et)  Ph(3CO_{2}Me)  2Thienyl(5Cl) 
Ph(3tBu)  Ph(3OCO_{2}Me)  2Thienyl(5CF_{3}) 
Ph(3iPr)  Ph(3TMS)  Ph(4Cl) 
Ph(3cPr)  Ph(3SF_{5})  Ph(4F) 
Ph(3cyclohexyl)  Ph[3(1Hpyrazol1yl)]  Ph(4Br) 
Ph(3CH=CH_{2})  Ph[3(2H1,2,3triazol2yl)]  Ph(4Me) 
Ph(3CF_{3})  Ph[3(1Himidazol1yl)]  Ph(4Et) 
Ph(3CH_{2}CF_{3})  Ph[3(3pyridinyl)]  Ph(4tBu) 
Ph(3CHF_{2})  Ph[3(4pyridinyl)]  Ph(4iPr) 
Ph(3CH_{2}F)  Ph[3(2pyridinyl)]  Ph(4cPr) 
Ph(3OCF_{3})  4Pyridinyl(2CF_{3})  Ph(4cyclohexyl) 
Ph(3OCH_{2}F)  4Pyridinyl(2Cl)  Ph(4CH=CH_{2}) 
Ph(3SCF_{3})  4Pyridinyl(2F)  Ph(4CF_{3}) 
Ph(3SMe)  4Pyridinyl(2OCF_{3})  Ph(4CH_{2}CF_{3}) 
Ph(3SOMe)  4Pyridinyl(2Me)  Ph(4CHF_{2}) 
3SO_{2}Me  4Pyridinyl(2Br)  Ph(4CH_{2}F) 
Ph(3OSO_{2}Me)  4Pyridinyl  Ph(4OCF_{3}) 
Ph(3C≡CH)  1HPyrazol4yl(1Me)  Ph(4OCH_{2}F) 
Ph(3OMe)  1HPyriazol4yl(1CH_{2}CF_{3})  Ph(4SCF_{3}) 
Ph(3OEt)  1HImidazol2yl(1Me)  Ph(4SMe) 
Ph(3NHCO_{2}tBu)  1HImidazol2yl(1CH_{2}CF_{3})  Ph(4SOMe) 
Ph(3NHCOMe)  1HImidazol2yl(1Me,5Cl)  Ph(4SO_{2}Me) 
Ph(3NHCOCF_{3})  1HImidazol2yl(1Me,5F)  Ph(4OSO_{2}Me) 
Ph(3CN)  2Thienyl  Ph(4C≡CH) 
Ph(4OMe)  3Thienyl(5Cl)  Ph(3Br,4OCHF_{2}) 
Ph(4OEt)  3Thienyl(5CF_{3})  Ph(3Br,4SO_{2}Me) 
Ph(4NHCO_{2}tBu)  Ph(3,4diCl)  Ph(3Br,4TMS) 
Ph(4NHCOMe)  Ph(3Cl,4F)  Ph(3Br,4CN) 
Ph(4NHCOCF_{3})  Ph(3Cl,4Br)  Ph(3Me,4Cl) 
Ph(4CN)  Ph(3Cl,4Me)  Ph(3Me,4F) 
Ph(4NO_{2})  Ph(3Cl,4tBu)  Ph(3Me,4Br) 
Ph(4Ph)  Ph(3Cl,4cPr)  Ph(3,4diMe) 
Ph(4COMe)  Ph(3Cl,4CF_{3})  Ph(3Me,4tBu) 
Ph(4OCOMe)  Ph(3Cl,4CHF_{2})  Ph(3Me,4cPr) 
Ph(4CO_{2}Me)  Ph(3Cl,4OCF_{3})  Ph(3Me,4CF_{3}) 
Ph(4OCO_{2}Me)  Ph(3Cl,4OCHF_{2})  Ph(3Me,4OCF_{3}) 
Ph(4TMS)  Ph(3Cl,4SO_{2}Me)  Ph(3Me,4OCHF_{2}) 
Ph(4SF_{5})  Ph(3Cl,4TMS)  Ph(3Me,4SO_{2}Me) 
Ph(1Hpyrazol1yl)  Ph(3Cl,4CN)  Ph(3Me,4TMS) 
Ph(2H1,2,3triazol2yl)  Ph(3F,4Cl)  Ph(3Me,4CN) 
Ph(1Himidazol1yl)  Ph(3,4diF)*  Ph(3tBu,4Cl) 
Ph[4(3pyridinyl)]  Ph(3F,4Br)  Ph(3tBu,4F) 
Ph[4(4pyridinyl)]  Ph(3F,4Me)  Ph(3tBu,4Br) 
Ph[4(2pyridinyl)]  Ph(3F,4tBu)  Ph(3tBu,4Me) 
3Pyridinyl(5CF_{3})  Ph(3F,4cPr)  Ph(3,4ditBu) 
3Pyridinyl(5Cl)  Ph(3F,4CF_{3})  Ph(3tBu,4cPr) 
3Pyridinyl(5F)  Ph(3F,4CHF_{2})  Ph(3tBu,4CF_{3}) 
3Pyridinyl(5OCF_{3})  Ph(3F,4OCF_{3})  Ph(3tBu,4CHF_{2}) 
3Pyridinyl(5Me)  Ph(3F,4OCHF_{2})  Ph(3tBu,4OCF_{3}) 
3Pyridinyl(5Br)  Ph(3F,4SO_{2}Me)  Ph(3tBu,4OCHF_{2}) 
3Pyridinyl  Ph(3F,4TMS)  Ph(3tBu,4SO_{2}Me) 
1HPyrazol3yl(1Me)  Ph(3F,4CN)  Ph(3tBu,4TMS) 
1HPyrazol3yl(1CH_{2}CF_{3})  Ph(3F,4SF_{5})  Ph(3tBu,4CN) 
1HPyrazol3yl(1Me,4F)  Ph(3Br,4Cl)  Ph(3cPr,4Cl) 
1HPyrazol3 yl(1Me,4Cl)  Ph(3Br,4F)  Ph(3cPr,4F) 
1HImidazol5yl(1Me)  Ph(3,4diBr)  Ph(3cPr,4Br) 
1HImidazol5yl(1CH_{2}CF_{3})  Ph(3Br,4Me)  Ph(3cPr,4Me) 
1HImidazol4yl(1Me)  Ph(3Br,4cPr)  Ph(3cPr,4tBu) 
1HImidazol4yl(1CH_{2}CF_{3})  Ph(3Br,4CF_{3})  Ph(3,4dicPr) 
3Thienyl  Ph(3Br,4CHF_{2})  Ph(3cPr,4CF_{3}) 
3Thienyl(5F)  Ph(3Br,4OCF_{3})  Ph(3cPr,4CHF_{2}) 
Ph(3cPr,4OCF_{3})  Ph(3SO_{2}Me,4CF_{3})  Ph(2F,3Cl,4Me) 
Ph(3cPr,4OCHF_{2})  Ph(3SO_{2}Me,4CHF_{2})  Ph(2F,3Cl,4tBu) 
Ph(3cPr,4SO_{2}Me)  Ph(3SO_{2}Me,4OCF_{3})  Ph(2F,3Cl,4cPr) 
Ph(3cPr,4TMS)  Ph(3SO_{2}Me,4OCHF_{2})  Ph(2F,3Cl,4CF_{3}) 
Ph(3cPr,4CN)  Ph(3,4diSO_{2}Me)  Ph(2F,3Cl,4CHF_{2}) 
Ph(3CF_{3},4Cl)  Ph(3SO_{2}Me,4TMS)  Ph(2F,3Cl,4OCF_{3}) 
Ph(3CF_{3},4F)  Ph(3SO_{2}Me,4CN)  Ph(2F,3Cl,4OCHF_{2}) 
Ph(3CF_{3},4Br)  Ph(3CHF_{2},4Cl)  Ph(2F,3Cl,4SO_{2}Me) 
Ph(3CF_{3},4Me)  Ph(3CHF_{2},4F)  Ph(2F,3Cl,4TMS) 
Ph(3CF_{3},4tBu)  Ph(3CHF_{2},4Br)  Ph(2F,3Cl,4CN) 
Ph(3CF_{3},4cPr)  Ph(3CHF_{2},4Me)  Ph(2F,3F,4Cl) 
Ph(3,4diCF_{3})  Ph(3CHF_{2},4tBu)  Ph(2F,3F,4F) 
Ph(3CF_{3},4CHF_{2})  Ph(3CHF_{2},4cPr)  Ph(2F,3F,4Br) 
Ph(3CF_{3},4OCF_{3})  Ph(3CHF_{2},4CF_{3})  Ph(2F,3F,4Me) 
Ph(3CF_{3},4OCHF_{2})  Ph(3CHF_{2},4CHF_{2})  Ph(2F,3F,4tBu) 
Ph(3CF_{3},4SO_{2}Me)  Ph(3CHF_{2},4OCF_{3})  Ph(2F,3F,4cPr) 
Ph(3CF_{3},4TMS)  Ph(3CHF_{2},4OCHF_{2})  Ph(2F,3F,4CF_{3}) 
Ph(3CF_{3},4CN)  Ph(3CHF_{2},4SO_{2}Me)  Ph(2F,3F,4CHF_{2}) 
Ph(3OCF_{3},4Cl)  Ph(3CHF_{2},4TMS)  Ph(2F,3F,4OCF_{3}) 
Ph(3OCF_{3},4F)  Ph(3CHF_{2},4CN)  Ph(2F,3F,4OCHF_{2}) 
Ph(3OCF_{3},4Br)  Ph(3CN,4Cl)  Ph(2F,3F,4SO_{2}Me) 
Ph(3OCF_{3},4Me)  Ph(3CN,4F)  Ph(2F,3F,4TMS) 
Ph(3OCF_{3},4tBu)  Ph(3CN,4Br)  Ph(2F,3F,4CN) 
Ph(3OCF_{3},4cPr)  Ph(3CN,4Me)  Ph(2F,3Br,4Cl) 
Ph(3OCF_{3}4CF_{3})  Ph(3(ZN,4tBu)  Ph(2F,3Br,4F) 
Ph(3OCF_{3},4CHF_{2})  Ph(3CN,4cPr)  Ph(2F,3Br,4Br) 
Ph(3,4diOCF_{3})  Ph(3CN,4CF_{3})  Ph(2F,3Br,4Me) 
Ph(3OCF_{3},4OCHF_{2})  Ph(3CN,4CHF_{2})  Ph(2F,3Br,4tBu) 
Ph(3OCF_{3},4SO_{2}Me)  Ph(3CN,4OCF_{3})  Ph(2F,3Br,4cPr) 
Ph(3OCF_{3},4TMS)  Ph(3CN,4OCHF_{2})  Ph(2F,3Br,4CF_{3}) 
Ph(3OCF_{3},4CN)  Ph(3CN,4SO_{2}Me)  Ph(2F,3Br,4CHF_{2}) 
Ph(3SO_{2}Me,4Cl)  Ph(3CN,4TMS)  Ph(2F,3Br,4OCF_{3}) 
Ph(3SO_{2}Me,4F)  Ph(3,4diCN)  Ph(2F,3Br,4OCHF_{2}) 
Ph(3SO_{2}Me,4Br)  Ph(3SF_{5},4F)  Ph(2F,3Br,4SO_{2}Me) 
Ph(3SO_{2}Me,4Me)  Ph(2F,3Cl,4Cl)  Ph(2F,3Br,4TMS) 
Ph(3SO_{2}Me,4tBu)  Ph(2F,3Cl,4F)  Ph(2F,3Br,4CN) 
Ph(3SO_{2}Me,4cPr)  Ph(2F,3Cl,4Br)  Ph(2F,3Me,4Cl) 
Ph(2F,3Me,4F)  Ph(2F,3CF_{3},4Cl)  Ph(2F,3SO_{2}Me,4TMS) 
Ph(2F,3Me,4Br)  Ph(2F,3CF_{3},4F)  Ph(2F,3SO_{2}Me,4CN) 
Ph(2F,3Me,4Me)  Ph(2F,3CF_{3},4Br)  Ph(2F,3CHF_{2},4Cl) 
Ph(2F,3Me,4tBu)  Ph(2F,3CF_{3},4Me)  Ph(2F,3CHF_{2},4F) 
Ph(2F,3Me,4CF_{3})  Ph(2F,3CF_{3},4tBu)  Ph(2F,3CHF_{2},4Br) 
Ph(2F,3Me,4CHF_{2})  Ph(2F,3CF_{3},4cPr)  Ph(2F,3CHF_{2},4Me) 
Ph(2F,3Me,4OCF_{3})  Ph(2F,3CF_{3},4CF_{3})  Ph(2F,3CHF_{2},4tBu) 
Ph(2F,3Me,4OCHF_{2})  Ph(2F,3CF_{3},4CHF_{2})  Ph(2F,3CHF_{2},4cPr) 
Ph(2F,3Me,4SO_{2}Me)  Ph(2F,3CF_{3},4OCF_{3})  Ph(2F,3CHF_{2},4CF_{3}) 
Ph(2F,3Me,4TMS)  Ph(2F,3CF_{3},4OCHF_{2})  Ph(2F,3CHF_{2},4CHF_{2}) 
Ph(2F,3Me,4CN)  Ph(2F,3CF_{3},4SO_{2}Me)  Ph(2F,3CHF_{2},4OCF_{3}) 
Ph(2F,3tBu,4Cl)  Ph(2F,3CF_{3},4TMS)  Ph(2F,3CHF_{2},4OCHF_{2}) 
Ph(2F,3tBu,4F)  Ph(2F,3CF_{3},4CN)  Ph(2F,3CHF_{2},4SO_{2}Me) 
Ph(2F,3tBu,4Br)  Ph(2F,3OCF_{3},4Cl)  Ph(2F,3CHF_{2},4TMS) 
Ph(2F,3tBu,4Me)  Ph(2F,3OCF_{3},4F)  Ph(2F,3CHF_{2},4CN) 
Ph(2F,3tBu,4tBu)  Ph(2F,3OCF_{3},4Br)  Ph(2F,3CN,4Cl) 
Ph(2F,3tBu,4cPr)  Ph(2F,3OCF_{3},4Me)  Ph(2F,3CN,4F) 
Ph(2F,3tBu,4CF_{3})  Ph(2F,3OCF_{3},4tBu)  Ph(2F,3CN,4Br) 
Ph(2F,3tBu,4CHF_{2})  Ph(2F,3OCF_{3},4cPr)  Ph(2F,3CN,4Me) 
Ph(2F,3tBu,4OCF_{3})  Ph(2F,3OCF_{3},4CF_{3})  Ph(2F,3CN,4tBu) 
Ph(2F,3tBu,4OCHF_{2})  Ph(2F,3OCF_{3},4CHF_{2})  Ph(2F,3CN,4cPr) 
Ph(2F,3tBu,4SO_{2}Me)  Ph(2F,3OCF_{3},4OCF_{3})  Ph(2F,3CN,4CF_{3}) 
Ph(2F,3tBu,4TMS)  Ph(2F,3OCF_{3},4OCHF_{2})  Ph(2F,3CN,4CHF_{2}) 
Ph(2F,3tBu,4CN)  Ph(2F,3OCF_{3},4SO_{2}Me)  Ph(2F,3CN,4OCF_{3}) 
Ph(2F,3cPr,4Cl)  Ph(2F,3OCF_{3},4TMS)  Ph(2F,3CN,4OCHF_{2}) 
Ph(2F,3cPr,4F)  Ph(2F,3OCF_{3},4CN)  Ph(2F,3CN,4SO_{2}Me) 
Ph(2F,3cPr,4Br)  Ph(2F,3SO_{2}Me,4Cl)  Ph(2F,3CN,4TMS) 
Ph(2F,3cPr,4Me)  Ph(2F,3SO_{2}Me,4F)  Ph(2F,3CN,4CN) 
Ph(2F,3cPr,4tBu)  Ph(2F,3SO_{2}Me,4Br)  Ph(2F,4Cl) 
Ph(2F,3,4dicPr)  Ph(2F,3SO_{2}Me,4Me)  Ph(2F,4F) 
Ph(2F,3cPr,4CF_{3})  Ph(2F,3SO_{2}Me,4tBu)  Ph(2F,4Br) 
Ph(2F,3cPr,4CHF_{2}  Ph(2F,3SO_{2}Me,4cPr)  Ph(2F,4Me) 
Ph(2F,3cPr,4OCF_{3})  Ph(2F,3SO_{2}Me,4CF_{3})  Ph(2F,4tBu) 
Ph(2F,3cPr,4OCHF_{2})  Ph(2F,3SO_{2}Me,4CHF_{2})  Ph(2F,4cPr) 
Ph(2F,3cPr,4SO_{2}Me)  Ph(2F,3SO_{2}Me,4OCF_{3})  Ph(2F,4CF_{3}) 
Ph(2F,3cPr,4TMS)  Ph(2F,3SO_{2}Me,4OCHF_{2})  Ph(2F,4CHF_{2}) 
Ph(2F,3cPr,4CN)  Ph(2F,3,4diSO_{2}Me)  Ph(2F,4OCF_{3}) 
Ph(2F,4OCHF_{2})  Ph(2SMe)  Ph(2OPh) 
Ph(2F,4SO_{2}Me)  Ph(2SOMe)  Ph(2C≡CCF_{3}) 
Ph(2F,4TMS)  Ph(2SO_{2}Me)  Ph(2CH=CF_{2}) 
Ph(2F,4CN)  Ph(2OSO_{2}Me)  Ph(2CH=CCl_{2}) 
Ph(2F,3Cl)  Ph(2C≡CH)  Ph(2CH=CBr_{2}) 
Ph(2F,3F)  Ph(2OMe)  Ph(2OCH=CH_{2}) 
Ph(2F,3Br)  Ph(2OEt)  Ph(2OCH=CF_{2}) 
Ph(2F,3Me)  Ph(2NHCO_{2}tBu)  Ph(2OCH=CCl_{2}) 
Ph(2F,3tBu)  Ph(2NHCOMe)  Ph(2OCH=CBr_{2}) 
Ph(2F,3cPr)  Ph(2NHCOCF_{3})  Ph(2CH_{2}CH=CH_{2}) 
Ph(2F,3CF_{3})  Ph(2CN)  Ph(2CH_{2}CH=CF_{2}) 
Ph(2F,3CHF_{2})  Ph(2NO_{2})  Ph(2CH_{2}CH=CCl_{2}) 
Ph(2F,3OCF_{3})  Ph(2Ph)  Ph(2CH_{2}CH=CBr_{2}) 
Ph(2F,3OCHF_{2})  Ph(2COMe)  Ph(2OCH_{2}CH=CH_{2}) 
Ph(2F,3SO_{2}Me)  Ph(2OCOMe)  Ph(2OCH_{2}CH=CF_{2}) 
Ph(2F,3TMS)  Ph(2CO_{2}Me)  Ph(2OCH_{2}CH=CCl_{2}) 
Ph(2F,3CN)  Ph(2OCO_{2}Me)  Ph(2OCH_{2}CH=CBr_{2}) 
Ph(2Cl)  Ph(2TMS)  Ph(2SCF_{2}H) 
Ph(2F)  Ph[2(1Hpyrazol1yl)]  Ph(2SCF_{2}CF_{2}H) 
Ph(2Br)  Ph[2(2H1,2,3triazol2yl)]  Ph(3I) 
Ph(2I)  Ph[2(1Himidazo)1yl)]  Ph(3nPr) 
Ph(2Me)  Ph[2(3pyridinyl)]  Ph(3CF_{2}H) 
Ph(2Et)  Ph[2(4pyridinyl)]  Ph(3OCF_{2}H) 
Ph(2nPr)  Ph[2(2pyridinyl)]  Ph(3SO_{2}Me) 
Ph(2tBu)  Ph(2C_{2}F_{5})  Ph(3C_{2}F_{5}) 
Ph(2iPr)  Ph(2CF_{2}CF_{2}H)  Ph(3CF_{2}CF_{2}H) 
Ph(2cPr)  Ph(2OCF_{2}CF_{2}H)  Ph(3OCF_{2}CF_{2}H) 
Ph(2cyclohexyl)  Ph(2OC_{2}F_{5})  Ph(3OC_{2}F_{5}) 
Ph(2CH=CH_{2})  Ph(2OCH_{2}CF_{3})  Ph(3OCH_{2}CF_{3}) 
Ph(2CF_{3})  Ph(2OCH_{2}C≡CH)  Ph(3OCH_{2}C≡CH) 
Ph(2CH_{2}CF_{3})  Ph(2OCH_{2}C≡CCF_{3})  Ph(3OCH_{2}C≡CCF_{3}) 
Ph(2CF_{2}H)  Ph(2OCH_{2}C≡CCF_{2}H)  Ph(3OCH_{2}C≡CCF_{2}H) 
Ph(2CH_{2}F)  Ph(2OCH_{2}C≡CCH_{3})  Ph(3OCH_{2}C≡CCH_{3}) 
Ph(2OCF_{3})  Ph(2OCH_{2}C≡CcPr)  Ph(3OCH_{2}C≡CcPr) 
Ph(2OCH_{2}F)  Ph(2C≡CCF_{2}H)  Ph(3C≡CCF_{2}H) 
Ph(2OCF_{2}H)  Ph(2C≡CCH_{3})  Ph(3C≡CCH_{3}) 
Ph(2SCF_{3})  Ph(2C≡CcPr)  Ph(3C≡CcPr) 
Ph(3OPh)  Ph(2Cl,3OCF_{2}H)  Ph(2Cl,3C≡CCH_{3}) 
Ph(3C≡CCF_{3})  Ph(2Cl,3SCF_{3})  Ph(2Cl,3C≡CcPr) 
Ph(3CH=CF_{2})  Ph(2Cl,3SMe)  Ph(2Cl,3OPh) 
Ph(3CH=CCl_{2})  Ph(2Cl,3SOMe)  Ph(2Cl,3C≡CCF_{3}) 
Ph(3CH=CBr_{2})  Ph(2Cl,3SO_{2}Me)  Ph(2Cl,3CH=CF_{2}) 
Ph(3OCH=CH_{2})  Ph(2Cl,3OSO_{2}Me)  Ph(2Cl,3CH=CCl_{2}) 
Ph(3OCH=CF_{2})  Ph(2Cl,3C≡CH)  Ph(2Cl,3CH=CBr_{2}) 
Ph(3OCH=CCl_{2})  Ph(2Cl,3OMe)  Ph(2Cl,3OCH=CH_{2}) 
Ph(3OCH=CBr_{2})  Ph(2Cl,3OEt)  Ph(2Cl,3OCH=CF_{2}) 
Ph(3CH_{2}CH=CH_{2})  Ph(2Cl,3NHCO_{2}tBu)  Ph(2Cl,3OCH=CCl_{2}) 
Ph(3CH_{2}CH=CF_{2})  Ph(2Cl,3NHCOMe)  Ph(2Cl,3OCH=CBr_{2}) 
Ph(3CH_{2}CH=CCl_{2})  Ph(2Cl,3NHCOCF_{3})  Ph(2Cl,3CH_{2}CH=CH_{2}) 
Ph(3CH_{2}CH=CBr_{2})  Ph(2Cl,3CN)  Ph(2Cl,3CH_{2}CH=CF_{2}) 
Ph(3OCH_{2}CH=CH_{2})  Ph(2Cl,3NO_{2})  Ph(2Cl,3CH_{2}CH=CCl_{2}) 
Ph(3OCH_{2}CH=CF_{2})  Ph(2Cl,3Ph)  Ph(2Cl,3CH_{2}CH=CBr_{2}) 
Ph(3OCH_{2}CH=CCl_{2})  Ph(2Cl,3COMe)  Ph(2Cl,3OCH_{2}CH=CH_{2}) 
Ph(3OCH_{2}CH=CBr_{2})  Ph(2Cl,3OCOMe)  Ph(2Cl,3OCH_{2}CH=CF_{2}) 
Ph(3SCF_{2}H)  Ph(2Cl,3CO_{2}Me)  Ph(2Cl,3OCH_{2}CH=CCl_{2}) 
Ph(3SCF_{2}CF_{2}H)  Ph(2Cl,3OCO_{2}Me)  Ph(2Cl,3OCH_{2}CH=CBr_{2}) 
Ph(2Cl,3Cl)  Ph(2Cl,3TMS)  Ph(2Cl,3SCF_{2}H) 
Ph(2Cl,3F)  Ph[3(2Cl,1Hpyrazol1yl)]  Ph(2Cl,3SCF_{2}CF_{2}H) 
Ph(2Cl,3Br)  Ph[3(2Cl,2H1,2,3triazol2yl)]  Ph(2F,3F) 
Ph(2Cl,3I)  Ph[3(2Cl,1Himidazol1yl)]  Ph(2F,3Br) 
Ph(2Cl,3Me)  Ph[3(2Cl,3pyridinyl)]  Ph(2F,3I) 
Ph(2Cl,3Et)  Ph[3(2Cl,4pyridinyl)]  Ph(2F,3Me) 
Ph(2Cl,3nPr)  Ph[3(2Cl,2pyridinyl)]  Ph(2F,3Et) 
Ph(2Cl,3tBu)  Ph(2Cl,3C_{2}F_{5})  Ph(2F,3nPr) 
Ph(2Cl,3iPr)  Ph(2Cl,3CF_{2}CF_{2}H)  Ph(2F,3tBu) 
Ph(2Cl,3cPr)  Ph(2Cl,3OCF_{2}CF_{2}H)  Ph(2F,3iPr) 
Ph(2Cl,3cyclohexyl)  Ph(2Cl,3OC_{2}F_{5})  Ph(2F,3cyclohexyl) 
Ph(2Cl,3CH=CH_{2})  Ph(2Cl,3OCH_{2}CF_{3})  Ph(2F,3CH=CH_{2}) 
Ph(2Cl,3CF_{3})  Ph(2Cl,3OCH_{2}C≡CH)  Ph(2F,3CF_{3}) 
Ph(2Cl,3CH_{2}CF_{3})  Ph(2Cl,3OCH_{2}C≡CCF_{3})  Ph(2F,3CH_{2}CF_{3}) 
Ph(2Cl,3CF_{2}H)  Ph(2Cl,3OCH_{2}C≡CCF_{2}H)  Ph(2F,3CF_{2}H) 
Ph(2Cl,3CH_{2}F)  Ph(2Cl,3OCH_{2}C≡CCH_{3})  Ph(2F,3CH_{2}F) 
Ph(2Cl,3OCF_{3})  Ph(2Cl,3OCH_{2}C≡CcPr)  Ph(2F,3OCH_{2}F) 
Ph(2Cl,3OCH_{2}F)  Ph(2Cl,3C≡CCF_{2}H)  Ph(2F,3OCF_{2}H) 
Ph(2F,3SCF_{3})  Ph(2F,3CH=CCl_{2})  2Furanyl(4CF_{3}) 
Ph(2F,3SMe)  Ph(2F,3CH=CBr_{2})  2Furanyl(5F) 
Ph(2F,3SOMe)  Ph(2F,3OCH=CH_{2})  2Furanyl(5Cl) 
Ph(2F,3SO_{2}Me)  Ph(2F,3OCH=CF_{2})  2Furanyl(5CF_{3}) 
Ph(2F,3OSO_{2}Me)  Ph(2F,3OCH=CCl_{2})  2Furanyl(4Me) 
Ph(2F,3C=CH)  Ph(2F,3OCH=CBr_{2})  2Furanyl(4Et) 
Ph(2F,3OMe)  Ph(2F,3CH_{2}CH=CH_{2})  2Furanyl(4iPr) 
Ph(2F,3OEt)  Ph(2F,3CH_{2}CH=CF_{2})  2Furanyl(4cPr) 
Ph(2F,3NHCO_{2}tBu)  Ph(2F,3CH_{2}CH=CCl_{2})  2Furanyl(4CF_{2}H) 
Ph(2F,3NHCOMe)  Ph(2F,3CH_{2}CH=CBr_{2})  2Furanyl(4OCF_{2}H) 
Ph(2F,3NHCOCF_{3})  Ph(2F,3OCH_{2}CH=CH_{2})  2Furanyl(4OCF_{2}CF_{2}H) 
Ph(2F,3NO_{2})  Ph(2F,3OCH_{2}CH=CF_{2})  2Furanyl(5Me) 
Ph(2F,3Ph)  Ph(2F,3OCH_{2}CH=CCl_{2})  2Furanyl(5Et) 
Ph(2F,3COMe)  Ph(2F,3OCH_{2}CH=CBr_{2})  2Furanyl(5iPr) 
Ph(2F,3OCOMe)  Ph(2F,3SCF_{2}H)  2Furanyl(5cPr) 
Ph(2F,3CO_{2}Me)  Ph(2F,3SCF_{2}CF_{2}H)  2Furanyl(5CF_{2}H) 
Ph(2F,3OCO_{2}Me)  Ph(2F,3SF_{5})  2Furanyl(5OCF_{2}H) 
Ph[3(2F,1Himidazol1yl)]  4Pyridinyl(5OCF_{2}H)  2Furanyl(5OCF_{2}CF_{2}H) 
Ph[3(2F,3pyridinyl)]  4Pyridinyl(5CF_{2}H)  2Furanyl(5OC_{2}F_{5}) 
Ph[3(2F,4pyridinyl)]  4Pyridinyl(5OCF_{2}CF_{2}H)  Ph(4I) 
Ph[3(2F,2pyridinyl)]  2Thienyl(4Me)  Ph(4nPr) 
Ph(2F,3C_{2}F_{5})  2Thienyl(4Et)  Ph(4OCHF_{2}) 
Ph(2F,3CF_{2}CF_{2}H)  2Thienyl(4iPr)  Ph(4C_{2}F_{5}) 
Ph(2F,3OCF_{2}CF_{2}H)  2Thienyl(4cPr)  Ph(4CF_{2}CF_{2}H) 
Ph(2F,3OC_{2}F_{5})  2Thienyl(4CF_{2}H)  Ph(4OCF_{2}CF_{2}H) 
Ph(2F,3OCH_{2}CF_{3})  2Thienyl(4OCF_{2}H)  Ph(4OC_{2}F_{5}) 
Ph(2F,3OCH_{2}C≡CH)  2Thienyl(4OCF_{2}CF_{2}H)  Ph(4OCH_{2}CF_{3}) 
Ph(2F,3OCH_{2}C≡CCF_{3})  2Thienyl(5Me)  Ph(4OCH_{2}C≡CH) 
Ph(2F,3OCH_{2}C≡CCF_{2}H)  2Thienyl(5Et)  Ph(40CH_{2}C≡CCF_{3}) 
Ph(2F,3OCH_{2}C≡CCH_{3})  2Thienyl(5iPr)  Ph(4OCH_{2}C≡CCF_{2}H) 
Ph(2F,3OCH_{2}C≡CcPr)  2Thienyl(5cPr)  Ph(4OCH_{2}C≡CCH_{3}) 
Ph(2F,3C≡CCF_{2}H)  2Thienyl(5CF_{2}H)  Ph(4OCH_{2}C≡CcPr) 
Ph(2F,3C≡CCH_{3})  2Thienyl(5OCF_{2}H)  Ph(4C≡CCF_{2}H) 
Ph(2F,3C≡CcPr)  2Thienyl(5OCF_{2}CF_{2}H)  Ph(4C≡CCH_{3}) 
Ph(2F,3OPh)  2Thienyl(5OC_{2}F_{5})  Ph(4C≡CcPr) 
Ph(2F,3C≡CCF_{3})  2Furanyl(4F)  Ph(4OPh) 
Ph(2F,3CH=CF_{2})  2Furanyl(4Cl)  Ph(4C≡CCF_{3}) 
Ph(4CH=CF_{2})  Ph(2Cl,4SMe)  Ph(2Cl,4OCH=CF_{2}) 
Ph(4CH=CCl_{2})  Ph(2Cl,4SOMe)  Ph(2Cl,4OCH=CCl_{2}) 
Ph(4CH=CBr_{2})  Ph(2Cl,4SO_{2}Me)  Ph(2Cl,4OCH=CBr_{2}) 
Ph(4OCH=CH_{2})  Ph(2Cl,4OSO_{2}Me)  Ph(2Cl,4CH_{2}CH=CH_{2}) 
Ph(4OCH=CF_{2})  Ph(2Cl,4C≡CH)  Ph(2Cl,4CH_{2}CH=CF_{2}) 
Ph(4OCH=CCl_{2})  Ph(2Cl,4OMe)  Ph(2Cl,4CH_{2}CH=CCl_{2}) 
Ph(4OCH=CBr_{2})  Ph(2Cl,4OEt)  Ph(2Cl,4CH_{2}CH=CBr_{2}) 
Ph(4CH_{2}CH=CH_{2})  Ph(2Cl,4NHCO_{2}tBu)  Ph(2Cl,4OCH_{2}CH=CH_{2}) 
Ph(4CH_{2}CH=CF_{2})  Ph(2Cl,4NHCOMe)  Ph(2Cl,4OCH_{2}CH=CF_{2}) 
Ph(4CH_{2}CH=CCl_{2})  Ph(2Cl,4NHCOCF_{3})  Ph(2Cl,4OCH_{2}CH=CCl_{2}) 
Ph(4CH_{2}CH=CBr_{2})  Ph(2Cl,4CN)  Ph(2Cl,4OCH_{2}CH=CBr_{2}) 
Ph(4OCH_{2}CH=CH_{2})  Ph(2Cl,4NO_{2})  Ph(2Cl,4SCF_{2}H) 
Ph(4OCH_{2}CH=CF_{2})  Ph(2Cl,4Ph)  Ph(2Cl,4SCF_{2}CF_{2}H) 
Ph(4OCH_{2}CH=CCl_{2})  Ph(2Cl,4COMe)  Ph(2F,4Cl) 
Ph(4OCH_{2}CH=CBr_{2})  Ph(2Cl,4OCOMe)  Ph(2,4diF) 
Ph(4SCF_{2}H)  Ph(2Cl,4CO_{2}Me)  Ph(2F,4Br) 
Ph(4SCF_{2}CF_{2}H)  Ph(2Cl,4OCO_{2}Me)  Ph(2F,4I) 
Ph(2,4diCl)  Ph(2Cl,4TMS)  Ph(2F,4Me) 
Ph(2Cl,4F)  Ph(2Cl,4C_{2}F_{5})  Ph(2F,4Et) 
Ph(2Cl,4Br)  Ph(2Cl,4CF_{2}CF_{2}H)  Ph(2F,4nPr) 
Ph(2Cl,4I)  Ph(2Cl,4OCF_{2}CF_{2}H)  Ph(2F,4tBu) 
Ph(2Cl,4Me)  Ph(2Cl,4OC_{2}F_{5})  Ph(2F,4iPr) 
Ph(2Cl,4Et)  Ph(2Cl,4OCH_{2}CF_{3})  Ph(2F,4cyclohexyl) 
Ph(2Cl,4nPr)  Ph(2Cl,4OCH_{2}C≡CH)  Ph(2F,4CH=CH_{2}) 
Ph(2Cl,4tBu)  Ph(2Cl,4OCH_{2}C≡CCF_{3})  Ph(2F,4CF_{3}) 
Ph(2Cl,4iPr)  Ph(2Cl,4OCH_{2}C≡CCF_{2}H)  Ph(2F,4CH_{2}CF_{3}) 
Ph(2Cl,4cPr)  Ph(2Cl,4OCH_{2}C≡CCH_{3})  Ph(2F,4CHF_{2}) 
Ph(2Cl,4cyclohexyl)  Ph(2Cl,4OCH_{2}C≡CcPr)  Ph(2F,4CH_{2}F) 
Ph(2Cl,4CH=CH_{2})  Ph(2Cl,4C≡CCF_{2}H)  Ph(2F,4OCF_{3}) 
Ph(2Cl,4CF_{3})  Ph(2Cl,4C≡CCH_{3})  Ph(2F,4OCH_{2}F) 
Ph(2Cl,4CH_{2}CF_{3})  Ph(2Cl,4C≡CcPr)  Ph(2F,4OCHF_{2}) 
Ph(2Cl,4CHF_{2})  Ph(2Cl,4OPh)  Ph(2F,4SCF_{3}) 
Ph(2Cl,4CH_{2}F)  Ph(2Cl,4C≡CCF_{3})  Ph(2F,4SMe) 
Ph(2Cl,4OCF_{3})  Ph(2Cl,4CH=CF_{2})  Ph(2F,4SOMe) 
Ph(2Cl,4OCH_{2}F)  Ph(2Cl,4CH=CCl_{2})  Ph(2F,4SO_{2}Me) 
Ph(2Cl,4OCHF_{2})  Ph(2Cl,4CH=CBr_{2})  Ph(2F,4OSO_{2}Me) 
Ph(2Cl,4SCF_{3})  Ph(2Cl,4OCH=CH_{2})  Ph(2F,4C≡CH) 
Ph(2F,4OMe)  Ph(2F,4CH_{2}CH=CBr_{2})  Ph(3Cl,4OMe) 
Ph(2F,4OEt)  Ph(2F,4OCH_{2}CH=CH_{2})  Ph(3Cl,4OCF_{2}CF_{2}H) 
Ph(2F,4NHCO_{2}tBu)  Ph(2F,4OCH_{2}CH=CF_{2})  Ph(3Cl,4OC_{2}F_{5}) 
Ph(2F,4NHCOMe)  Ph(2F,4OCH_{2}CH=CCl_{2})  Ph(3,4diF) 
Ph(2F,4NHCOCF_{3})  Ph(2F,4OCH_{2}CH=CBr_{2})  Ph(3F,4I) 
Ph(2F,4CN)  Ph(2F,4SCF_{2}H)  Ph(3F,4Et) 
Ph(2F,4NO_{2})  Ph(2F,4SCF_{2}CF_{2}H)  Ph(3F,4nPr) 
Ph(2F,4Ph)  Ph(2F,4SF_{5})  Ph(3F,4iPr) 
Ph(2F,4COMe)  3Pyridinyl(5OCF_{2}H)  Ph(3F,4C_{2}F_{5}) 
Ph(2F,4OCOMe)  3Pyridinyl(5CF_{2}H)  Ph(3F,4CF_{2}CF_{2}H) 
Ph(2F,4CO_{2}Me)  3Pyridinyl(5OCF_{2}CF_{2}H)  Ph(3F,4CF_{2}H) 
Ph(2F,4OCO_{2}Me)  3Thienyl(4Me)  Ph(3F,4OMe) 
Ph(2F,4C_{2}F_{5})  3Thienyl(4Et)  Ph(3F,4OCF_{2}CF_{2}H) 
Ph(2F,4CF_{2}CF_{2}H)  3Thienyl(4iPr)  Ph(3F,4OC_{2}F_{5}) 
Ph(2F,4OCF_{2}CF_{2}H)  3Thienyl(4cPr)  Ph(3Br,4I) 
Ph(2F,4OC_{2}F_{5})  3Thienyl(4CF_{2}H)  Ph(3Br,4Et) 
Ph(2F,4OCH_{2}CF_{3})  3Thienyl(4OCF_{2}H)  Ph(3Br,4nPr) 
Ph(2F,4OCH_{2}C≡CH)  3Thienyl(4OCF_{2}CF_{2}H)  Ph(3Br,4tBu) 
Ph(2F,4OCH_{2}C≡CCF_{3})  3Thienyl(4OC_{2}F_{5})  Ph(3Br,4iPr) 
Ph(2F,4OCH_{2}C≡CCF_{2}H)  3Furanyl(5F)  Ph(3Br,4C_{2}F_{5}) 
Ph(2F,4OCH_{2}C≡CCH_{3})  3Furanyl(5Cl)  Ph(3Br,4CF_{2}CF_{2}H) 
Ph(2F,4OCH_{2}C≡CcPr)  3Furanyl(5CF_{3})  Ph(3Br,4CF_{2}H) 
Ph(2F,4C≡CCF_{2}H)  3Furanyl(4Me)  Ph(3Br,4OMe) 
Ph(2F,4C≡CCH_{3})  3Furanyl(4Et)  Ph(3Br,4OCF_{2}CF_{2}H) 
Ph(2F,4C≡CcPr)  3Furanyl(4iPr)  Ph(3Br,4OC_{2}F_{5}) 
Ph(2F,4OPh)  3Furanyl(4cPr)  Ph(3I,4Cl) 
Ph(2F,4C≡CCF_{3})  3Furanyl(4CF_{2}H)  Ph(3I,4F) 
Ph(2F,4CH=CF_{2})  3Furanyl(4OCF_{2}H)  Ph(3I,4Br) 
Ph(2F,4CH=CCl_{2})  3Furanyl(4OCF_{2}CF_{2}H)  Ph(3,4diI) 
Ph(2F,4CH=CBr_{2})  3Furanyl(4OC_{2}F_{5})  Ph(3I,4Me) 
Ph(2F,4OCH=CH_{2})  Ph(3Cl,4I)  Ph(3I,4Et) 
Ph(2F,4OCH=CF_{2})  Ph(3Cl,4Et)  Ph(3I,4nPr) 
Ph(2F,4OCH=CCl_{2})  Ph(3Cl,4nPr)  Ph(3I,4tBu) 
Ph(2F,4OCH=CBr_{2})  Ph(3Cl,4iPr)  Ph(3I,4iPr) 
Ph(2F,4CH_{2}CH=CH_{2})  Ph(3Cl,4C_{2}F_{5})  Ph(3I,4cPr) 
Ph(2F,4CH_{2}CH=CF_{2})  Ph(3Cl,4CF_{2}CF_{2}H)  Ph(3I,4CF_{3}) 
Ph(2F,4CH_{2}CH=CCl_{2})  Ph(3Cl,4CF_{2}H)  Ph(3I,4C_{2}F_{5}) 
Ph(3I,4CF_{2}CF_{2}H)  Ph(3Et,4OCF_{2}CF_{2}H)  Ph(3iPr,4Cl) 
Ph(3I,4CF_{2}H)  Ph(3Et,4OC_{2}F_{5})  Ph(3iPr,4F) 
Ph(3I,4OMe)  Ph(3Et,4SO_{2}Me)  Ph(3iPr,4Br) 
Ph(3I,4OCF_{3})  Ph(3Et,4TMS)  Ph(3iPr,4I) 
Ph(3I,4OCHF_{2})  Ph(3Et,4CN)  Ph(3iPr,4Me) 
Ph(3I,4OCF_{2}CF_{2}H)  Ph(3nPr,4Cl)  Ph(3iPr,4Et) 
Ph(3I,4OC_{2}F_{5})  Ph(3nPr,4F)  Ph(3iPr,4nPr) 
Ph(3I,4SO_{2}Me)  Ph(3nPr,4Br)  Ph(3iPr,4tBu) 
Ph(3I,4TMS)  Ph(3nPr,4I)  Ph(3,4diiPr) 
Ph(3I,4CN)  Ph(3nPr,4Me)  Ph(3iPr,4cPr) 
Ph(3Me,4I)  Ph(3nPr,4Et)  Ph(3iPr,4CF_{3}) 
Ph(3Me,4Et)  Ph(3,4dinPr)  Ph(3iPr,4C_{2}F_{5}) 
Ph(3Me,4nPr)  Ph(3nPr,4tBu)  Ph(3iPr,4CF_{2}CF_{2}H) 
Ph(3Me,4iPr)  Ph(3nPr,4iPr)  Ph(3iPr,4CF_{2}H) 
Ph(3Me,4C_{2}F_{5})  Ph(3nPr,4cPr)  Ph(3iPr,4OMe) 
Ph(3Me,4CF_{2}CF_{2}H)  Ph(3nPr,4CF_{3})  Ph(3iPr,4OCF_{3}) 
Ph(3Me,4CF_{2}H)  Ph(3nPr,4C_{2}F_{5})  Ph(3iPr,4OCHF_{2}) 
Ph(3Me,4OMe)  Ph(3nPr,4CF_{2}CF_{2}H)  Ph(3iPr,4OCF_{2}CF_{2}H) 
Ph(3Me,4OCF_{2}CF_{2}H)  Ph(3nPr,4CF_{2}H)  Ph(3iPr,4OC_{2}F_{5}) 
Ph(3Me,4OC_{2}F_{5})  Ph(3nPr,4OMe)  Ph(3iPr,4SO_{2}Me) 
Ph(3Et,4Cl)  Ph(3nPr,4OCF_{3})  Ph(3iPr,4TMS) 
Ph(3Et,4F)  Ph(3nPr,4OCHF_{2})  Ph(3iPr,4CN) 
Ph(3Et,4Br)  Ph(3nPr,4OCF_{2}CF_{2}H)  Ph(3cPr,4I) 
Ph(3Et,4I)  Ph(3nPr,4OC_{2}F_{5})  Ph(3cPr,4Et) 
Ph(3Et,4Me)  Ph(3nPr,4SO_{2}Me)  Ph(3cPr,4nPr) 
Ph(3,4diEt)  Ph(3nPr,4TMS)  Ph(3cPr,4iPr) 
Ph(3Et,4nPr)  Ph(3nPr,4CN)  Ph(3cPr,4C_{2}F_{5}) 
Ph(3Et,4tBu)  Ph(3tBu,4I)  Ph(3cPr,4CF_{2}CF_{2}H) 
Ph(3Et,4iPr)  Ph(3tBu,4Et)  Ph(3cPr,4CF_{2}H) 
Ph(3Et,4cPr)  Ph(3tBu,4nPr)  Ph(3cPr,4OMe) 
Ph(3Et,4CF_{3})  Ph(3tBu,4iPr)  Ph(3cPr,4OCF_{2}CF_{2}H) 
Ph(3Et,4C_{2}F_{5})  Ph(3tBu,4C_{2}F_{5})  Ph(3cPr,4OC_{2}F_{5}) 
Ph(3Et,4CF_{2}CF_{2}H)  Ph(3tBu,4CF_{2}CF_{2}H)  Ph(3CF_{3},4I) 
Ph(3Et,4CF_{2}H)  Ph(3tBu,4CF_{2}H)  Ph(3CF_{3},4Et) 
Ph(3Et,4OMe)  Ph(3tBu,4OMe)  Ph(3CF_{3},4nPr) 
Ph(3Et,4OCF_{3})  Ph(3tBu,4OCF_{2}CF_{2}H)  Ph(3CF_{3},4iPr) 
Ph(3Et,4OCHF_{2})  Ph(3tBu,4OC_{2}F_{5})  Ph(3CF_{3},4C_{2}F_{5}) 
Ph(3CF_{3},4CF_{2}CF_{2}H)  Ph(3CF_{2}CF_{2}H,4cPr)  Ph(3OMe,4Br) 
Ph(3CF_{3},4CF_{2}H)  Ph(3CF_{2}CF_{2}H,4CF_{3})  Ph(3OMe,4I) 
Ph(3CF_{3},4OMe)  Ph(3CF_{2}CF_{2}H,4C_{2}F_{5})  Ph(3OMe,4Me) 
Ph(3CF_{3},4OCF_{2}CF_{2}H)  Ph(3,4diCF_{2}CF_{2}H)  Ph(3OMe,4Et) 
Ph(3CF_{3},4OC_{2}F_{5})  Ph(3CF_{2}CF_{2}H,4CF_{2}H)  Ph(3OMe,4nPr) 
Ph(3CF_{3},4TMS)  Ph(3CF_{2}CF_{2}H,4OMe)  Ph(3OMe,4tBu) 
Ph(3C_{2}F_{5},4Cl)  Ph(3CF_{2}CF_{2}H,4OCF_{3})  Ph(3OMe,4iPr) 
Ph(3C_{2}F_{5},4F)  Ph(3CF_{2}CF_{2}H,4OCHF_{2})  Ph(3OMe,4cPr) 
Ph(3C_{2}F_{5},4Br)  Ph(3CF_{2}CF_{2}H,4OCF_{2}CF_{2}H)  Ph(3OMe,4CF_{3}) 
Ph(3C_{2}F_{5},4I)  Ph(3CF_{2}CF_{2}H,4OC_{2}F_{5})  Ph(3OMe,4C_{2}F_{5}) 
Ph(3C_{2}F_{5},4Me)  Ph(3CF_{2}CF_{2}H,4SO_{2}Me)  Ph(3OMe,4CF_{2}CF_{2}H) 
Ph(3C_{2}F_{5},4Et)  Ph(3CF_{2}CF_{2}H,4TMS)  Ph(3OMe,4CF_{2}H) 
Ph(3C_{2}F_{5},4nPr)  Ph(3CF_{2}CF_{2}H,4CN)  Ph(3,4diOMe) 
Ph(3C_{2}F_{5},4tBu)  Ph(3CF_{2}H,4Cl)  Ph(3OMe,4OCF_{3}) 
Ph(3C_{2}F_{5},4iPr)  Ph(3CF_{2}H,4F)  Ph(3OMe,4OCHF_{2}) 
Ph(3C_{2}F_{5},4cPr)  Ph(3CF_{2}H,4Br)  Ph(3OMe,4OCF_{2}CF_{2}H) 
Ph(3C_{2}F_{5}CF_{3},4CF_{3})  Ph(3CF_{2}H,4I)  Ph(3OMe,4OC_{2}F_{5}) 
Ph(3,4diC_{2}F_{5})  Ph(3CF_{2}H,4Me)  Ph(3OMe,4SO_{2}Me) 
Ph(3C_{2}F_{5},4CF_{2}CF_{2}H)  Ph(3CF_{2}H,4Et)  Ph(3OMe,4TMS) 
Ph(3C_{2}F_{5},4CF_{2}H)  Ph(3CF_{2}H,4nPr)  Ph(3OMe,4CN) 
Ph(3C_{2}F_{5},4OMe)  Ph(3CF_{2}H,4tBu)  Ph(3OCF_{3},4I) 
Ph(3C_{2}F_{5},4OCF_{3})  Ph(3CF_{2}H,4iPr)  Ph(3OCF_{3},4Et) 
Ph(3C_{2}F_{5},4OCHF_{2})  Ph(3CF_{2}H,4cPr)  Ph(3OCF_{3},4nPr) 
Ph(3C_{2}F_{5},4OCF_{2}CF_{2}H)  Ph(3CF_{2}H,4CF_{3})  Ph(3OCF_{3},4iPr) 
Ph(3C_{2}F_{5},4OC_{2}F_{5})  Ph(3CF_{2}H,4C_{2}F_{5})  Ph(3OCF_{3},4CF_{3}) 
Ph(3C_{2}F_{5},4SO_{2}Me)  Ph(3CF_{2}H,4CF_{2}CF_{2}H)  Ph(3OCF_{3},4C_{2}F_{5}) 
Ph(3C_{2}F_{5},4TMS)  Ph(3,4diCF_{2}H)  Ph(3OCF_{3},4CF_{2}CF_{2}H) 
Ph(3C_{2}F_{5},4CN)  Ph(3CF_{2}H,4OMe)  Ph(3OCF_{3},4CF_{2}H) 
Ph(3CF_{2}CF_{2}H,4Cl)  Ph(3CF_{2}H,4OCF_{3})  Ph(3OCF_{3},4OMe) 
Ph(3CF_{2}CF_{2}H,4F)  Ph(3CF_{2}H,4OCHF_{2})  Ph(3OCF_{3},4OCF_{2}CF_{2}H) 
Ph(3CF_{2}CF_{2}H,4Br)  Ph(3CF_{2}H,4OCF_{2}CF_{2}H)  Ph(3OCF_{3},4OC_{2}F_{5}) 
Ph(3CF_{2}CF_{2}H,4I)  Ph(3CF_{2}H,4OC_{2}F_{5})  Ph(3OCHF_{2},4Cl) 
Ph(3CF_{2}CF_{2}H,4Me)  Ph(3CF_{2}H,4SO_{2}Me)  Ph(3OCHF_{2},4F) 
Ph(3CF_{2}CF_{2}H,4Et)  Ph(3CF_{2}H,4TMS)  Ph(3OCHF_{2},4Br) 
Ph(3CF_{2}CF_{2}H,4nPr)  Ph(3CF_{2}H,4CN)  Ph(3OCHF_{2},4I) 
Ph(3CF_{2}CF_{2}H,4tBu)  Ph(3OMe,4Cl)  Ph(3OCHF_{2},4Me) 
Ph(3CF_{2}CF_{2}H,4iPr)  Ph(3OMe,4F)  Ph(3OCHF_{2},4Et) 
Ph(3OCHF_{2},4nPr)  Ph(3OCF_{2}CF_{2}H,4CN)  Ph(3TMS,4Me) 
Ph(3OCHF_{2},4tBu)  Ph(3OC_{2}F_{5},4Cl)  Ph(3TMS,4Et) 
Ph(3OCHF_{2},4iPr)  Ph(3OC_{2}F_{5},4F)  Ph(3TMS,4nPr) 
Ph(3OCHF_{2},4cPr)  Ph(3OC_{2}F_{5},4Br)  Ph(3TMS,4tBu) 
Ph(3OCHF_{2}CF_{3},4CF_{3})  Ph(3OC_{2}F_{5},4I)  Ph(3TMS,4iPr) 
Ph(3OC_{2}F_{5},4C_{2}F_{5})  Ph(3OC_{2}F_{5},4Me)  Ph(3TMS,4cPr) 
Ph(3OCHF_{2},4CF_{2}CF_{2}H)  Ph(3OC_{2}F_{5},4Et)  Ph(3TMS,4CF_{3}) 
Ph(3OCHF_{2},4CF_{2}H)  Ph(3OC_{2}F_{5},4nPr)  Ph(3TMS,4C_{2}F_{5}) 
Ph(3OCHF_{2},4OMe)  Ph(3OC_{2}F_{5},4tBu)  Ph(3TMS,4CF_{2}CF_{2}H) 
Ph(3OCHF_{2},4OCF_{3})  Ph(3OC_{2}F_{5},4iPr)  Ph(3TMS,4CF_{2}H) 
Ph(3,4diOCHF_{2})  Ph(3OC_{2}F_{5},4cPr)  Ph(3TMS,4OMe) 
Ph(3OCHF_{2},4OCF_{2}CF_{2}H)  Ph(3OC_{2}F_{5}CF_{3},4CF_{3})  Ph(3TMS,4OCF_{3}) 
Ph(3OCHF_{2},4OC_{2}F_{5})  Ph(3OC_{2}F_{5},4CF_{2}CF_{2}H)  Ph(3TMS,4OCHF_{2}) 
Ph(3OCHF_{2},4SO_{2}Me)  Ph(3OC_{2}F_{5},4CF_{2}H)  Ph(3TMS,4OCF_{2}CF_{2}H) 
Ph(3OCHF_{2},4TMS)  Ph(3OC_{2}F_{5},4OMe)  Ph(3TMS,4OC_{2}F_{5}) 
Ph(3OCHF_{2},4CN)  Ph(3OC_{2}F_{5},4OCF_{3})  Ph(3TMS,4SO_{2}Me) 
Ph(3OCF_{2}CF_{2}H,4Cl)  Ph(3OC_{2}F_{5},4OCHF_{2})  Ph(3,4diTMS) 
Ph(3OCF_{2}CF_{2}H,4F)  Ph(3OC_{2}F_{5},4OCF_{2}CF_{2}H)  Ph(3TMS,4CN) 
Ph(3OCF_{2}CF_{2}H,4Br)  Ph(3,4diOC_{2}F_{5})  Ph(3CN,4I) 
Ph(3OCF_{2}CF_{2}H,4I)  Ph(3OC_{2}F_{5},4SO_{2}Me)  Ph(3CN,4Et) 
Ph(3OCF_{2}CF_{2}H,4Me)  Ph(3OC_{2}F_{5},4TMS)  Ph(3CN,4nPr) 
Ph(3OCF_{2}CF_{2}H,4Et)  Ph(3OC_{2}F_{5},4CN)  Ph(3CN,4iPr) 
Ph(3OCF_{2}CF_{2}H,4nPr)  Ph(3SO_{2}Me,4I)  Ph(3CN,4C_{2}F_{5}) 
Ph(3OCF_{2}CF_{2}H,4tBu)  Ph(3SO_{2}Me,4Et)  Ph(3CN,4CF_{2}CF_{2}H) 
Ph(3OCF_{2}CF_{2}H,4iPr)  Ph(3SO_{2}Me,4nPr)  Ph(3CN,4CF_{2}H) 
Ph(3OCF_{2}CF_{2}H,4cPr)  Ph(3SO_{2}Me,4iPr)  Ph(3CN,4OMe) 
Ph(3OCF_{2}CF_{2}H,4CF_{3})  Ph(3SO_{2}MeCF_{3},4CF_{3})  Ph(3CN,4OCF_{2}CF_{2}H) 
Ph(3OCF_{2}CF_{2}H,4C_{2}F_{5})  Ph(3SO_{2}Me,4C_{2}F_{5})  Ph(3CN,4OC_{2}F_{5}) 
Ph(3OCF_{2}CF_{2}H,4CF_{2}CF_{2}H)  Ph(3SO_{2}Me,4CF_{2}CF_{2}H)  Ph(3,5diCl) 
Ph(3OCF_{2}CF_{2}H,4CF_{2}H)  Ph(3SO_{2}Me,4CF_{2}H)  Ph(3Cl,5F) 
Ph(3OCF_{2}CF_{2}H,4OMe)  Ph(3SO_{2}Me,4OMe)  Ph(3Cl,5Br) 
Ph(3OCF_{2}CF_{2}H,4OCF_{3})  Ph(3SO_{2}Me,4OCF_{2}CF_{2}H)  Ph(3Cl,5I) 
Ph(3OCF_{2}CF_{2}H,4OCHF_{2})  Ph(3SO_{2}Me,4OC_{2}F_{5})  Ph(3Cl,5Me) 
Ph(3,4diOCF_{2}CF_{2}H)  Ph(3TMS,4Cl)  Ph(3Cl,5Et) 
Ph(3OCF_{2}CF_{2}H,4OC_{2}F_{5})  Ph(3TMS,4F)  Ph(3Cl,5nPr) 
Ph(3OCF_{2}CF_{2}H,4SO_{2}Me)  Ph(3TMS,4Br)  Ph(3Cl,5tBu) 
Ph(3OCF_{2}CF_{2}H,4TMS)  Ph(3TMS,4I)  Ph(3Cl,5iPr) 
Ph(3Cl,5cPr)  Ph(3,5diBr)  Ph(3I,5OCF_{2}CF_{2}H) 
Ph(3Cl,5CF_{3})  Ph(3Br,5I)  Ph(3I,5OC_{2}F_{5}) 
Ph(3Cl,5C_{2}F_{5})  Ph(3Br,5Me)  Ph(3I,5SO_{2}Me) 
Ph(3Cl,5CF_{2}CF_{2}H)  Ph(3Br,5Et)  Ph(3I,5TMS) 
Ph(3Cl,5CF_{2}H)  Ph(3Br,5nPr)  Ph(3I,5CN) 
Ph(3Cl,5OMe)  Ph(3Br,5tBu)  Ph(3Me,5Cl) 
Ph(3Cl,5OCF_{3})  Ph(3Br,5iPr)  Ph(3Me,5F) 
Ph(3Cl,5OCHF_{2})  Ph(3Br,5cPr)  Ph(3Me,5Br) 
Ph(3Cl,5OCF_{2}CF_{2}H)  Ph(3Br,5CF_{3})  Ph(3Me,5I) 
Ph(3Cl,5OC_{2}F_{5})  Ph(3Br,5C_{2}F_{5})  Ph(3,5diMe) 
Ph(3Cl,5SO_{2}Me)  Ph(3Br,5CF_{2}CF_{2}H)  Ph(3Me,5Et) 
Ph(3Cl,5TMS)  Ph(3Br,5CF_{2}H)  Ph(3Me,5nPr) 
Ph(3Cl,5CN)  Ph(3Br,5OMe)  Ph(3Me,5tBu) 
Ph(3F,5Cl)  Ph(3Br,5OCF_{3})  Ph(3Me,5iPr) 
Ph(3,5diF)  Ph(3Br,5OCHF_{2})  Ph(3Me,5cPr) 
Ph(3F,5Br)  Ph(3Br,5OCF_{2}CF_{2}H)  Ph(3Me,5CF_{3}) 
Ph(3F,5I)  Ph(3Br,5OC_{2}F_{5})  Ph(3Me,5C_{2}F_{5}) 
Ph(3F,5Me)  Ph(3Br,5SO_{2}Me)  Ph(3Me,5CF_{2}CF_{2}H) 
Ph(3F,5Et)  Ph(3Br,5TMS)  Ph(3Me,5CF_{2}H) 
Ph(3F,5nPr)  Ph(3Br,5CN)  Ph(3Me,5OMe) 
Ph(3F,5tBu)  Ph(3I,5Cl)  Ph(3Me,5OCF_{3}) 
Ph(3F,5iPr)  Ph(3I,5F)  Ph(3Me,5OCHF_{2}) 
Ph(3F,5cPr)  Ph(3I,5Br)  Ph(3Me,5OCF_{2}CF_{2}H) 
Ph(3F,5CF_{3})  Ph(3,5diI)  Ph(3Me,5OC_{2}F_{5}) 
Ph(3F,5C_{2}F_{5})  Ph(3I,5Me)  Ph(3Me,5SO_{2}Me) 
Ph(3F,5CF_{2}CF_{2}H)  Ph(3I,5Et)  Ph(3Me,5TMS) 
Ph(3F,5CF_{2}H)  Ph(3I,5nPr)  Ph(3Me,5CN) 
Ph(3F,5OMe)  Ph(3I,5tBu)  Ph(3Et,5Cl) 
Ph(3F,5OCF_{3})  Ph(3I,5iPr)  Ph(3Et,5F) 
Ph(3F,5OCHF_{2})  Ph(3I,5cPr)  Ph(3Et,5Br) 
Ph(3F,5OCF_{2}CF_{2}H)  Ph(3I,5CF_{3})  Ph(3Et,5I) 
Ph(3F,5OC_{2}F_{5})  Ph(3I,5C_{2}F_{5})  Ph(3Et,5Me) 
Ph(3F,5SO_{2}Me)  Ph(3I,5CF_{2}CF_{2}H)  Ph(3,5diEt) 
Ph(3F,5TMS)  Ph(3I,5CF_{2}H)  Ph(3Et,5nPr) 
Ph(3F,5CN)  Ph(3I,5OMe)  Ph(3Et,5tBu) 
Ph(3Br,5Cl)  Ph(3I,5OCF_{3})  Ph(3Et,5iPr) 
Ph(3Br,5F)  Ph(3I,5OCHF_{2})  Ph(3Et,5cPr) 
Ph(3Et,5CF_{3})  Ph(3tBu,5I)  Ph(3iPr,5OC_{2}F_{5}) 
Ph(3Et,5C_{2}F_{5})  Ph(3tBu,5Me)  Ph(3iPr,5SO_{2}Me) 
Ph(3Et,5CF_{2}CF_{2}H)  Ph(3tBu,5Et)  Ph(3iPr,5TMS) 
Ph(3Et,5CF_{2}H)  Ph(3tBu,5nPr)  Ph(3iPr,5CN) 
Ph(3Et,5OMe)  Ph(3,5ditBu)  Ph(3cPr,5Cl) 
Ph(3Et,5OCF_{3})  Ph(3tBu,5iPr)  Ph(3cPr,5F) 
Ph(3Et,5OCHF_{2})  Ph(3tBu,5cPr)  Ph(3cPr,5Br) 
Ph(3Et,5OCF_{2}CF_{2}H)  Ph(3tBu,5CF_{3})  Ph(3cPr,5I) 
Ph(3Et,5OC_{2}F_{5})  Ph(3tBu,5C_{2}F_{5})  Ph(3cPr,5Me) 
Ph(3Et,5SO_{2}Me)  Ph(3tBu,5CF_{2}CF_{2}H)  Ph(3cPr,5Et) 
Ph(3Et,5TMS)  Ph(3tBu,5CF_{2}H)  Ph(3cPr,5nPr) 
Ph(3Et,5CN)  Ph(3tBu,5OMe)  Ph(3cPr,5tBu) 
Ph(3nPr,5Cl)  Ph(3tBu,5OCF_{3})  Ph(3cPr,5iPr) 
Ph(3nPr,5F)  Ph(3tBu,5OCHF_{2})  Ph(3,5dicPr) 
Ph(3nPr,SBr)  Ph(3tBu,5OCF_{2}CF_{2}H)  Ph(3cPr,5CF_{3}) 
Ph(3nPr,5I)  Ph(3tBu,5OC_{2}F_{5})  Ph(3cPr,5C_{2}F_{5}) 
Ph(3nPr,5Me)  Ph(3tBu,5SO_{2}Me)  Ph(3cPr,5CF_{2}CF_{2}H) 
Ph(3nPr,5Et)  Ph(3tBu,5TMS)  Ph(3cPr,5CF_{2}H) 
Ph(3,5dinPr)  Ph(3tBu,5CN)  Ph(3cPr,5OMe) 
Ph(3nPr,5tBu)  Ph(3iPr,5Cl)  Ph(3cPr,5OCF_{3}) 
Ph(3nPr,5iPr)  Ph(3iPr,5F)  Ph(3cPr,5OCHF_{2}) 
Ph(3nPr,5cPr)  Ph(3iPr,5Br)  Ph(3cPr,5OCF_{2}CF_{2}H) 
Ph(3nPr,5CF_{3})  Ph(3iPr,5I)  Ph(3cPr,5OC_{2}F_{5}) 
Ph(3nPr,5C_{2}F_{5})  Ph(3iPr,5Me)  Ph(3cPr,5SO_{2}Me) 
Ph(3nPr,5CF_{2}CF_{2}H)  Ph(3iPr,5Et)  Ph(3cPr,5TMS) 
Ph(3nPr,5CF_{2}H)  Ph(3iPr,5nPr)  Ph(3cPr,5CN) 
Ph(3nPr,5OMe)  Ph(3iPr,5tBu)  Ph(3CF_{3},5Cl) 
Ph(3nPr,5OCF_{3})  Ph(3,5diiPr)  Ph(3CF_{3},5F) 
Ph(3nPr,5OCHF_{2})  Ph(3iPr,5cPr)  Ph(3CF_{3},5Br) 
Ph(3nPr,5OCF_{2}CF_{2}H)  Ph(3iPr,5CF_{3})  Ph(3CF_{3},5I) 
Ph(3nPr,5OC_{2}F_{5})  Ph(3iPr,5C_{2}F_{5})  Ph(3CF_{3},5Me) 
Ph(3nPr,5SO_{2}Me)  Ph(3iPr,5CF_{2}CF_{2}H)  Ph(3CF_{3},5Et) 
Ph(3nPr,5TMS)  Ph(3iPr,5CF_{2}H)  Ph(3CF_{3},5nPr) 
Ph(3nPr,5CN)  Ph(3iPr,5OMe)  Ph(3CF_{3},5tBu) 
Ph(3tBu,5Cl)  Ph(3iPr,5OCF_{3})  Ph(3CF_{3},5iPr) 
Ph(3tBu,5F)  Ph(3iPr,5OCHF_{2})  Ph(3CF_{3},5cPr) 
Ph(3tBu,5Br)  Ph(3iPr,5OCF_{2}CF_{2}H)  Ph(3,5diCF_{3}) 
Ph(3CF_{3},5C_{2}F_{5})  Ph(3CF_{2}CF_{2}H,5Me)  Ph(3CF_{2}H,5SO_{2}Me) 
Ph(3CF_{3},5CF_{2}CF_{2}H)  Ph(3CF_{2}CF_{2}H,5Et)  Ph(3CF_{2}H,5TMS) 
Ph(3CF_{3},5CF_{2}H)  Ph(3CF_{2}CF_{2}H,5nPr)  Ph(3CF_{2}H,5CN) 
Ph(3CF_{3},5OMe)  Ph(3CF_{2}CF_{2}H,5tBu)  Ph(3OMe,5Cl) 
Ph(3CF_{3},5OCF_{3})  Ph(3CF_{2}CF_{2}H,5iPr)  Ph(3OMe,5F) 
Ph(3CF_{3},5OCHF_{2})  Ph(3CF_{2}CF_{2}H,5cPr)  Ph(3OMe,5Br) 
Ph(3CF_{3},5OCF_{2}CF_{2}H)  Ph(3CF_{2}CF_{2}H,5CF_{3})  Ph(3OMe,5I) 
Ph(3CF_{3},5OC_{2}F_{5})  Ph(3CF_{2}CF_{2}H,5C_{2}F_{5})  Ph(3OMe,5Me) 
Ph(3CF_{3},5SO_{2}Me)  Ph(3,5diCF_{2}CF_{2}H)  Ph(3OMe,5Et) 
Ph(3CF_{3},5TMS)  Ph(3CF_{2}CF_{2}H,5CF_{2}H)  Ph(3OMe,5nPr) 
Ph(3CF_{3},5CN)  Ph(3CF_{2}CF_{2}H,5OMe)  Ph(3OMe,5tBu) 
Ph(3C_{2}F_{5},5Cl)  Ph(3CF_{2}CF_{2}H,5OCF_{3})  Ph(3OMe,5iPr) 
Ph(3C_{2}F_{5},5F)  Ph(3CF_{2}CF_{2}H,5OCHF_{2})  Ph(3OMe,5cPr) 
Ph(3C_{2}F_{5},5Br)  Ph(3CF_{2}CF_{2}H,5OCF_{2}CF_{2}H)  Ph(3OMeCF_{3},5CF_{3}) 
Ph(3C_{2}F_{5},5I)  Ph(3CF_{2}CF_{2}H,5OC_{2}F_{5})  Ph(3OMe,5C_{2}F_{5}) 
Ph(3C_{2}F_{5},5Me)  Ph(3CF_{2}CF_{2}H,5SO_{2}Me)  Ph(3OMe,5CF_{2}CF_{2}H) 
Ph(3C_{2}F_{5},5Et)  Ph(3CF_{2}CF_{2}H,5TMS)  Ph(3OMe,5CF_{2}H) 
Ph(3C_{2}F_{5},5nPr)  Ph(3CF_{2}CF_{2}H,5CN)  Ph(3,5diOMe) 
Ph(3C_{2}F_{5},5tBu)  Ph(3CF_{2}H,5Cl)  Ph(3OMe,5OCF_{3}) 
Ph(3C_{2}F_{5},5iPr)  Ph(3CF_{2}H,5F)  Ph(3OMe,5OCHF_{2}) 
Ph(3C_{2}F_{5},5cPr)  Ph(3CF_{2}H,5Br)  Ph(3OMe,5OCF_{2}CF_{2}H) 
Ph(3C_{2}F_{5}CF_{3},5CF_{3})  Ph(3CF_{2}H,5I)  Ph(3OMe,5OC_{2}F_{5}) 
Ph(3,5diC_{2}F_{5})  Ph(3CF_{2}H,5Me)  Ph(3OMe,5SO_{2}Me) 
Ph(3C_{2}F_{5},5CF_{2}CF_{2}H)  Ph(3CF_{2}H,5Et)  Ph(3OMe,5TMS) 
Ph(3C_{2}F_{5},5CF_{2}H)  Ph(3CF_{2}H,5nPr)  Ph(3OMe,5CN) 
Ph(3C_{2}F_{5},5OMe)  Ph(3CF_{2}H,5tBu)  Ph(3OCF_{3},5Cl) 
Ph(3C_{2}F_{5},5OCF_{3})  Ph(3CF_{2}H,5iPr)  Ph(3OCF_{3},5F) 
Ph(3C_{2}F_{5},5OCHF_{2})  Ph(3CF_{2}H,5cPr)  Ph(3OCF_{3},5Br) 
Ph(3C_{2}F_{5},5OCF_{2}CF_{2}H)  Ph(3CF_{2}H,5CF_{3})  Ph(3OCF_{3},5I) 
Ph(3C_{2}F_{5},5OC_{2}F_{5})  Ph(3CF_{2}H,5C_{2}F_{5})  Ph(3OCF_{3},5Me) 
Ph(3C_{2}F_{5},5SO_{2}Me)  Ph(3CF_{2}H,5CF_{2}CF_{2}H)  Ph(3OCF_{3},5Et) 
Ph(3C_{2}F_{5},5TMS)  Ph(3,5diCF_{2}H)  Ph(3OCF_{3},5nPr) 
Ph(3C_{2}F_{5},5CN)  Ph(3CF_{2}H,5OMe)  Ph(3OCF_{3},5tBu) 
Ph(3CF_{2}CF_{2}H,5Cl)  Ph(3CF_{2}H,5OCF_{3})  Ph(3OCF_{3},5iPr) 
Ph(3CF_{2}CF_{2}H,5F)  Ph(3CF_{2}H,5OCHF_{2})  Ph(3OCF_{3},5cPr) 
Ph(3CF_{2}CF_{2}H,5Br)  Ph(3CF_{2}H,5OCF_{2}CF_{2}H)  Ph(3OCF_{3},5CF_{3}) 
Ph(3CF_{2}CF_{2}H,5I)  Ph(3CF_{2}H,5OC_{2}F_{5})  Ph(3OCF_{3},5C_{2}F_{5}) 
Ph(3OCF_{3},5CF_{2}CF_{2}H)  Ph(3OCF_{2}CF_{2}H,5Et)  Ph(3OC_{2}F_{5},5CN) 
Ph(3OCF_{3},5CF_{2}H)  Ph(3OCF_{2}CF_{2}H,5nPr)  Ph(3SO_{2}Me,5Cl) 
Ph(3OCF_{3},5OMe)  Ph(3OCF_{2}CF_{2}H,5tBu)  Ph(3SO_{2}Me,5F) 
Ph(3,5diOCF_{3})  Ph(3OCF_{2}CF_{2}H,5iPr)  Ph(3SO_{2}Me,5Br) 
Ph(3OCF_{3},5OCHF_{2})  Ph(3OCF_{2}CF_{2}H,5cPr)  Ph(3SO_{2}Me,5I) 
Ph(3OCF_{3},5OCF_{2}CF_{2}H)  Ph(3OCF_{2}CF_{2}H,5CF_{3})  Ph(3SO_{2}Me,5Me) 
Ph(3OCF_{3},5OC_{2}F_{5})  Ph(3OCF_{2}CF_{2}H,5C_{2}F_{5})  Ph(3SO_{2}Me,5Et) 
Ph(3OCF_{3},5SO_{2}Me)  Ph(3OCF_{2}CF_{2}H,5CF_{2}CF_{2}H)  Ph(3SO_{2}Me,5nPr) 
Ph(3OCF_{3},5TMS)  Ph(3OCF_{2}CF_{2}H,5CF_{2}H)  Ph(3SO_{2}Me,5tBu) 
Ph(3OCF_{3},5CN)  Ph(3OCF_{2}CF_{2}H,5OMe)  Ph(3SO_{2}Me,5iPr) 
Ph(3OCHF_{2},5Cl)  Ph(3OCF_{2}CF_{2}H,5OCF_{3})  Ph(3SO_{2}Me,5cPr) 
Ph(3OCHF_{2},5F)  Ph(3OCF_{2}CF_{2}H,5OCHF_{2})  Ph(3SO_{2}MeCF_{3},5CF_{3}) 
Ph(3OCHF_{2},5Br)  Ph(3,5diOCF_{2}CF_{2}H)  Ph(3SO_{2}Me,5C_{2}F_{5}) 
Ph(3OCHF_{2},5I)  Ph(3OCF_{2}CF_{2}H,5OC_{2}F_{5})  Ph(3SO_{2}Me,5CF_{2}CF_{2}H) 
Ph(3OCHF_{2},5Me)  Ph(3OCF_{2}CF_{2}H,5SO_{2}Me)  Ph(3SO_{2}Me,5CF_{2}H) 
Ph(3OCHF_{2},5Et)  Ph(3OCF_{2}CF_{2}H,5TMS)  Ph(3SO_{2}Me,5OMe) 
Ph(3OCHF_{2},5nPr)  Ph(3OCF_{2}CF_{2}H,5CN)  Ph(3SO_{2}Me,5OCF_{3}) 
Ph(3OCHF_{2},5tBu)  Ph(3OC_{2}F_{5},5Cl)  Ph(3SO_{2}Me,5OCHF_{2}) 
Ph(3OCHF_{2},5iPr)  Ph(3OC_{2}F_{5},5F)  Ph(3SO_{2}Me,5OCF_{2}CF_{2}H) 
Ph(3OCHF_{2},5cPr)  Ph(3OC_{2}F_{5},5Br)  Ph(3SO_{2}Me,5OC_{2}F_{5}) 
Ph(3OCHF_{2}CF_{3},5CF_{3})  Ph(3OC_{2}F_{5},5I)  Ph(3,5diSO_{2}Me) 
Ph(3OC_{2}F_{5},5C_{2}F_{5})  Ph(3OC_{2}F_{5},5Me)  Ph(3SO_{2}Me,5TMS) 
Ph(3OCHF_{2},5CF_{2}CF_{2}H)  Ph(3OC_{2}F_{5},5Et)  Ph(3SO_{2}Me,5CN) 
Ph(3OCHF_{2},5CF_{2}H)  Ph(3OC_{2}F_{5},5nPr)  Ph(3TMS,5Cl) 
Ph(3OCHF_{2},5OMe)  Ph(3OC_{2}F_{5},5tBu)  Ph(3TMS,5F) 
Ph(3OCHF_{2},5OCF_{3})  Ph(3OC_{2}F_{5},5iPr)  Ph(3TMS,5Br) 
Ph(3,5diOCHF_{2})  Ph(3OC_{2}F_{5},5cPr)  Ph(3TMS,5I) 
Ph(3OCHF_{2},5OCF_{2}CF_{2}H)  Ph(3OC_{2}F_{5}CF_{3},5CF_{3})  Ph(3TMS,5Me) 
Ph(3OCHF_{2},5OC_{2}F_{5})  Ph(3OC_{2}F_{5},5CF_{2}CF_{2}H)  Ph(3TMS,5Et) 
Ph(3OCHF_{2},5SO_{2}Me)  Ph(3OC_{2}F_{5},5CF_{2}H)  Ph(3TMS,5nPr) 
Ph(3OCHF_{2},5TMS)  Ph(3OC_{2}F_{5},5OMe)  Ph(3TMS,5tBu) 
Ph(3OCHF_{2},5CN)  Ph(3OC_{2}F_{5},5OCF_{3})  Ph(3TMS,5iPr) 
Ph(3OCF_{2}CF_{2}H,5Cl)  Ph(3OC_{2}F_{5},5OCHF_{2})  Ph(3TMS,5cPr) 
Ph(3OCF_{2}CF_{2}H,5F)  Ph(3,5diOC_{2}F_{5})  Ph(3TMS,5CF_{3}) 
Ph(3OCF_{2}CF_{2}H,5Br)  Ph(3,5diOC_{2}F_{5})  Ph(3TMS,5C_{2}F_{5}) 
Ph(3OCF_{2}CF_{2}H,5I)  Ph(3OC_{2}F_{5},5SO_{2}Me)  Ph(3TMS,5CF_{2}CF_{2}H) 
Ph(3OCF_{2}CF_{2}H,5Me)  Ph(3OC_{2}F_{5},5TMS)  Ph(3TMS,5CF_{2}H) 
Ph(3TMS,5OMe)  Ph(2Cl,3Cl,4tBu)  Ph(2Cl,3Br,4Cl) 
Ph(3TMS,5OCF_{3})  Ph(2Cl,3Cl,4iPr)  Ph(2Cl,3Br,4F) 
Ph(3TMS,5OCHF_{2})  Ph(2Cl,3Cl,4cPr)  Ph(2Cl,3,4diBr) 
Ph(3TMS,5OCF_{2}CF_{2}H)  Ph(2Cl,3Cl,4CF_{3})  Ph(2Cl,3Br,4I) 
Ph(3TMS,5OC_{2}F_{5})  Ph(2Cl,3Cl,4C_{2}F_{5})  Ph(2Cl,3Br,4Me) 
Ph(3TMS,5SO_{2}Me)  Ph(2Cl,3Cl,4CF_{2}CF_{2}H)  Ph(2Cl,3Br,4Et) 
Ph(3,5diTMS)  Ph(2Cl,3Cl,4CF_{2}H)  Ph(2Cl,3Br,4nPr) 
Ph(3TMS,5CN)  Ph(2Cl,3Cl,4OMe)  Ph(2Cl,3Br,4tBu) 
Ph(3CN,5Cl)  Ph(2Cl,3Cl,4OCF_{3})  Ph(2Cl,3Br,4iPr) 
Ph(3CN,5F)  Ph(2Cl,3Cl,4OCHF_{2})  Ph(2Cl,3Br,4cPr) 
Ph(3CN,5Br)  Ph(2Cl,3Cl,4OCF_{2}CF_{2}H)  Ph(2Cl,3Br,4CF_{3}) 
Ph(3CN,5I)  Ph(2Cl,3Cl,4OC_{2}F_{5})  Ph(2Cl,3Br,4C_{2}F_{5}) 
Ph(3CN,5Me)  Ph(2Cl,3Cl,4SO_{2}Me)  Ph(2Cl,3Br,4CF_{2}CF_{2}H) 
Ph(3CN,5Et)  Ph(2Cl,3Cl,4TMS)  Ph(2Cl,3Br,4CF_{2}H) 
Ph(3CN,5nPr)  Ph(2Cl,3Cl,4CN)  Ph(2Cl,3Br,4OMe) 
Ph(3CN,5tBu)  Ph(2Cl,3F,4Cl)  Ph(2Cl,3Br,4OCF_{3}) 
Ph(3CN,5iPr)  Ph(2Cl,3,4diF)  Ph(2Cl,3Br,4OCHF_{2}) 
Ph(3CN,5cPr)  Ph(2Cl,3F,4Br)  Ph(2Cl,3Br,4OCF_{2}CF_{2}H) 
Ph(3CN,5CF_{3})  Ph(2Cl,3F,4I)  Ph(2Cl,3Br,4OC_{2}F_{5}) 
Ph(3CN,5C_{2}F_{5})  Ph(2Cl,3F,4Me)  Ph(2Cl,3Br,4SO_{2}Me) 
Ph(3CN,5CF_{2}CF_{2}H)  Ph(2Cl,3F,4Et)  Ph(2Cl,3Br,4TMS) 
Ph(3CN,5CF_{2}H)  Ph(2Cl,3F,4nPr)  Ph(2Cl,3Br,4CN) 
Ph(3CN,5OMe)  Ph(2Cl,3F,4tBu)  Ph(2Cl,3I,4Cl) 
Ph(3CN,5OCF_{3})  Ph(2Cl,3F,4iPr)  Ph(2Cl,3I,4F) 
Ph(3CN,5OCHF_{2})  Ph(2Cl,3F,4cPr)  Ph(2Cl,3I,4Br) 
Ph(3CN,5OCF_{2}CF_{2}H)  Ph(2Cl,3F,4CF_{3})  Ph(2Cl,3,4diI) 
Ph(3CN,5OC_{2}F_{5})  Ph(2Cl,3F,4C_{2}F_{5})  Ph(2Cl,3I,4Me) 
Ph(3CN,5SO_{2}Me)  Ph(2Cl,3F,4CF_{2}CF_{2}H)  Ph(2Cl,3I,4Et) 
Ph(3CN,5TMS)  Ph(2Cl,3F,4CF_{2}H)  Ph(2Cl,3I,4nPr) 
Ph(3,5diCN)  Ph(2Cl,3F,4OMe)  Ph(2Cl,3I,4tBu) 
Ph(2,3,4triCl)  Ph(2Cl,3F,4OCF_{3})  Ph(2Cl,3I,4iPr) 
Ph(2Cl,3Cl,4F)  Ph(2Cl,3F,4OCHF_{2})  Ph(2Cl,3I,4cPr) 
Ph(2Cl,3Cl,4Br)  Ph(2Cl,3F,4OCF_{2}CF_{2}H)  Ph(2Cl,3I,4CF_{3}) 
Ph(2Cl,3Cl,4I)  Ph(2Cl,3F,4OC_{2}F_{5})  Ph(2Cl,3I,4C_{2}F_{5}) 
Ph(2Cl,3Cl,4Me)  Ph(2Cl,3F,4SO_{2}Me)  Ph(2Cl,3I,4CF_{2}CF_{2}H) 
Ph(2Cl,3Cl,4Et)  Ph(2Cl,3F,4TMS)  Ph(2Cl,3I,4CF_{2}H) 
Ph(2Cl,3Cl,4nPr)  Ph(2Cl,3F,4CN)  Ph(2Cl,3I,4OMe) 
Ph(2Cl,3I,4OCF_{3})  Ph(2Cl,3Et,4iPr)  Ph(2Cl,3tBu,4F) 
Ph(2Cl,3I,4OCHF_{2})  Ph(2Cl,3Et,4cPr)  Ph(2Cl,3tBu,4Br) 
Ph(2Cl,3I,4OCF_{2}CF_{2}H)  Ph(2Cl,3Et,4CF_{3})  Ph(2Cl,3tBu,4I) 
Ph(2Cl,3I,4OC_{2}F_{5})  Ph(2Cl,3Et,4C_{2}F_{5})  Ph(2Cl,3tBu,4Me) 
Ph(2Cl,3I,4SO_{2}Me)  Ph(2Cl,3Et,4CF_{2}CF_{2}H)  Ph(2Cl,3tBu,4Et) 
Ph(2Cl,3I,4TMS)  Ph(2Cl,3Et,4CF_{2}H)  Ph(2Cl,3tBu,4nPr) 
Ph(2Cl,3I,4CN)  Ph(2Cl,3Et,4OMe)  Ph(2C1,3,4ditBu) 
Ph(2Cl,3Me,4Cl)  Ph(2Cl,3Et,4OCF_{3})  Ph(2Cl,3tBu,4iPr) 
Ph(2Cl,3Me,4F)  Ph(2Cl,3Et,4OCHF_{2})  Ph(2Cl,3tBu,4cPr) 
Ph(2Cl,3Me,4Br)  Ph(2Cl,3Et,4OCF_{2}CF_{2}H)  Ph(2Cl,3tBu,4CF_{3}) 
Ph(2Cl,3Me,4I)  Ph(2Cl,3Et,4OC_{2}F_{5})  Ph(2Cl,3tBu,4C_{2}F_{5}) 
Ph(2Cl,3,4diMe)  Ph(2Cl,3Et,4SO_{2}Me)  Ph(2Cl,3tBu,4CF_{2}CF_{2}H) 
Ph(2Cl,3Me,4Et)  Ph(2Cl,3Et,4TMS)  Ph(2Cl,3tBu,4CF_{2}H) 
Ph(2Cl,3Me,4nPr)  Ph(2Cl,3Et,4CN)  Ph(2Cl,3tBu,4OMe) 
Ph(2Cl,3Me,4tBu)  Ph(2Cl,3nPr,4Cl)  Ph(2Cl,3tBu,4OCF_{3}) 
Ph(2Cl,3Me,4iPr)  Ph(2Ct,3nPr,4F)  Ph(2Cl,3tBu,4OCHF_{2}) 
Ph(2Cl,3Me,4cPr)  Ph(2Cl,3nPr,4Br)  Ph(2Cl,3tBu,4OCF_{2}CF_{2}H) 
Ph(2Cl,3Me,4CF_{3})  Ph(2Cl,3nPr,4I)  Ph(2Cl,3tBu,4OC_{2}F_{5}) 
Ph(2Cl,3Me,4C_{2}F_{5})  Ph(2Cl,3nPr,4Me)  Ph(2Cl,3tBu,4SO_{2}Me) 
Ph(2Cl,3Me,4CF_{2}CF_{2}H)  Ph(2Cl,3nPr,4Et)  Ph(2Cl,3tBu,4TMS) 
Ph(2Cl,3Me,4CF_{2}H)  Ph(2Cl,3,4dinPr)  Ph(2Cl,3tBu,4CN) 
Ph(2Cl,3Me,4OMe)  Ph(2Cl,3nPr,4tBu)  Ph(2Cl,3iPr,4Cl) 
Ph(2Cl,3Me,4OCF_{3})  Ph(2Cl,3nPr,4iPr)  Ph(2Cl,3iPr,4F) 
Ph(2Cl,3Me,4OCHF_{2})  Ph(2Cl,3nPr,4cPr)  Ph(2Cl,3iPr,4Br) 
Ph(2Cl,3Me,4OCF_{2}CF_{2}H)  Ph(2Cl,3nPr,4CF_{3})  Ph(2Cl,3iPr,4I) 
Ph(2Cl,3Me,4OC_{2}F_{5})  Ph(2Cl,3nPr,4C_{2}F_{5})  Ph(2Cl,3iPr,4Me) 
Ph(2Cl,3Me,4SO_{2}Me)  Ph(2Cl,3nPr,4CF_{2}CF_{2}H)  Ph(2Cl,3iPr,4Et) 
Ph(2Cl,3Me,4TMS)  Ph(2Cl,3nPr,4CF_{2}H)  Ph(2Cl,3iPr,4nPr) 
Ph(2Cl,3Me,4CN)  Ph(2Cl,3nPr,4OMe)  Ph(2Cl,3iPr,4tBu) 
Ph(2Cl,3Et,4Cl)  Ph(2Cl,3nPr,4OCF_{3})  Ph(2Cl,3,4diiPr) 
Ph(2Cl,3Et,4F)  Ph(2Cl,3nPr,4OCHF_{2})  Ph(2Cl,3iPr,4cPr) 
Ph(2Cl,3Et,4Br)  Ph(2Cl,3nPr,4OCF_{2}CF_{2}H)  Ph(2Cl,3iPr,4CF_{3}) 
Ph(2Cl,3Et,4I)  Ph(2Cl,3nPr,4OC_{2}F_{5})  Ph(2Cl,3iPr,4C_{2}F_{5}) 
Ph(2Cl,3Et,4Me)  Ph(2Cl,3nPr,4SO_{2}Me)  Ph(2Cl,3iPr,4CF_{2}CF_{2}H) 
Ph(2Cl,3,4diEt)  Ph(2Cl,3nPr,4TMS)  Ph(2Cl,3iPr,4CF_{2}H) 
Ph(2Cl,3Et,4nPr)  Ph(2Cl,3nPr,4CN)  Ph(2Cl,3iPr,4OMe) 
Ph(2Cl,3Et,4tBu)  Ph(2Cl,3tBu,4Cl)  Ph(2Cl,3iPr,4OCF_{3}) 
Ph(2Cl,3iPr,4OCHF_{2})  Ph(2Cl,3CF_{3},4cPr)  Ph(2Cl,3CF_{2}CF_{2}H,4Br) 
Ph(2Cl,3iPr,4OCF_{2}CF_{2}H)  Ph(2Cl,3,4diCF_{3})  Ph(2Cl,3CF_{2}CF_{2}H,4I) 
Ph(2Cl,3iPr,4OC_{2}F_{5})  Ph(2Cl,3CF_{3},4C_{2}F_{5})  Ph(2Cl,3CF_{2}CF_{2}H,4Me) 
Ph(2Cl,3iPr,4SO_{2}Me)  Ph(2Cl,3CF_{3},4CF_{2}CF_{2}H)  Ph(2Cl,3CF_{2}CF_{2}H,4Et) 
Ph(2Cl,3iPr,4TMS)  Ph(2Cl,3CF_{3},4CF_{2}H)  Ph(2Cl,3CF_{2}CF_{2}H,4nPr) 
Ph(2Cl,3iPr,4CN)  Ph(2Cl,3CF_{3},4OMe)  Ph(2Cl,3CF_{2}CF_{2}H,4tBu) 
Ph(2Cl,3cPr,4Cl)  Ph(2Cl,3CF_{3},4OCF_{3})  Ph(2Cl,3CF_{2}CF_{2}H,4iPr) 
Ph(2Cl,3cPr,4F)  Ph(2Cl,3CF_{3},4OCHF_{2})  Ph(2Cl,3CF_{2}CF_{2}H,4cPr) 
Ph(2Cl,3cPr,4Br)  Ph(2Cl,3CF_{3},4OCF_{2}CF_{2}H)  Ph(2Cl,3CF_{2}CF_{2}H,4CF_{3}) 
Ph(2Cl,3cPr,4I)  Ph(2Cl,3CF_{3},4OC_{2}F_{5})  Ph(2Cl,3CF_{2}CF_{2}H,4C_{2}F_{5}) 
Ph(2Cl,3cPr,4Me)  Ph(2Cl,3CF_{3},4SO_{2}Me)  Ph(2Cl,3,4diCF_{2}CF_{2}H) 
Ph(2Cl,3cPr,4Et)  Ph(2Cl,3CF_{3},4TMS)  Ph(2Cl,3CF_{2}CF_{2}H,4CF_{2}H) 
Ph(2Cl,3cPr,4nPr)  Ph(2Cl,3CF_{3},4CN)  Ph(2Cl,3CF_{2}CF_{2}H,4OMe) 
Ph(2Cl,3cPr,4tBu)  Ph(2Cl,3C_{2}F_{5},4Cl)  Ph(2Cl,3CF_{2}CF_{2}H,4OCF_{3}) 
Ph(2Cl,3cPr,4iPr)  Ph(2Cl,3C_{2}F_{5},4F)  Ph(2Cl,3CF_{2}CF_{2}H,4OCHF_{2}) 
Ph(2Cl,3,4dicPr)  Ph(2Cl,3C_{2}F_{5},4Br)  Ph(2Cl,3CF_{2}CF_{2}H,4OCF_{2}CF_{2}H) 
Ph(2Cl,3cPr,4CF_{3})  Ph(2Cl,3C_{2}F_{5},4I)  
Ph(2Cl,3cPr,4C_{2}F_{5})  Ph(2Cl,3C_{2}F_{5},4Me)  Ph(2Cl,3CF_{2}CF_{2}H,4OC_{2}F_{5}) 
Ph(2Cl,3cPr,4CF_{2}CF_{2}H)  Ph(2Cl,3C_{2}F_{5},4Et)  Ph(2Cl,3CF_{2}CF_{2}H,4SO_{2}Me) 
Ph(2Cl,3cPr,4CF_{2}H)  Ph(2Cl,3C_{2}F_{5},4nPr)  Ph(2Cl,3CF_{2}CF_{2}H,4TMS) 
Ph(2Cl,3cPr,4OMe)  Ph(2Cl,3C_{2}F_{5},4tBu)  Ph(2Cl,3CF_{2}CF_{2}H,4CN) 
Ph(2Cl,3cPr,4OCF_{3})  Ph(2Cl,3C_{2}F_{5},4iPr)  Ph(2Cl,3CF_{2}H,4Cl) 
Ph(2Cl,3cPr,4OCHF_{2})  Ph(2Cl,3C_{2}F_{5},4cPr)  Ph(2Cl,3CF_{2}H,4F) 
Ph(2Cl,3cPr,4OCF_{2}CF_{2}H)  Ph(2Cl,3C_{2}F_{5}CF_{3},4CF_{3})  Ph(2Cl,3CF_{2}H,4Br) 
Ph(2Cl,3cPr,4OC_{2}F_{5})  Ph(2Cl,3,4diC_{2}F_{5})  Ph(2Cl,3CF_{2}H,4I) 
Ph(2Cl,3cPr,4SO_{2}Me)  Ph(2Cl,3C_{2}F_{5},4CF_{2}CF_{2}H)  Ph(2Cl,3CF_{2}H,4Me) 
Ph(2Cl,3cPr,4TMS)  Ph(2Cl,3C_{2}F_{5},4CF_{2}H)  Ph(2Cl,3CF_{2}H,4Et) 
Ph(2Cl,3cPr,4CN)  Ph(2Cl,3C_{2}F_{5},4OMe)  Ph(2Cl,3CF_{2}H,4nPr) 
Ph(2Cl,3CF_{3},4Cl)  Ph(2Cl,3C_{2}F_{5},4OCF_{3})  Ph(2Cl,3CF_{2}H,4tBu) 
Ph(2Cl,3CF_{3},4F)  Ph(2Cl,3C_{2}F_{5},4OCHF_{2})  Ph(2Cl,3CF_{2}H,4iPr) 
Ph(2Cl,3CF_{3},4Br)  Ph(2Cl,3C_{2}F_{5},4OCF_{2}CF_{2}H)  Ph(2Cl,3CF_{2}H,4cPr) 
Ph(2Cl,3CF_{3},4I)  Ph(2Cl,3C_{2}F_{5},4OC_{2}F_{5})  Ph(2Cl,3CF_{2}H,4CF_{3}) 
Ph(2Cl,3CF_{3},4Me)  Ph(2Cl,3C_{2}F_{5},4SO_{2}Me)  Ph(2Cl,3CF_{2}H,4C_{2}F_{5}) 
Ph(2Cl,3CF3,4Et)  Ph(2Cl,3C_{2}F_{5},4TMS)  Ph(2Cl,3CF_{2}H,4CF_{2}CF_{2}H) 
Ph(2Cl,3CF_{3},4nPr)  Ph(2Cl,3C_{2}F_{5},4CN)  Ph(2Cl,3,4diCF_{2}H) 
Ph(2Cl,3CF_{3},4tBu)  Ph(2Cl,3CF_{2}CF_{2}H,4Cl)  Ph(2Cl,3CF_{2}H,4OMe) 
Ph(2Cl,3CF_{3},4iPr)  Ph(2Cl,3CF_{2}CF_{2}H,4F)  Ph(2Cl,3CF_{2}H,4OCF_{3}) 
Ph(2Cl,3CF_{2}H,4OCHF_{2})  Ph(2Cl,3OCF_{3},4cPr)  Ph(2Cl,3OCF_{2}CF_{2}H,4Br) 
Ph(2Cl,3CF_{2}H,4OCF_{2}CF_{2}H)  Ph(2Cl,3OCF_{3},4CF_{3})  Ph(2Cl,3OCF_{2}CF_{2}H,4I) 
Ph(2Cl,3CF_{2}H,4OC_{2}F_{5})  Ph(2Cl,3OCF_{3},4C_{2}F_{5})  Ph(2Cl,3OCF_{2}CF_{2}H,4Me) 
Ph(2Cl,3CF_{2}H,4SO_{2}Me)  Ph(2Cl,3OCF_{3},4CF_{2}CF_{2}H)  Ph(2Cl,3OCF_{2}CF_{2}H,4Et) 
Ph(2Cl,3CF_{2}H,4TMS)  Ph(2Cl,3OCF_{3},4CF_{2}H)  Ph(2Cl,3OCF_{2}CF_{2}H,4nPr) 
Ph(2Cl,3CF_{2}H,4CN)  Ph(2Cl,3OCF_{3},4OMe)  Ph(2Cl,3OCF_{2}CF_{2}H,4tBu) 
Ph(2Cl,3OMe,4Cl)  Ph(2Cl,3,4diOCF_{3})  Ph(2Cl,3OCF_{2}CF_{2}H,4iPr) 
Ph(2Cl,3OMe,4F)  Ph(2Cl,3OCF_{3},4OCHF_{2})  Ph(2Cl,3OCF_{2}CF_{2}H,4cPr) 
Ph(2Cl,3OMe,4Br)  Ph(2Cl,3OCF_{3},4OCF_{2}CF_{2}H)  Ph(2Cl,3OCF_{2}CF_{2}H,4CF_{3}) 
Ph(2Cl,3OMe,4I)  Ph(2Cl,3OCF_{3},4OC_{2}F_{5})  Ph(2Cl,3OCF_{2}CF_{2}H,4C_{2}F_{5}) 
Ph(2Cl,3OMe,4Me)  Ph(2Cl,3OCF_{3},4SO_{2}Me)  Ph(2Cl,3OCF_{2}CF_{2}H,4CF_{2}CF_{2}H) 
Ph(2Cl,3OMe,4Et)  Ph(2Cl,3OCF_{3},4TMS)  
Ph(2Cl,3OMe,4nPr)  Ph(2Cl,3OCF_{3},4CN)  Ph(2Cl,3OCF_{2}CF_{2}H,4CF_{2}H) 
Ph(2Cl,3OMe,4tBu)  Ph(2Cl,3OCHF_{2},4Cl)  Ph(2Cl,3OCF_{2}CF_{2}H,4OMe) 
Ph(2Cl,3OMe,4iPr)  Ph(2Cl,3OCHF_{2},4F)  Ph(2Cl,3OCF_{2}CF_{2}H,4OCF_{3}) 
Ph(2Cl,3OMe,4cPr)  Ph(2Cl,3OCHF_{2},4Br)  Ph(2Cl,3OCF_{2}CF_{2}H,4OCHF_{2}) 
Ph(2Cl,3OMe,4CF_{3})  Ph(2Cl,3OCHF_{2},4I)  Ph(2Cl,3,4diOCF_{2}CF_{2}H) 
Ph(2Cl,3OMe,4C_{2}F_{5})  Ph(2Cl,3OCHF_{2},4Me)  Ph(2Cl,3OCF_{2}CF_{2}H,4OC_{2}F_{5}) 
Ph(2Cl,3OMe,4CF_{2}CF_{2}H)  Ph(2Cl,3OCHF_{2},4Et)  Ph(2Cl,3OCF_{2}CF_{2}H,4SO_{2}Me) 
Ph(2Cl,3OMe,4CF_{2}H)  Ph(2Cl,3OCHF_{2},4nPr)  Ph(2Cl,3OCF_{2}CF_{2}H,4TMS) 
Ph(2Cl,3,4diOMe)  Ph(2Cl,3OCHF_{2},4tBu)  Ph(2Cl,3OCF_{2}CF_{2}H,4CN) 
Ph(2Cl,3OMe,4OCF_{3})  Ph(2Cl,3OCHF_{2},4iPr)  Ph(2Cl,3OC_{2}F_{5},4Cl) 
Ph(2Cl,3OMe,4OCHF_{2})  Ph(2Cl,3OCHF_{2},4cPr)  Ph(2Cl,3OC_{2}F_{5},4F) 
Ph(2Cl,3OMe,4OCF_{2}CF_{2}H)  Ph(2Cl,3OCHF_{2}CF_{3},4CF_{3})  Ph(2Cl,3OC_{2}F_{5},4Br) 
Ph(2Cl,3OMe,4OC_{2}F_{5})  Ph(2Cl,3OC_{2}F_{5},4C_{2}F_{5})  Ph(2Cl,3OC_{2}F_{5},4I) 
Ph(2Cl,3OMe,4SO_{2}Me)  Ph(2Cl,3OCHF_{2},4CF_{2}CF_{2}H)  Ph(2Cl,3OC_{2}F_{5},4Me) 
Ph(2Cl,3OMe,4TMS)  Ph(2Cl,3OCHF_{2},4CF_{2}H)  Ph(2Cl,3OC_{2}F_{5},4Et) 
Ph(2Cl,3OMe,4CN)  Ph(2Cl,3OCHF_{2},4OMe)  Ph(2Cl,3OC_{2}F_{5},4nPr) 
Ph(2Cl,3OCF_{3},4Cl)  Ph(2Cl,3OCHF_{2},4OCF_{3})  Ph(2Cl,3OC_{2}F_{5},4tBu) 
Ph(2Cl,3OCF_{3},4F)  Ph(2Cl,3,4diOCHF_{2})  Ph(2Cl,3OC_{2}F_{5},4iPr) 
Ph(2Cl,3OCF_{3},4Br)  Ph(2Cl,3OCHF_{2},4OCF_{2}CF_{2}H)  Ph(2Cl,3OC_{2}F_{5},4cPr) 
Ph(2Cl,3OCF_{3},4I)  Ph(2Cl,3OCHF_{2},4OC_{2}F_{5})  Ph(2Cl,3OC_{2}F_{5}CF_{3},4CF_{3}) 
Ph(2Cl,3OCF_{3},4Me)  Ph(2Cl,3OCHF_{2},4SO_{2}Me)  Ph(2Cl,3OC_{2}F_{5},4CF_{2}CF_{2}H) 
Ph(2Cl,3OCF_{3},4Et)  Ph(2Cl,3OCHF_{2},4TMS)  Ph(2Cl,3OC_{2}F_{5},4CF_{2}H) 
Ph(2Cl,3OCF_{3},4nPr)  Ph(2Cl,3OCHF_{2},4CN)  Ph(2Cl,3OC_{2}F_{5},4OMe) 
Ph(2Cl,3OCF_{3},4tBu)  Ph(2Cl,3OCF_{2}CF_{2}H,4Cl)  Ph(2Cl,3OC_{2}F_{5},4OCF_{3}) 
Ph(2Cl,3OCF_{3},4iPr)  Ph(2Cl,3OCF_{2}CF_{2}H,4F)  Ph(2Cl,3OC_{2}F_{5},4OCHF_{2}) 
Ph(2Cl,3OC_{2}F_{5},4OCF_{2}CF_{2}H)  Ph(2Cl,3TMS,4CF_{3})  Ph(2Cl,3Cl,5I) 
Ph(2Cl,3,4diOC_{2}F_{5})  Ph(2Cl,3TMS,4C_{2}F_{5})  Ph(2Cl,3Cl,5Me) 
Ph(2Cl,3OC_{2}F_{5},4SO_{2}Me)  Ph(2Cl,3TMS,4CF_{2}CF_{2}H)  Ph(2Cl,3Cl,5Et) 
Ph(2Cl,3OC_{2}F_{5},4TMS)  Ph(2Cl,3TMS,4CF_{2}H)  Ph(2Cl,3Cl,5nPr) 
Ph(2Cl,3OC_{2}F_{5},4CN)  Ph(2Cl,3TMS,4OMe)  Ph(2Cl,3Cl,5tBu) 
Ph(2Cl,3SO_{2}Me,4Cl)  Ph(2Cl,3TMS,4OCF_{3})  Ph(2Cl,3Cl,5iPr) 
Ph(2Cl,3SO_{2}Me,4F)  Ph(2Cl,3TMS,4OCHF_{2})  Ph(2Cl,3Cl,5cPr) 
Ph(2Cl,3SO_{2}Me,4Br)  Ph(2Cl,3TMS,4OCF_{2}CF_{2}H)  Ph(2Cl,3Cl,5CF_{3}) 
Ph(2Cl,3SO_{2}Me,4I)  Ph(2Cl,3TMS,4OC_{2}F_{5})  Ph(2Cl,3Cl,5C_{2}F_{5}) 
Ph(2Cl,3SO_{2}Me,4Me)  Ph(2Cl,3TMS,4SO_{2}Me)  Ph(2Cl,3Cl,5CF_{2}CF_{2}H) 
Ph(2Cl,3SO_{2}Me,4Et)  Ph(2Cl,3,4diTMS)  Ph(2Cl,3Cl,5CF_{2}H) 
Ph(2Cl,3SO_{2}Me,4nPr)  Ph(2Cl,3TMS,4CN)  Ph(2Cl,3Cl,5OMe) 
Ph(2Cl,3SO_{2}Me,4tBu)  Ph(2Cl,3CN,4Cl)  Ph(2Cl,3Cl,5OCF_{3}) 
Ph(2Cl,3SO_{2}Me,4iPr)  Ph(2Cl,3CN,4F)  Ph(2Cl,3Cl,5OCHF_{2}) 
Ph(2Cl,3SO_{2}Me,4cPr)  Ph(2Cl,3CN,4Br)  Ph(2Cl,3Cl,5OCF_{2}CF_{2}H) 
Ph(2Cl,3SO_{2}MeCF_{3},4CF_{3})  Ph(2Cl,3CN,4I)  Ph(2Cl,3Cl,5OC_{2}F_{5}) 
Ph(2Cl,3SO_{2}Me,4C_{2}F_{5})  Ph(2Cl,3CN,4Me)  Ph(2Cl,3Cl,5SO_{2}Me) 
Ph(2Cl,3SO_{2}Me,4CF_{2}CF_{2}H)  Ph(2Cl,3CN,4Et)  Ph(2Cl,3Cl,5TMS) 
Ph(2Cl,3SO_{2}Me,4CF_{2}H)  Ph(2Cl,3CN,4nPr)  Ph(2Cl,3Cl,5CN) 
Ph(2Cl,3SO_{2}Me,4OMe)  Ph(2Cl,3CN,4tBu)  Ph(2Cl,3F,5Cl) 
Ph(2Cl,3SO_{2}Me,4OCF_{3})  Ph(2Cl,3CN,4iPr)  Ph(2Cl,3,5diF) 
Ph(2Cl,3SO_{2}Me,4OCHF_{2})  Ph(2Cl,3CN,4cPr)  Ph(2Cl,3F,5Br) 
Ph(2Cl,3SO_{2}Me,4OCF_{2}CF_{2}H)  Ph(2Cl,3CN,4CF_{3})  Ph(2Cl,3F,5I) 
Ph(2Cl,3SO_{2}Me,4OC_{2}F_{5})  Ph(2Cl,3CN,4C_{2}F_{5})  Ph(2Cl,3F,5Me) 
Ph(2Cl,3,4diSO_{2}Me)  Ph(2Cl,3CN,4CF_{2}CF_{2}H)  Ph(2Cl,3F,5Et) 
Ph(2Cl,3SO_{2}Me,4TMS)  Ph(2Cl,3CN,4CF_{2}H)  Ph(2Cl,3F,5nPr) 
Ph(2Cl,3SO_{2}Me,4CN)  Ph(2Cl,3CN,4OMe)  Ph(2Cl,3F,5tBu) 
Ph(2Cl,3TMS,4Cl)  Ph(2Cl,3CN,4OCF_{3})  Ph(2Cl,3F,5iPr) 
Ph(2Cl,3TMS,4F)  Ph(2Cl,3CN,4OCHF_{2})  Ph(2Cl,3F,5cPr) 
Ph(2Cl,3TMS,4Br)  Ph(2Cl,3CN,4OCF_{2}CF_{2}H)  Ph(2Cl,3F,5CF_{3}) 
Ph(2Cl,3TMS,4I)  Ph(2Cl,3CN,4OC_{2}F_{5})  Ph(2Cl,3F,5C_{2}F_{5}) 
Ph(2Cl,3TMS,4Me)  Ph(2Cl,3CN,4SO_{2}Me)  Ph(2Cl,3F,5CF_{2}CF_{2}H) 
Ph(2Cl,3TMS,4Et)  Ph(2Cl,3CN,4TMS)  Ph(2Cl,3F,5CF_{2}H) 
Ph(2Cl,3TMS,4nPr)  Ph(2Cl,3,4diCN)  Ph(2Cl,3F,5OMe) 
Ph(2Cl,3TMS,4tBu)  Ph(2,3,5triCl)  Ph(2Cl,3F,5OCF_{3}) 
Ph(2Cl,3TMS,4iPr)  Ph(2Cl,3Cl,5F)  Ph(2Cl,3F,5OCHF_{2}) 
Ph(2Cl,3TMS,4cPr)  Ph(2Cl,3Cl,5Br)  Ph(2Cl,3F,5OCF_{2}CF_{2}H) 
Ph(2Cl,3F,5OC_{2}F_{5})  Ph(2Cl,3I,5C_{2}F_{5})  Ph(2Cl,3Et,5Me) 
Ph(2Cl,3F,5SO_{2}Me)  Ph(2Cl,3I,5CF_{2}CF_{2}H)  Ph(2Cl,3,5diEt) 
Ph(2Cl,3F,5TMS)  Ph(2Cl,3I,5CF_{2}H)  Ph(2Cl,3Et,5nPr) 
Ph(2Cl,3F,5CN)  Ph(2Cl,3I,5OMe)  Ph(2Cl,3Et,5tBu) 
Ph(2Cl,3Br,5Cl)  Ph(2Cl,3I,5OCF_{3})  Ph(2Cl,3Et,5iPr) 
Ph(2Cl,3Br,5F)  Ph(2Cl,3I,5OCHF_{2})  Ph(2Cl,3Et,5cPr) 
Ph(2Cl,3,5diBr)  Ph(2Cl,3I,5OCF_{2}CF_{2}H)  Ph(2Cl,3Et,5CF_{3}) 
Ph(2Cl,3Br,5I)  Ph(2Cl,3I,5OC_{2}F_{5})  Ph(2Cl,3Et,5C_{2}F_{5}) 
Ph(2Cl,3Br,5Me)  Ph(2Cl,3I,5SO_{2}Me)  Ph(2Cl,3Et,5CF_{2}CF_{2}H) 
Ph(2Cl,3Br,5Et)  Ph(2Cl,3I,5TMS)  Ph(2Cl,3Et,5CF_{2}H) 
Ph(2Cl,3Br,5nPr)  Ph(2Cl,3I,5CN)  Ph(2Cl,3Et,5OMe) 
Ph(2Cl,3Br,5tBu)  Ph(2Cl,3Me,5Cl)  Ph(2Cl,3Et,5OCF_{3}) 
Ph(2Cl,3Br,5iPr)  Ph(2Cl,3Me,5F)  Ph(2Cl,3Et,5OCHF_{2}) 
Ph(2Cl,3Br,5cPr)  Ph(2Cl,3Me,5Br)  Ph(2Cl,3Et,5OCF_{2}CF_{2}H) 
Ph(2Cl,3Br,5CF_{3})  Ph(2Cl,3Me,5I)  Ph(2Cl,3Et,5OC_{2}F_{5}) 
Ph(2Cl,3Br,5C_{2}F_{5})  Ph(2Cl,3,5diMe)  Ph(2Cl,3Et,5SO_{2}Me) 
Ph(2Cl,3Br,5CF_{2}CF_{2}H)  Ph(2Cl,3Me,5Et)  Ph(2Cl,3Et,5TMS) 
Ph(2Cl,3Br,5CF_{2}H)  Ph(2Cl,3Me,5nPr)  Ph(2Cl,3Et,5CN) 
Ph(2Cl,3Br,5OMe)  Ph(2Cl,3Me,5tBu)  Ph(2Cl,3nPr,SCl) 
Ph(2Cl,3Br,5OCF_{3})  Ph(2Cl,3Me,5iPr)  Ph(2Cl,3nPr,5F) 
Ph(2Cl,3Br,5OCHF_{2})  Ph(2Cl,3Me,5cPr)  Ph(2Cl,3nPr,5Br) 
Ph(2Cl,3Br,5OCF_{2}CF_{2}H)  Ph(2Cl,3Me,5CF_{3})  Ph(2Cl,3nPr,5I) 
Ph(2Cl,3Br,5OC_{2}F_{5})  Ph(2Cl,3Me,5C_{2}F_{5})  Ph(2Cl,3nPr,5Me) 
Ph(2Cl,3Br,5SO_{2}Me)  Ph(2Cl,3Me,5CF_{2}CF_{2}H)  Ph(2Cl,3nPr,5Et) 
Ph(2Cl,3Br,5TMS)  Ph(2Cl,3Me,5CF_{2}H)  Ph(2Cl,3,5dinPr) 
Ph(2Cl,3Br,5CN)  Ph(2Cl,3Me,5OMe)  Ph(2Cl,3nPr,5tBu) 
Ph(2Cl,3I,5Cl)  Ph(2Cl,3Me,5OCF_{3})  Ph(2Cl,3nPr,5iPr) 
Ph(2Cl,3I,5F)  Ph(2Cl,3Me,5OCHF_{2})  Ph(2Cl,3nPr,5cPr) 
Ph(2Cl,3I,5Br)  Ph(2Cl,3Me,5OCF_{2}CF_{2}H)  Ph(2Cl,3nPr,5CF_{3}) 
Ph(2Cl,3,5diI)  Ph(2Cl,3Me,5OC_{2}F_{5})  Ph(2Cl,3nPr,5C_{2}F_{5}) 
Ph(2Cl,3I,5Me)  Ph(2Cl,3Me,5SO_{2}Me)  Ph(2Cl,3nPr,5CF_{2}CF_{2}H) 
Ph(2Cl,3I,5Et)  Ph(2Cl,3Me,5TMS)  Ph(2Cl,3nPr,5CF_{2}H) 
Ph(2Cl,3I,5nPr)  Ph(2Cl,3Me,5CN)  Ph(2Cl,3nPr,5OMe) 
Ph(2Cl,3I,5tBu)  Ph(2Cl,3Et,5Cl)  Ph(2Cl,3nPr,5OCF_{3}) 
Ph(2Cl,3I,5iPr)  Ph(2Cl,3Et,5F)  Ph(2Cl,3nPr,5OCHF_{2}) 
Ph(2Cl,3I,5cPr)  Ph(2Cl,3Et,5Br)  Ph(2Cl,3nPr,SOCF_{2}CF_{2}H) 
Ph(2Cl,3I,5CF_{3})  Ph(2Cl,3Et,5I)  Ph(2Cl,3nPr,5OC_{2}F_{5}) 
Ph(2Cl,3nPr,5SO_{2}Me)  Ph(2Cl,3iPr,5CF_{2}CF_{2}H)  Ph(2Cl,3CF_{3},5Et) 
Ph(2Cl,3nPr,5TMS)  Ph(2Cl,3iPr,5CF_{2}H)  Ph(2Cl,3CF_{3},5nPr) 
Ph(2Cl,3nPr,5CN)  Ph(2Cl,3iPr,5OMe)  Ph(2Cl,3CF_{3},5tBu) 
Ph(2Cl,3tBu,5Cl)  Ph(2Cl,3iPr,5OCF_{3})  Ph(2Cl,3CF_{3},5iPr) 
Ph(2Cl,3tBu,5F)  Ph(2Cl,3iPr,5OCHF_{2})  Ph(2Cl,3CF_{3},5cPr) 
Ph(2Cl,3tBu,5Br)  Ph(2Cl,3iPr,5OCF_{2}CF_{2}H)  Ph(2Cl,3,5diCF_{3}) 
Ph(2Cl,3tBu,5I)  Ph(2Cl,3iPr,5OC_{2}F_{5})  Ph(2Cl,3CF_{3},5C_{2}F_{5}) 
Ph(2Cl,3tBu,5Me)  Ph(2Cl,3iPr,5SO_{2}Me)  Ph(2Cl,3CF_{3},5CF_{2}CF_{2}H) 
Ph(2Cl,3tBu,5Et)  Ph(2Cl,3iPr,5TMS)  Ph(2Cl,3CF_{3},5CF_{2}H) 
Ph(2Cl,3tBu,5nPr)  Ph(2Cl,3iPr,5CN)  Ph(2Cl,3CF_{3},5OMe) 
Ph(2Cl,3,5ditBu)  Ph(2Cl,3cPr,5Cl)  Ph(2Cl,3CF_{3},5OCF_{3}) 
Ph(2Cl,3tBu,5iPr)  Ph(2Cl,3cPr,5F)  Ph(2Cl,3CF_{3},5OCHF_{2}) 
Ph(2Cl,3tBu,5cPr)  Ph(2Cl,3cPr,5Br)  Ph(2Cl,3CF_{3},5OCF_{2}CF_{2}H) 
Ph(2Cl,3tBu,5CF_{3})  Ph(2Cl,3cPr,5I)  Ph(2Cl,3CF_{3},5OC_{2}F_{5}) 
Ph(2Cl,3tBu,5C_{2}F_{5})  Ph(2Cl,3cPr,5Me)  Ph(2Cl,3CF_{3},5SO_{2}Me) 
Ph(2Cl,3tBu,5CF_{2}CF_{2}H)  Ph(2Cl,3cPr,5Et)  Ph(2Cl,3CF_{3},5TMS) 
Ph(2Cl,3tBu,5CF_{2}H)  Ph(2Cl,3cPr,5nPr)  Ph(2Cl,3CF_{3},5CN) 
Ph(2Cl,3tBu,5OMe)  Ph(2Cl,3cPr,5tBu)  Ph(2Cl,3C_{2}F_{5},5Cl) 
Ph(2Cl,3tBu,5OCF_{3})  Ph(2Cl,3cPr,5iPr)  Ph(2Cl,3C_{2}F_{5},5F) 
Ph(2Cl,3tBu,5OCHF_{2})  Ph(2Cl,3,5dicPr)  Ph(2Cl,3C_{2}F_{5},5Br) 
Ph(2Cl,3tBu,5OCF_{2}CF_{2}H)  Ph(2Cl,3cPr,5CF_{3})  Ph(2Cl,3C_{2}F_{5},5I) 
Ph(2Cl,3tBu,5OC_{2}F_{5})  Ph(2Cl,3cPr,5C_{2}F_{5})  Ph(2Cl,3C_{2}F_{5},5Me) 
Ph(2Cl,3tBu,5SO_{2}Me)  Ph(2Cl,3cPr,5CF_{2}CF_{2}H)  Ph(2Cl,3C_{2}F_{5},5Et) 
Ph(2Cl,3tBu,5TMS)  Ph(2Cl,3cPr,5CF_{2}H)  Ph(2Cl,3C_{2}F_{5},5nPr) 
Ph(2Cl,3tBu,5CN)  Ph(2Cl,3cPr,5OMe)  Ph(2Cl,3C_{2}F_{5},5tBu) 
Ph(2Cl,3iPr,5Cl)  Ph(2Cl,3cPr,5OCF_{3})  Ph(2Cl,3C_{2}F_{5},5iPr) 
Ph(2Cl,3iPr,5F)  Ph(2Cl,3cPr,5OCHF_{2})  Ph(2Cl,3C_{2}F_{5},5cPr) 
Ph(2Cl,3iPr,5Br)  Ph(2Cl,3cPr,5OCF_{2}CF_{2}H)  Ph(2Cl,3C_{2}F_{5}CF_{3},5CF_{3}) 
Ph(2Cl,3iPr,5I)  Ph(2Cl,3cPr,5OC_{2}F_{5})  Ph(2Cl,3,5diC_{2}F_{5}) 
Ph(2Cl,3iPr,5Me)  Ph(2Cl,3cPr,5SO_{2}Me)  Ph(2Cl,3C_{2}F_{5},5CF_{2}CF_{2}H) 
Ph(2Cl,3iPr,5Et)  Ph(2Cl,3cPr,5TMS)  Ph(2Cl,3C_{2}F_{5},5CF_{2}H) 
Ph(2Cl,3iPr,5nPr)  Ph(2Cl,3cPr,5CN)  Ph(2Cl,3C_{2}F_{5},5OMe) 
Ph(2Cl,3iPr,5tBu)  Ph(2Cl,3CF_{3},5Cl)  Ph(2Cl,3C_{2}F_{5},5OCF_{3}) 
Ph(2Cl,3,5diiPr)  Ph(2Cl,3CF_{3},5F)  Ph(2Cl,3C_{2}F_{5},5OCHF_{2}) 
Ph(2Cl,3iPr,5cPr)  Ph(2Cl,3CF_{3},5Br)  Ph(2Cl,3C_{2}F_{5},5OCF_{2}CF_{2}H) 
Ph(2Cl,3iPr,5CF_{3})  Ph(2Cl,3CF_{3},5I)  Ph(2Cl,3C_{2}F_{5},5OC_{2}F_{5}) 
Ph(2Cl,3iPr,5C_{2}F_{5})  Ph(2Cl,3CF_{3},5Me)  Ph(2Cl,3C_{2}F_{5},5SO_{2}Me) 
Ph(2Cl,3C_{2}F_{5},5TMS)  Ph(2Cl,3CF_{2}H,5CF_{2}CF_{2}H)  Ph(2Cl,3OCF_{3},5Et) 
Ph(2Cl,3C_{2}F_{5},5CN)  Ph(2Cl,3,5diCF_{2}H)  Ph(2Cl,3OCF_{3},5nPr) 
Ph(2Cl,3CF_{2}CF_{2}H,5Cl)  Ph(2Cl,3CF_{2}H,5OMe)  Ph(2Cl,3OCF_{3},5tBu) 
Ph(2Cl,3CF_{2}CF_{2}H,5F)  Ph(2Cl,3CF_{2}H,5OCF_{3})  Ph(2Cl,3OCF_{3},5iPr) 
Ph(2Cl,3CF_{2}CF_{2}H,5Br)  Ph(2Cl,3CF_{2}H,5OCHF_{2})  Ph(2Cl,3OCF_{3},5cPr) 
Ph(2Cl,3CF_{2}CF_{2}H,5I)  Ph(2Cl,3CF_{2}H,5OCF_{2}CF_{2}H)  Ph(2Cl,3OCF_{3},5CF_{3}) 
Ph(2Cl,3CF_{2}CF_{2}H,5Me)  Ph(2Cl,3CF_{2}H,5OC_{2}F_{5})  Ph(2Cl,3OCF_{3},5C_{2}F_{5}) 
Ph(2Cl,3CF_{2}CF_{2}H,5Et)  Ph(2Cl,3CF_{2}H,5SO_{2}Me)  Ph(2Cl,3OCF_{3},5CF_{2}CF_{2}H) 
Ph(2Cl,3CF_{2}CF_{2}H,5nPr)  Ph(2Cl,3CF_{2}H,5TMS)  Ph(2Cl,3OCF_{3},5CF_{2}H) 
Ph(2Cl,3CF_{2}CF_{2}H,5tBu)  Ph(2Cl,3CF_{2}H,5CN)  Ph(2Cl,3OCF_{3},5OMe) 
Ph(2Cl,3CF_{2}CF_{2}H,5iPr)  Ph(2Cl,3OMe,5Cl)  Ph(2Cl,3,5diOCF_{3}) 
Ph(2Cl,3CF_{2}CF_{2}H,5cPr)  Ph(2Cl,3OMe,5F)  Ph(2Cl,3OCF_{3},5OCHF_{2}) 
Ph(2Cl,3CF_{2}CF_{2}H,5CF_{3})  Ph(2Cl,3OMe,5Br)  Ph(2Cl,3OCF_{3},5OCF_{2}CF_{2}H) 
Ph(2Cl,3CF_{2}CF_{2}H,5C_{2}F_{5})  Ph(2Cl,3OMe,5I)  Ph(2Cl,3OCF_{3},5OC_{2}F_{5}) 
Ph(2Cl,3,5diCF_{2}CF_{2}H)  Ph(2Cl,3OMe,5Me)  Ph(2Cl,3OCF_{3},5SO_{2}Me) 
Ph(2Cl,3CF_{2}CF_{2}H,5CF_{2}H)  Ph(2Cl,3OMe,5Et)  Ph(2Cl,3OCF_{3},5TMS) 
Ph(2Cl,3CF_{2}CF_{2}H,5OMe)  Ph(2Cl,3OMe,5nPr)  Ph(2Cl,3OCF_{3},5CN) 
Ph(2Cl,3CF_{2}CF_{2}H,5OCF_{3})  Ph(2Cl,3OMe,5tBu)  Ph(2Cl,3OCHF_{2},5Cl) 
Ph(2Cl,3CF_{2}CF_{2}H,5OCHF_{2})  Ph(2Cl,3OMe,5iPr)  Ph(2Cl,3OCHF_{2},5F) 
Ph(2Cl,3CF_{2}CF_{2}H,5OCF_{2}CF_{2}H)  Ph(2Cl,3OMe,5cPr)  Ph(2Cl,3OCHF_{2},5Br) 
Ph(2Cl,3OMe,5CF_{3})  Ph(2Cl,3OCHF_{2},5I)  
Ph(2Cl,3CF_{2}CF_{2}H,5OC_{2}F_{5})  Ph(2Cl,3OMe,5C_{2}F_{5})  Ph(2Cl,3OCHF_{2},5Me) 
Ph(2Cl,3CF_{2}CF_{2}H,5SO_{2}Me)  Ph(2Cl,3OMe,5CF_{2}CF_{2}H)  Ph(2Cl,3OCHF_{2},5Et) 
Ph(2Cl,3CF_{2}CF_{2}H,5TMS)  Ph(2Cl,3OMe,5CF_{2}H)  Ph(2Cl,3OCHF_{2},5nPr) 
Ph(2Cl,3CF_{2}CF_{2}H,5CN)  Ph(2Cl,3,5diOMe)  Ph(2Cl,3OCHF_{2},5tBu) 
Ph(2Cl,3CF_{2}H,5Cl)  Ph(2Cl,3OMe,5OCF_{3})  Ph(2Cl,3OCHF_{2},5iPr) 
Ph(2Cl,3CF_{2}H,5F)  Ph(2Cl,3OMe,5OCHF_{2})  Ph(2Cl,3OCHF_{2},5cPr) 
Ph(2Cl,3CF_{2}H,5Br)  Ph(2Cl,3OMe,5OCF_{2}CF_{2}H)  Ph(2Cl,3OCHF_{2}CF_{3},5CF_{3}) 
Ph(2Cl,3CF_{2}H,5I)  Ph(2Cl,3OMe,5OC_{2}F_{5})  Ph(2Cl,3OC_{2}F_{5},5C_{2}F_{5}) 
Ph(2Cl,3CF_{2}H,5Me)  Ph(2Cl,3OMe,5SO_{2}Me)  Ph(2Cl,3OCHF_{2},5CF_{2}CF_{2}H) 
Ph(2Cl,3CF_{2}H,5Et)  Ph(2Cl,3OMe,5TMS)  Ph(2Cl,3OCHF_{2},5CF_{2}H) 
Ph(2Cl,3CF_{2}H,5nPr)  Ph(2Cl,3OMe,5CN)  Ph(2Cl,3OCHF_{2},5OMe) 
Ph(2Cl,3CF_{2}H,5tBu)  Ph(2Cl,3OCF_{3},5Cl)  Ph(2Cl,3OCHF_{2},5OCF_{3}) 
Ph(2Cl,3CF_{2}H,5iPr)  Ph(2Cl,3OCF_{3},5F)  Ph(2Cl,3,5diOCHF_{2}) 
Ph(2Cl,3CF_{2}H,5cPr)  Ph(2Cl,3OCF_{3},5Br)  Ph(2Cl,3OCHF_{2},5OCF_{2}CF_{2}H) 
Ph(2Cl,3CF_{2}H,5CF_{3})  Ph(2Cl,3OCF_{3},5I)  Ph(2Cl,3OCHF_{2},5OC_{2}F_{5}) 
Ph(2Cl,3CF_{2}H,5C_{2}F_{5})  Ph(2Cl,3OCF_{3},5Me)  Ph(2Cl,3OCHF_{2},5SO_{2}Me) 
Ph(2Cl,3OCHF_{2},5TMS)  Ph(2Cl,3OC_{2}F_{5},5CF_{2}H)  Ph(2Cl,3TMS,5nPr) 
Ph(2Cl,3OCHF_{2},5CN)  Ph(2Cl,3OC_{2}F_{5},5OMe)  Ph(2Cl,3TMS,5tBu) 
Ph(2Cl,3OCF_{2}CF_{2}H,5Cl)  Ph(2Cl,3OC_{2}F_{5},5OCF_{3})  Ph(2Cl,3TMS,5iPr) 
Ph(2Cl,3OCF_{2}CF_{2}H,5F)  Ph(2Cl,3OC_{2}F_{5},5OCHF_{2})  Ph(2Cl,3TMS,5cPr) 
Ph(2Cl,3OCF_{2}CF_{2}H,5Br)  Ph(2Cl,3OC_{2}F_{5},5OCF_{2}CF_{2}H)  Ph(2Cl,3TMS,5CF_{3}) 
Ph(2Cl,3OCF_{2}CF_{2}H,5I)  Ph(2Cl,3,5diOC_{2}F_{5})  Ph(2Cl,3TMS,5C_{2}F_{5}) 
Ph(2Cl,3OCF_{2}CF_{2}H,5Me)  Ph(2Cl,3OC_{2}F_{5},5SO_{2}Me)  Ph(2Cl,3TMS,5CF_{2}CF_{2}H) 
Ph(2Cl,3OCF_{2}CF_{2}H,5Et)  Ph(2Cl,3OC_{2}F_{5},5TMS)  Ph(2Cl,3TMS,5CF_{2}H) 
Ph(2Cl,3OCF_{2}CF_{2}H,5nPr)  Ph(2Cl,3OC_{2}F_{5},5CN)  Ph(2Cl,3TMS,5OMe) 
Ph(2Cl,3OCF_{2}CF_{2}H,5tBu)  Ph(2Cl,3SO_{2}Me,5Cl)  Ph(2Cl,3TMS,5OCF_{3}) 
Ph(2Cl,3OCF_{2}CF_{2}H,5iPr)  Ph(2Cl,3SO_{2}Me,5F)  Ph(2Cl,3TMS,5OCHF_{2}) 
Ph(2Cl,3OCF_{2}CF_{2}H,5cPr)  Ph(2Cl,3SO_{2}Me,5Br)  Ph(2Cl,3TMS,5OCF_{2}CF_{2}H) 
Ph(2Cl,3OCF_{2}CF_{2}H,5CF_{3})  Ph(2Cl,3SO_{2}Me,5I)  Ph(2Cl,3TMS,5OC_{2}F_{5}) 
Ph(2Cl,3OCF_{2}CF_{2}H,5C_{2}F_{5})  Ph(2Cl,3SO_{2}Me,5Me)  Ph(2Cl,3TMS,5SO_{2}Me) 
Ph(2Cl,3OCF_{2}CF_{2}H,5CF_{2}CF_{2}H)  Ph(2Cl,3SO_{2}Me,5Et)  Ph(2Cl,3,5diTMS) 
Ph(2Cl,3SO_{2}Me,5nPr)  Ph(2Cl,3TMS,5CN)  
Ph(2Cl,3OCF_{2}CF_{2}H,5CF_{2}H)  Ph(2Cl,3SO_{2}Me,5tBu)  Ph(2Cl,3CN,5Cl) 
Ph(2Cl,3OCF_{2}CF_{2}H,5OMe)  Ph(2Cl,3SO_{2}Me,5iPr)  Ph(2Cl,3CN,5F) 
Ph(2Cl,3OCF_{2}CF_{2}H,5OCF_{3})  Ph(2Cl,3SO_{2}Me,5cPr)  Ph(2Cl,3CN,5Br) 
Ph(2Cl,3OCF_{2}CF_{2}H,5OCHF_{2})  Ph(2Cl,3SO_{2}MeCF_{3},5CF_{3})  Ph(2Cl,3CN,5I) 
Ph(2Cl,3,5diOCF_{2}CF_{2}H)  Ph(2Cl,3SO_{2}Me,5C_{2}F_{5})  Ph(2Cl,3CN,5Me) 
Ph(2Cl,3OCF_{2}CF_{2}H,5OC_{2}F_{5})  Ph(2Cl,3SO_{2}Me,5CF_{2}CF_{2}H)  Ph(2Cl,3CN,5Et) 
Ph(2Cl,3OCF_{2}CF_{2}H,5SO_{2}Me)  Ph(2Cl,3SO_{2}Me,5CF_{2}H)  Ph(2Cl,3CN,5nPr) 
Ph(2Cl,3OCF_{2}CF_{2}H,5TMS)  Ph(2Cl,3SO_{2}Me,5OMe)  Ph(2Cl,3CN,5tBu) 
Ph(2Cl,3OCF_{2}CF_{2}H,5CN)  Ph(2Cl,3SO_{2}Me,5OCF_{3})  Ph(2Cl,3CN,5iPr) 
Ph(2Cl,3OC_{2}F_{5},5Cl)  Ph(2Cl,3SO_{2}Me,5OCHF_{2})  Ph(2Cl,3CN,5cPr) 
Ph(2Cl,3OC_{2}F_{5},5F)  Ph(2Cl,3SO_{2}Me,5OCF_{2}CF_{2}H)  Ph(2Cl,3CN,5CF_{3}) 
Ph(2Cl,3OC_{2}F_{5},5Br)  Ph(2Cl3SO_{2}Me,5OC_{2}F_{5})  Ph(2Cl,3CN,5C_{2}F_{5}) 
Ph(2Cl,3OC_{2}F_{5},5I)  Ph(2Cl,3,5diSO_{2}Me)  Ph(2Cl,3CN,5CF_{2}CF_{2}H) 
Ph(2Cl,3OC_{2}F_{5},5Me)  Ph(2Cl,3SO_{2}Me,5TMS)  Ph(2Cl,3CN,5CF_{2}H) 
Ph(2Cl,3OC_{2}F_{5},5Et)  Ph(2Cl,3SO_{2}Me,5CN)  Ph(2Cl,3CN,5OMe) 
Ph(2Cl,3OC_{2}F_{5},5nPr)  Ph(2Cl,3TMS,5Cl)  Ph(2Cl,3CN,5OCF_{3}) 
Ph(2Cl,3OC_{2}F_{5},5tBu)  Ph(2Cl,3TMS,5F)  Ph(2Cl,3CN,5OCHF_{2}) 
Ph(2Cl,3OC_{2}F_{5},5iPr)  Ph(2Cl,3TMS,5Br)  Ph(2Cl,3CN,5OCF_{2}CF_{2}H) 
Ph(2Cl,3OC_{2}F_{5},5cPr)  Ph(2Cl,3TMS,5I)  Ph(2Cl,3CN,5OC_{2}F_{5}) 
Ph(2Cl,3OC_{2}F_{5}CF_{3},5CF_{3})  Ph(2Cl,3TMS,5Me)  Ph(2Cl,3CN,5SO_{2}Me) 
Ph(2Cl,3OC_{2}F_{5},5CF_{2}CF_{2}H)  Ph(2Cl,3TMS,5Et)  Ph(2Cl,3CN,5TMS) 
Ph(2Cl,3,5diCN)  Ph(2Cl,4F,5OMe)  Ph(2Cl,4I,5tBu) 
Ph(2,4,5triCl)  Ph(2Cl,4F,5OCF_{3})  Ph(2Cl,4I,5iPr) 
Ph(2Cl,4Cl,5F)  Ph(2Cl,4F,5OCHF_{2})  Ph(2Cl,4I,5cPr) 
Ph(2Cl,4Cl,5Br)  Ph(2Cl,4F,5OCF_{2}CF_{2}H)  Ph(2Cl,4I,5CF_{3}) 
Ph(2Cl,4Cl,51)  Ph(2Cl,4F,5OC_{2}F_{5})  Ph(2Cl,4I,5C_{2}F_{5}) 
Ph(2Cl,4Cl,5Me)  Ph(2Cl,4F,5SO_{2}Me)  Ph(2Cl,4I,5CF_{2}CF_{2}H) 
Ph(2Cl,4Cl,5Et)  Ph(2Cl,4F,5TMS)  Ph(2Cl,4I,5CF_{2}H) 
Ph(2Cl,4Cl,5nPr)  Ph(2Cl,4F,5CN)  Ph(2Cl,4I,5OMe) 
Ph(2Cl,4Cl,5tBu)  Ph(2Cl,4Br,5Cl)  Ph(2Cl,4I,5OCF_{3}) 
Ph(2Cl,4Cl,5iPr)  Ph(2Cl,4Br,5F)  Ph(2Cl,4I,5OCHF_{2}) 
Ph(2Cl,4Cl,5cPr)  Ph(2Cl,4,5diBr)  Ph(2Cl,4I,5OCF_{2}CF_{2}H) 
Ph(2Cl,4Cl,5CF_{3})  Ph(2Cl,4Br,5I)  Ph(2Cl,4I,5OC_{2}F_{5}) 
Ph(2Cl,4Cl,5C_{2}F_{5})  Ph(2Cl,4Br,5Me)  Ph(2Cl,4I,5SO_{2}Me) 
Ph(2Cl,4Cl,5CF_{2}CF_{2}H)  Ph(2Cl,4Br,5Et)  Ph(2Cl,4I,5TMS) 
Ph(2Cl,4Cl,5CF_{2}H)  Ph(2Cl,4Br,5nPr)  Ph(2Cl,4I,5CN) 
Ph(2Cl,4Cl,5OMe)  Ph(2Cl,4Br,5tBu)  Ph(2Cl,4Me,5Cl) 
Ph(2Cl,4Cl,5OCF_{3})  Ph(2Cl,4Br,5iPr)  Ph(2Cl,4Me,5F) 
Ph(2Cl,4Cl,5OCHF_{2})  Ph(2Cl,4Br,5cPr)  Ph(2Cl,4Me,5Br) 
Ph(2Cl,4Cl,5OCF_{2}CF_{2}H)  Ph(2Cl,4Br,5CF_{3})  Ph(2Cl,4Me,5I) 
Ph(2Cl,4Cl,5OC_{2}F_{5})  Ph(2Cl,4Br,5C_{2}F_{5})  Ph(2Cl,4,5diMe) 
Ph(2Cl,4Cl,5SO_{2}Me)  Ph(2Cl,4Br,5CF_{2}CF_{2}H)  Ph(2Cl,4Me,5Et) 
Ph(2Cl,4Cl,5TMS)  Ph(2Cl,4Br,5CF_{2}H)  Ph(2Cl,4Me,5nPr) 
Ph(2Cl,4Cl,5CN)  Ph(2Cl,4Br,5OMe)  Ph(2Cl,4Me,5tBu) 
Ph(2Cl,4F,5Cl)  Ph(2Cl,4Br,5OCF_{3})  Ph(2Cl,4Me,5iPr) 
Ph(2Cl,4,5diF)  Ph(2Cl,4Br,5OCHF_{2})  Ph(2Cl,4Me,5cPr) 
Ph(2Cl,4F,5Br)  Ph(2Cl,4Br,5OCF_{2}CF_{2}H)  Ph(2Cl,4Me,5CF_{3}) 
Ph(2Cl,4F,5I)  Ph(2Cl,4Br,5OC_{2}F_{5})  Ph(2Cl,4Me,5C_{2}F_{5}) 
Ph(2Cl,4F,5Me)  Ph(2Cl,4Br,5SO_{2}Me)  Ph(2Cl,4Me,5CF_{2}CF_{2}H) 
Ph(2Cl,4F,5Et)  Ph(2Cl,4Br,5TMS)  Ph(2Cl,4Me,5CF_{2}H) 
Ph(2Cl,4F,5nPr)  Ph(2Cl,4Br,5CN)  Ph(2Cl,4Me,5OMe) 
Ph(2Cl,4F,5tBu)  Ph(2Cl,4I,5Cl)  Ph(2Cl,4Me,5OCF_{3}) 
Ph(2Cl,4F,5iPr)  Ph(2Cl,4I,5F)  Ph(2Cl,4Me,5OCHF_{2}) 
Ph(2Cl,4F,5cPr)  Ph(2Cl,4I,5Br)  Ph(2Cl,4Me,5OCF_{2}CF_{2}H) 
Ph(2Cl,4F,5CF_{3})  Ph(2Cl,4,5diI)  Ph(2Cl,4Me,5OC_{2}F_{5}) 
Ph(2Cl,4F,5C_{2}F_{5})  Ph(2Cl,4I,5Me)  Ph(2Cl,4Me,5SO_{2}Me) 
Ph(2Cl,4F,5CF_{2}CF_{2}H)  Ph(2Cl,4I,5Et)  Ph(2Cl,4Me,5TMS) 
Ph(2Cl,4F,5CF_{2}H)  Ph(2Cl,41,5nPr)  Ph(2Cl,4Me,5CN) 
Ph(2Cl,4Et,5Cl)  Ph(2Cl,4nPr,5OCF_{3})  Ph(2CI,4,5diiPr) 
Ph(2Cl,4Et,5F)  Ph(2Cl,4nPr,5OCHF_{2})  Ph(2Cl,4iPr,5cPr) 
Ph(2Cl,4Et,5Br)  Ph(2Cl,4nPr,5OCF_{2}CF_{2}H)  Ph(2Cl,4iPr,5CF_{3}) 
Ph(2Cl,4Et,5I)  Ph(2Cl,4nPr,5OC_{2}F_{5})  Ph(2Cl,4iPr,5C_{2}F_{5}) 
Ph(2Cl,4Et,5Me)  Ph(2Cl,4nPr,5SO_{2}Me)  Ph(2Cl,4iPr,5CF_{2}CF_{2}H) 
Ph(2Cl,4,5diEt)  Ph(2Cl,4nPr,5TMS)  Ph(2Cl,4iPr,5CF_{2}H) 
Ph(2Cl,4Et,5nPr)  Ph(2Cl,4nPr,5CN)  Ph(2Cl,4iPr,5OMe) 
Ph(2Cl,4Et,5tBu)  Ph(2Cl,4tBu,5Cl)  Ph(2Cl,4iPr,5OCF_{3}) 
Ph(2Cl,4Et,5iPr)  Ph(2Cl,4tBu,5F)  Ph(2Cl,4iPr,5OCHF_{2}) 
Ph(2Cl,4Et,5cPr)  Ph(2Cl,4tBu,5Br)  Ph(2Cl,4iPr,5OCF_{2}CF_{2}H) 
Ph(2Cl,4Et,5CF_{3})  Ph(2Cl,4tBu,5I)  Ph(2Cl,4iPr,5OC_{2}F_{5}) 
Ph(2Cl,4Et,5C_{2}F_{5})  Ph(2Cl,4tBu,5Me)  Ph(2Cl,4iPr,5SO_{2}Me) 
Ph(2Cl,4Et,5CF_{2}CF_{2}H)  Ph(2Cl,4tBu,5Et)  Ph(2Cl,4iPr,5TMS) 
Ph(2Cl,4Et,5CF_{2}H)  Ph(2Cl,4tBu,5nPr)  Ph(2Cl,4iPr,5CN) 
Ph(2Cl,4Et,5OMe)  Ph(2Cl,4,5ditBu)  Ph(2Cl,4cPr,5Cl) 
Ph(2Cl,4Et,5OCF_{3})  Ph(2Cl,4tBu,5iPr)  Ph(2Cl,4cPr,5F) 
Ph(2Cl,4Et,5OCHF_{2})  Ph(2Cl,4tBu,5cPr)  Ph(2Cl,4cPr,5Br) 
Ph(2Cl,4Et,5OCF_{2}CF_{2}H)  Ph(2Cl,4tBu,5CF_{3})  Ph(2Cl,4cPr,5I) 
Ph(2Cl,4Et,5OC_{2}F_{5})  Ph(2Cl,4tBu,5C_{2}F_{5})  Ph(2Cl,4cPr,5Me) 
Ph(2Cl,4Et,5SO_{2}Me)  Ph(2Cl,4tBu,5CF_{2}CF_{2}H)  Ph(2Cl,4cPr,5Et) 
Ph(2Cl,4Et,5TMS)  Ph(2Cl,4tBu,5CF_{2}H)  Ph(2Cl,4cPr,5nPr) 
Ph(2Cl,4Et,5CN)  Ph(2Cl,4tBu,5OMe)  Ph(2Cl,4cPr,5tBu) 
Ph(2Cl,4nPr,5Cl)  Ph(2Cl,4tBu,5OCF_{3})  Ph(2Cl,4cPr,5iPr) 
Ph(2Cl,4nPr,5F)  Ph(2Cl,4tBu,5OCHF_{2})  Ph(2Cl,4,5dicPr) 
Ph(2Cl,4nPr,5Br)  Ph(2Cl,4tBu,5OCF_{2}CF_{2}H)  Ph(2Cl,4cPr,5CF_{3}) 
Ph(2Cl,4nPr,5I)  Ph(2Cl,4tBu,5OC_{2}F_{5})  Ph(2Cl,4cPr,5C_{2}F_{5}) 
Ph(2Cl,4nPr,5Me)  Ph(2Cl,4tBu,5SO_{2}Me)  Ph(2Cl,4cPr,5CF_{2}CF_{2}H) 
Ph(2Cl,4nPr,5Et)  Ph(2Cl,4tBu,5TMS)  Ph(2Cl,4cPr,5CF_{2}H) 
Ph(2Cl,4,5dinPr)  Ph(2Cl,4tBu,5CN)  Ph(2Cl,4cPr,5OMe) 
Ph(2Cl,4nPr,5tBu)  Ph(2Cl,4iPr,5Cl)  Ph(2Cl,4cPr,5OCF_{3}) 
Ph(2Cl,4nPr,5iPr)  Ph(2Cl,4iPr,5F)  Ph(2Cl,4cPr,5OCHF_{2}) 
Ph(2Cl,4nPr,5cPr)  Ph(2Cl,4iPr,5Br)  Ph(2Cl,4cPr,5OCF_{2}CF_{2}H) 
Ph(2Cl,4nPr,5CF_{3})  Ph(2Cl,4iPr,5I)  Ph(2Cl,4cPr,5OC_{2}F_{5}) 
Ph(2Cl,4nPr,5C_{2}F_{5})  Ph(2Cl,4iPr,5Me)  Ph(2Cl,4cPr,5SO_{2}Me) 
Ph(2Cl,4nPr,5CF_{2}CF_{2}H)  Ph(2Cl,4iPr,5Et)  Ph(2Cl,4cPr,5TMS) 
Ph(2Cl,4nPr,5CF_{2}H)  Ph(2Cl,4iPr,5nPr)  Ph(2Cl,4cPr,5CN) 
Ph(2Cl,4nPr,5OMe)  Ph(2Cl,4iPr,5tBu)  Ph(2Cl,4CF_{3},5Cl) 
Ph(2Cl,4CF_{3},5F)  Ph(2Cl,4CF_{2}CF_{3},5OCHF_{2})  Ph(2Cl,4CF_{2}H,5tBu) 
Ph(2Cl,4CF_{3},5Br)  Ph(2Cl,4CF_{2}CF_{3},5OCF_{2}CF_{2}H)  Ph(2Cl,4CF_{2}H,5iPr) 
Ph(2Cl,4CF_{3},5I)  Ph(2Cl,4CF_{2}H,5cPr)  
Ph(2Cl,4CF_{3},5Me)  Ph(2Cl,4CF_{2}CF_{3},5OC_{2}F_{5})  Ph(2Cl,4CF_{2}H,5CF_{3}) 
Ph(2Cl,4CF_{3},5Et)  Ph(2Cl,4CF_{2}CF_{3},5SO_{2}Me)  Ph(2Cl,4CF_{2}H,5C_{2}F_{5}) 
Ph(2Cl,4CF_{3},5nPr)  Ph(2Cl,4CF_{2}CF_{3},5TMS)  Ph(2Cl,4CF_{2}H,5CF_{2}CF_{2}H) 
Ph(2Cl,4CF_{3},5tBu)  Ph(2Cl,4CF_{2}CF_{3},5CN)  Ph(2Cl,4,5diCF_{2}H) 
Ph(2Cl,4CF_{3},5iPr)  Ph(2Cl,4CF_{2}CF_{2}H,5Cl)  Ph(2Cl,4CF_{2}H,5OMe) 
Ph(2Cl,4CF_{3},5cPr)  Ph(2C1,4CF_{2}CF_{2}H,5F)  Ph(2Cl,4CF_{2}H,5OCF_{3}) 
Ph(2Cl,4,5diCF_{3})  Ph(2Cl,4CF_{2}CF_{2}H,5Br)  Ph(2Cl,4CF_{2}H,5OCHF_{2}) 
Ph(2Cl,4CF_{3},5C_{2}F_{5})  Ph(2Cl,4CF_{2}CF_{2}H,5I)  Ph(2Cl,4CF_{2}H,5OCF_{2}CF_{2}H) 
Ph(2Cl,4CF_{3},5CF_{2}CF_{2}H)  Ph(2Cl,4CF_{2}CF_{2}H,5Me)  Ph(2Cl,4CF_{2}H,5OC_{2}F_{5}) 
Ph(2Cl,4CF_{3},5CF_{2}H)  Ph(2Cl,4CF_{2}CF_{2}H,5Et)  Ph(2Cl,4CF_{2}H,5SO_{2}Me) 
Ph(2Cl,4CF_{3},5OMe)  Ph(2Cl,4CF_{2}CF_{2}H,5nPr)  Ph(2Cl,4CF_{2}H,5TMS) 
Ph(2Cl,4CF_{3},5OCF_{3})  Ph(2Cl,4CF_{2}CF_{2}H,5tBu)  Ph(2Cl,4CF_{2}H,5CN) 
Ph(2Cl,4CF_{3},5OCHF_{2})  Ph(2Cl,4CF_{2}CF_{2}H,5iPr)  Ph(2Cl,4OMe,5Cl) 
Ph(2Cl,4CF_{3},5OCF_{2}CF_{2}H)  Ph(2Cl,4CF_{2}CF_{2}H,5cPr)  Ph(2Cl,4OMe,5F) 
Ph(2Cl,4CF_{3},5OC_{2}F_{5})  Ph(2Cl,4CF_{2}CF_{2}CF_{3}H,5CF_{3})  Ph(2Cl,4OMe,5Br) 
Ph(2Cl,4CF_{3},5SO_{2}Me)  Ph(2Cl,4CF_{2}CF_{2}H,5C_{2}F_{5})  Ph(2Cl,4OMe,5I) 
Ph(2Cl,4CF_{3},5TMS)  Ph(2Cl,4,5diCF_{2}CF_{2}H)  Ph(2Cl,4OMe,5Me) 
Ph(2Cl,4CF_{3},5CN)  Ph(2Cl,4CF_{2}CF_{2}H,5CF_{2}H)  Ph(2Cl,4OMe,5Et) 
Ph(2Cl,4CF_{2}CF_{3},5Cl)  Ph(2Cl,4CF_{2}CF_{2}H,5OMe)  Ph(2Cl,4OMe,5nPr) 
Ph(2Cl,4CF_{2}CF_{3},5F)  Ph(2Cl,4CF_{2}CF_{2}H,5OCF_{3})  Ph(2Cl,4OMe,5tBu) 
Ph(2Cl,4CF_{2}CF_{3},5Br)  Ph(2Cl,4CF_{2}CF_{2}H,5OCHF_{2})  Ph(2Cl,4OMe,5iPr) 
Ph(2Cl,4CF_{2}CF_{3},5I)  Ph(2Cl,4CF_{2}CF_{2}H,5OCF_{2}CF_{2}H)  Ph(2Cl,4OMe,5cPr) 
Ph(2Cl,4CF_{2}CF_{3},5Me)  Ph(2Cl,4OMeCF_{3},5CF_{3})  
Ph(2Cl,4CF_{2}CF_{3},5Et)  Ph(2Cl,4CF_{2}CF_{2}H,5OC_{2}F_{5})  Ph(2Cl,4OMe,5C_{2}F_{5}) 
Ph(2Cl,4CF_{2}CF_{3},5nPr)  Ph(2Cl,4CF_{2}CF_{2}H,5SO_{2}Me)  Ph(2Cl,4OMe,5CF_{2}CF_{2}H) 
Ph(2Cl,4CF_{2}CF_{3},5tBu)  Ph(2Cl,4CF_{2}CF_{2}H,5TMS)  Ph(2Cl,4OMe,5CF_{2}H) 
Ph(2Cl,4CF_{2}CF_{3},5iPr)  Ph(2Cl,4CF_{2}CF_{2}H,5CN)  Ph(2Cl,4,5diOMe) 
Ph(2Cl,4CF_{2}CF_{3},5cPr)  Ph(2Cl,4CF_{2}H,5Cl)  Ph(2Cl,4OMe,5OCF_{3}) 
Ph(2Cl,4C_{2}F_{5}CF_{3},5CF_{3})  Ph(2Cl,4CF_{2}H,5F)  Ph(2Cl,4OMe,5OCHF_{2}) 
Ph(2Cl,4,5diC_{2}F_{5})  Ph(2Cl,4CF_{2}H,5Br)  Ph(2Cl,4OMe,5OCF_{2}CF_{2}H) 
Ph(2Cl,4CF_{2}CF_{3},5CF_{2}CF_{2}H)  Ph(2Cl,4CF_{2}H,5I)  Ph(2Cl,4OMe,5OC_{2}F_{5}) 
Ph(2Cl,4CF_{2}CF_{3},5CF_{2}H)  Ph(2Cl,4CF_{2}H,5Me)  Ph(2Cl,4OMe,5SO_{2}Me) 
Ph(2Cl,4CF_{2}CF_{3},5OMe)  Ph(2Cl,4CF_{2}H,5Et)  Ph(2Cl,4OMe,5TMS) 
Ph(2Cl,4CF_{2}CF_{3},5OCF_{3})  Ph(2Cl,4CF_{2}H,5nPr)  Ph(2Cl,4OMe,5CN) 
Ph(2Cl,4OCF_{3},5Cl)  Ph(2Cl,4OCHF_{2},5OCF_{3})  Ph(2Cl,4OCF_{2}CF_{3},5nPr) 
Ph(2Cl,4OCF_{3},5F)  Ph(2Cl,4,5diOCHF_{2})  Ph(2Cl,4OCF_{2}CF_{3},5tBu) 
Ph(2Cl,4OCF_{3},5Br)  Ph(2Cl,4OCHF_{2},5OCF_{2}CF_{2}H)  Ph(2Cl,4OCF_{2}CF_{3},5iPr) 
Ph(2Cl,4OCF_{3},5I)  Ph(2Cl,4OCHF_{2},5OC_{2}F_{5})  Ph(2Cl,4OCF_{2}CF_{3},5cPr) 
Ph(2Cl,4OCF_{3},5Me)  Ph(2Cl,4OCHF_{2},5SO_{2}Me)  Ph(2Cl,4OC_{2}F_{5}CF_{3},5CF_{3}) 
Ph(2Cl,4OCF_{3},5Et)  Ph(2Cl,4OCHF_{2},5TMS)  Ph(2Cl,4OCF_{2}CF_{3},5CF_{2}CF_{2}H) 
Ph(2Cl,4OCF_{3},5nPr)  Ph(2Cl,4OCHF_{2},5CN)  
Ph(2Cl,4OCF_{3},5tBu)  Ph(2Cl,4OCF_{2}CF_{2}H,5Cl)  Ph(2Cl,4OCF_{2}CF_{3},5CF_{2}H) 
Ph(2Cl,4OCF_{3},5iPr)  Ph(2Cl,4OCF_{2}CF_{2}H,5F)  Ph(2Cl,4OCF_{2}CF_{3},5OMe) 
Ph(2Cl,4OCF_{3},5cPr)  Ph(2Cl,4OCF_{2}CF_{2}H,5Br)  Ph(2Cl,4OCF_{2}CF_{3},5OCF_{3}) 
Ph(2Cl,4OCF_{3},5CF_{3})  Ph(2Cl,4OCF_{2}CF_{2}H,5I)  Ph(2Cl,4OCF_{2}CF_{3},5OCHF_{2}) 
Ph(2Cl,4OCF_{3},5C_{2}F_{5})  Ph(2Cl,4OCF_{2}CF_{2}H,5Me)  Ph(2Cl,4OCF_{2}CF_{3},5OCF_{2}CF_{2}H) 
Ph(2Cl,4OCF_{3},5CF_{2}CF_{2}H)  Ph(2Cl,4OCF_{2}CF_{2}H,5Et)  
Ph(2Cl,4OCF_{3},5CF_{2}H)  Ph(2Cl,4OCF_{2}CF_{2}H,5nPr)  Ph(2Cl,4,5diOC_{2}F_{5}) 
Ph(2Cl,4OCF_{3},5OMe)  Ph(2Cl,4OCF_{2}CF_{2}H,5tBu)  Ph(2Cl,4OCF_{2}CF_{3},5SO_{2}Me) 
Ph(2Cl,4,5diOCF_{3})  Ph(2Cl,4OCF_{2}CF_{2}H,5iPr)  Ph(2Cl,4OCF_{2}CF_{3},5TMS) 
Ph(2Cl,4OCF_{3},5OCHF_{2})  Ph(2Cl,4OCF_{2}CF_{2}H,5cPr)  Ph(2Cl,4OCF_{2}CF_{3},5CN) 
Ph(2Cl,4OCF_{3},5OCF_{2}CF_{2}H)  Ph(2Cl,4OCF_{2}CF_{2}CF_{3}H,5CF_{3})  Ph(2Cl,4SO_{2}Me,5Cl) 
Ph(2Cl,4OCF_{3},5OC_{2}F_{5})  Ph(2Cl,4SO_{2}Me,5F)  
Ph(2Cl,4OCF_{3},5SO_{2}Me)  Ph(2Cl,4OCF_{2}CF_{2}H,5C_{2}F_{5})  Ph(2Cl,4SO_{2}Me,5Br) 
Ph(2Cl,4OCF_{3},5TMS)  Ph(2Cl,4OCF_{2}CF_{2}H,5CF_{2}CF_{2}H)  Ph(2Cl,4SO_{2}Me,5I) 
Ph(2Cl,4OCF_{3},5CN)  Ph(2Cl,4SO_{2}Me,5Me)  
Ph(2Cl,4OCHF_{2},5Cl)  Ph(2Cl,4OCF_{2}CF_{2}H,5CF_{2}H)  Ph(2Cl,4SO_{2}Me,5Et) 
Ph(2Cl,4OCHF_{2},5F)  Ph(2Cl,4OCF_{2}CF_{2}H,5OMe)  Ph(2Cl,4SO_{2}Me,5nPr) 
Ph(2Cl,4OCHF_{2},5Br)  Ph(2Cl,4OCF_{2}CF_{2}H,5OCF_{3})  Ph(2Cl,4SO_{2}Me,5tBu) 
Ph(2Cl,4OCHF_{2},5I)  Ph(2Cl,4OCF_{2}CF_{2}H,5OCHF_{2})  Ph(2Cl,4SO_{2}Me,5iPr) 
Ph(2Cl,4OCHF_{2},5Me)  Ph(2Cl,4,5diOCF_{2}CF_{2}H)  Ph(2Cl,4SO_{2}Me,5cPr) 
Ph(2Cl,4OCHF_{2},5Et)  Ph(2Cl,4OCF_{2}CF_{2}H,5OC_{2}F_{5})  Ph(2Cl,4SO_{2}MeCF_{3},5CF_{3}) 
Ph(2Cl,4OCHF_{2},5nPr)  Ph(2Cl,4OCF_{2}CF_{2}H,5SO_{2}Me)  Ph(2Cl,4SO_{2}Me,5C_{2}F_{5}) 
Ph(2Cl,4OCHF_{2},5tBn)  Ph(2Cl,4OCF_{2}CF_{2}H,5TMS)  Ph(2Cl,4SO_{2}Me,5CF_{2}CF_{2}H) 
Ph(2Cl,4OCHF_{2},5iPr)  Ph(2Cl,4OCF_{2}CF_{2}H,5CN)  Ph(2Cl,4SO_{2}Me,5CF_{2}H) 
Ph(2Cl,4OCHF_{2},5cPr)  Ph(2Cl,4OCF_{2}CF_{3},5Cl)  Ph(2Cl,4SO_{2}Me,5OMe) 
Ph(2Cl,4OCHF_{2}CF_{3},5CF_{3})  Ph(2Cl,4OCF_{2}CF_{3},5F)  Ph(2Cl,4SO_{2}Me,5OCF_{3}) 
Ph(2Cl,4OCF_{2}CF_{3},5C_{2}F_{5})  Ph(2Cl,4OCF_{2}CF_{3},5Br)  Ph(2Cl,4SO_{2}Me,5OCHF_{2}) 
Ph(2Cl,4OCHF_{2},5CF_{2}CF_{2}H)  Ph(2Cl,4OCF_{2}CF_{3},5I)  Ph(2Cl,4SO_{2}Me,5OCF_{2}CF_{2}H) 
Ph(2Cl,4OCHF_{2},5CF_{2}H)  Ph(2Cl,4OCF_{2}CF_{3},5Me)  Ph(2Cl,4SO_{2}Me,5OC_{2}F_{5}) 
Ph(2Cl,4OCHF_{2},5OMe)  Ph(2Cl,4OCF_{2}CF_{3},5Et)  Ph(2Cl,4,5diSO_{2}Me) 
Ph(2Cl,4SO_{2}Me,5TMS)  Ph(2Cl,4CN,5CF_{2}H)  Ph(2F,3F,4OC_{2}F_{5}) 
Ph(2Cl,4SO_{2}Me,5CN)  Ph(2Cl,4CN,5OMe)  Ph(2F,3Br,4Cl) 
Ph(2Cl,4TMS,5Cl)  Ph(2Cl,4CN,5OCF_{3})  Ph(2F,3,4diBr) 
Ph(2Cl,4TMS,5F)  Ph(2Cl,4CN,5OCHF_{2})  Ph(2F,3Br,4I) 
Ph(2Cl,4TMS,5Br)  Ph(2Cl,4CN,5OCF_{2}CF_{2}H)  Ph(2F,3Br,4Me) 
Ph(2Cl,4TMS,5I)  Ph(2Cl,4CN,5OC_{2}F_{5})  Ph(2F,3Br,4Et) 
Ph(2Cl,4TMS,5Me)  Ph(2Cl,4CN,5SO_{2}Me)  Ph(2F,3Br,4nPr) 
Ph(2Cl,4TMS,5Et)  Ph(2Cl,4CN,5TMS)  Ph(2F,3Br,4tBu) 
Ph(2Cl,4TMS,5nPr)  Ph(2Cl,4,5diCN)  Ph(2F,3Br,4iPr) 
Ph(2Cl,4TMS,5tBu)  Ph(2F,3,4diCl)  Ph(2F,3Br,4CF_{3}) 
Ph(2Cl,4TMS,5iPr)  Ph(2F,3Cl,4I)  Ph(2F,3Br,4C_{2}F_{5}) 
Ph(2Cl,4TMS,5cPr)  Ph(2F,3Cl,4Me)  Ph(2F,3Br,4CF_{2}CF_{2}H) 
Ph(2Cl,4TMS,5CF_{3})  Ph(2F,3Cl,4Et)  Ph(2F,3Br,4CF_{2}H) 
Ph(2Cl,4TMS,5C_{2}F_{5})  Ph(2F,3Cl,4nPr)  Ph(2F,3Br,4OMe) 
Ph(2Cl,4TMS,5CF_{2}CF_{2}H)  Ph(2F,3Cl,4iPr)  Ph(2F,3Br,4OCF_{2}CF_{2}H) 
Ph(2Cl,4TMS,5CF_{2}H)  Ph(2F,3Cl,4CF_{3})  Ph(2F,3Br,4OC_{2}F_{5}) 
Ph(2Cl,4TMS,5OMe)  Ph(2F,3Cl,4C_{2}F_{5})  Ph(2F,3I,4Cl) 
Ph(2Cl,4TMS,5OCF_{3})  Ph(2F,3Cl,4CF_{2}CF_{2}H)  Ph(2F,3I,4F) 
Ph(2Cl,4TMS,5OCHF_{2})  Ph(2F,3Cl,4CF_{2}H)  Ph(2F,3I,4Br) 
Ph(2Cl,4TMS,5OCF_{2}CF_{2}H)  Ph(2F,3Cl,4OMe)  Ph(2F,3,4diI) 
Ph(2Cl,4TMS,5OC_{2}F_{5})  Ph(2F,3Cl,4OCHF_{2})  Ph(2F,3I,4Me) 
Ph(2Cl,4TMS,5SO_{2}Me)  Ph(2F,3Cl,4OCF_{2}CF_{2}H)  Ph(2F,3I,4Et) 
Ph(2Cl,4,5diTMS)  Ph(2F,3Cl,4OC_{2}F_{5})  Ph(2F,3I,4nPr) 
Ph(2Cl,4TMS,5CN)  Ph(2,3,4triF)  Ph(2F,3I,4tBu) 
Ph(2Cl,4CN,5Cl)  Ph(2F,3F,4Br)  Ph(2F,3I,4iPr) 
Ph(2Cl,4CN,5F)  Ph(2F,3F,4I)  Ph(2F,3I,4cPr) 
Ph(2Cl,4CN,5Br)  Ph(2F,3F,4Et)  Ph(2F,3I,4CF_{3}) 
Ph(2Cl,4CN,5I)  Ph(2F,3F,4nPr)  Ph(2F,3I,4C_{2}F_{5}) 
Ph(2Cl,4CN,5Me)  Ph(2F,3F,4tBu)  Ph(2F,3I,4CF_{2}CF_{2}H) 
Ph(2Cl,4CN,5Et)  Ph(2F,3F,4iPr)  Ph(2F,3I,4CF_{2}H) 
Ph(2Cl,4CN,5nPr)  Ph(2F,3F,4CF_{3})  Ph(2F,3I,4OMe) 
Ph(2Cl,4CN,5tBu)  Ph(2F,3F,4C_{2}F_{5})  Ph(2F,3I,4OCF_{3}) 
Ph(2Cl,4CN,5iPr)  Ph(2F,3F,4CF_{2}CF_{2}H)  Ph(2F,3I,4OCHF_{2}) 
Ph(2Cl,4CN,5cPr)  Ph(2F,3F,4CF_{2}H)  Ph(2F,3I,4OCF_{2}CF_{2}H) 
Ph(2Cl,4CN,5CF_{3})  Ph(2F,3F,4OMe)  Ph(2F,3I,4OC_{2}F_{5}) 
Ph(2Cl,4CN,5C_{2}F_{5})  Ph(2F,3F,4OCHF_{2})  Ph(2F,3I,4SO_{2}Me) 
Ph(2Cl,4CN,5CF_{2}CF_{2}H)  Ph(2F,3F,4OCF_{2}CF_{2}H)  Ph(2F,3I,4TMS) 
Ph(2F,3I,4CN)  Ph(2F,3nPr,4Br)  Ph(2F,3iPr,4nPr) 
Ph(2F,3Me,4I)  Ph(2F,3nPr,4I)  Ph(2F,3iPr,4tBu) 
Ph(2F,3,4diMe)  Ph(2F,3nPr,4Me)  Ph(2F,3,4diiPr) 
Ph(2F,3Me,4Et)  Ph(2F,3nPr,4Et)  Ph(2F,3iPr,4cPr) 
Ph(2F,3Me,4nPr)  Ph(2F,3,4dinPr)  Ph(2F,3iPr,4CF_{3}) 
Ph(2F,3Me,4iPr)  Ph(2F,3nPr,4tBu)  Ph(2F,3iPr,4C_{2}F_{5}) 
Ph(2F,3Me,4cPr)  Ph(2F,3nPr,4iPr)  Ph(2F,3iPr,4CF_{2}CF_{2}H) 
Ph(2F,3Me,4C_{2}F_{5})  Ph(2F,3nPr,4cPr)  Ph(2F,3iPr,4CF_{2}H) 
Ph(2F,3Me,4CF_{2}CF_{2}H)  Ph(2F,3nPr,4CF_{3})  Ph(2F,3iPr,4OMe) 
Ph(2F,3Me,4CF_{2}H)  Ph(2F,3nPr,4C_{2}F_{5})  Ph(2F,3iPr,4OCF_{3}) 
Ph(2F,3Me,4OMe)  Ph(2F,3nPr,4CF_{2}CF_{2}H)  Ph(2F,3iPr,4OCHF_{2}) 
Ph(2F,3Me,4OCF_{2}CF_{2}H)  Ph(2F,3nPr,4CF_{2}H)  Ph(2F,3iPr,4OCF_{2}CF_{2}H) 
Ph(2F,3Me,4OC_{2}F_{5})  Ph(2F,3nPr,4OMe)  Ph(2F,3iPr,4OC_{2}F_{5}) 
Ph(2F,3Et,4Cl)  Ph(2F,3nPr,4OCF_{3})  Ph(2F,3iPr,4SO_{2}Me) 
Ph(2F,3Et,4F)  Ph(2F,3nPr,4OCHF_{2})  Ph(2F,3iPr,4TMS) 
Ph(2F,3Et,4Br)  Ph(2F,3nPr,4OCF_{2}CF_{2}H)  Ph(2F,3iPr,4CN) 
Ph(2F,3Et,4I)  Ph(2F,3nPr,4OC_{2}F_{5})  Ph(2F,3cPr,4I) 
Ph(2F,3Et,4Me)  Ph(2F,3nPr,4SO_{2}Me)  Ph(2F,3cPr,4Et) 
Ph(2F,3,4diEt)  Ph(2F,3nPr,4TMS)  Ph(2F,3cPr,4nPr) 
Ph(2F,3Et,4nPr)  Ph(2F,3nPr,4CN)  Ph(2F,3cPr,4iPr) 
Ph(2F,3Et,4tBu)  Ph(2F,3tBu,4I)  Ph(2F,3cPr,4C_{2}F_{5}) 
Ph(2F,3Et,4iPr)  Ph(2F,3tBu,4Et)  Ph(2F,3cPr,4CF_{2}CF_{2}H) 
Ph(2F,3Et,4cPr)  Ph(2F,3tBu,4nPr)  Ph(2F,3cPr,4CF_{2}H) 
Ph(2F,3Et,4CF_{3})  Ph(2F,3,4ditBu)  Ph(2F,3cPr,4OMe) 
Ph(2F,3Et,4C_{2}F_{5})  Ph(2F,3tBu,4iPr)  Ph(2F,3cPr,4OCF_{2}CF_{2}H) 
Ph(2F,3Et,4CF_{2}CF_{2}H)  Ph(2F,3tBu,4C_{2}F_{5})  Ph(2F,3cPr,4OC_{2}F_{5}) 
Ph(2F,3Et,4CF_{2}H)  Ph(2F,3tBu,4CF_{2}CF_{2}H)  Ph(2F,3CF_{3},4I) 
Ph(2F,3Et,4OMe)  Ph(2F,3tBu,4CF_{2}H)  Ph(2F,3CF_{3},4Et) 
Ph(2F,3Et,4OCF_{3})  Ph(2F,3tBu,4OMe)  Ph(2F,3CF_{3},4nPr) 
Ph(2F,3Et,4OCHF_{2})  Ph(2F,3tBu,4OCF_{2}CF_{2}H)  Ph(2F,3CF_{3},4iPr) 
Ph(2F,3Et,4OCF_{2}CF_{2}H)  Ph(2F,3tBu,4OC_{2}F_{5})  Ph(2F,3,4diCF_{3}) 
Ph(2F,3Et,4OC_{2}F_{5})  Ph(2F,3iPr,4Cl)  Ph(2F,3CF_{3},4C_{2}F_{5}) 
Ph(2F,3Et,4SO_{2}Me)  Ph(2F,3iPr,4F)  Ph(2F,3CF_{3},4CF_{2}CF_{2}H) 
Ph(2F,3Et,4TMS)  Ph(2F,3iPr,4Br)  Ph(2F,3CF_{3},4CF_{2}H) 
Ph(2F,3Et,4CN)  Ph(2F,3iPr,4I)  Ph(2F,3CF_{3},4OMe) 
Ph(2F,3nPr,4Cl)  Ph(2F,3iPr,4Me)  Ph(2F,3CF_{3},4OCF_{3}) 
Ph(2F,3nPr,4F)  Ph(2F,3iPr,4Et)  Ph(2F,3CF_{3},4OCHF_{2}) 
Ph(2F,3CF_{3},4OCF_{2}CF_{2}H)  Ph(2F,3CF_{2}CF_{2}H,4C_{2}F_{5})  Ph(2F,3OMe,4I) 
Ph(2F,3CF_{3},4OC_{2}F_{5})  Ph(2F,3,4diCF_{2}CF_{2}H)  Ph(2F,3OMe,4Me) 
Ph(2F,3CF_{3},4TMS)  Ph(2F,3CF_{2}CF_{2}H,4CF_{2}H)  Ph(2F,3OMe,4Et) 
Ph(2F,3CF_{3},4CN)  Ph(2F,3CF_{2}CF_{2}H,4OMe)  Ph(2F,3OMe,4nPr) 
Ph(2F,3C_{2}F_{5},4Cl)  Ph(2F,3CF_{2}CF_{2}H,4OCF_{3})  Ph(2F,3OMe,4tBu) 
Ph(2F,3C_{2}F_{5},4F)  Ph(2F,3CF_{2}CF_{2}H,4OCHF_{2})  Ph(2F,3OMe,4iPr) 
Ph(2F,3C_{2}F_{5},4Br)  Ph(2F,3CF_{2}CF_{2}H,4OCF_{2}CF_{2}H)  Ph(2F,3OMe,4cPr) 
Ph(2F,3C_{2}F_{5},4I)  Ph(2F,3OMe,4CF_{3})  
Ph(2F,3C_{2}F_{5},4Me)  Ph(2F,3CF_{2}CF_{2}H,4OC_{2}F_{5})  Ph(2F,3OMe,4C_{2}F_{5}) 
Ph(2F,3C_{2}F_{5},4Et)  Ph(2F,3CF_{2}CF_{2}H,4SO_{2}Me)  Ph(2F,3OMe,4CF_{2}CF_{2}H) 
Ph(2F,3C_{2}F_{5},4nPr)  Ph(2F,3CF_{2}CF_{2}H,4TMS)  Ph(2F,3OMe,4CF_{2}H) 
Ph(2F,3C_{2}F_{5},4tBu)  Ph(2F,3CF_{2}CF_{2}H,4CN)  Ph(2F,3,4diOMe) 
Ph(2F,3C_{2}F_{5},4iPr)  Ph(2F,3CF_{2}H,4Cl)  Ph(2F,3OMe,4OCF_{3}) 
Ph(2F,3C_{2}F_{5},4cPr)  Ph(2F,3CF_{2}H,4F)  Ph(2F,3OMe,4OCHF_{2}) 
Ph(2F,3C_{2}F_{5}CF_{3},4CF_{3})  Ph(2F,3CF_{2}H,4Br)  Ph(2F,3OMe,4OCF_{2}CF_{2}H) 
Ph(2F,3,4diC_{2}F_{5})  Ph(2F,3CF_{2}H,4I)  Ph(2F,3OMe,4OC_{2}F_{5}) 
Ph(2F,3C_{2}F_{5},4CF_{2}CF_{2}H)  Ph(2F,3CF_{2}H,4Me)  Ph(2F,3OMe,4SO_{2}Me) 
Ph(2F,3C_{2}F_{5},4CF_{2}H)  Ph(2F,3CF_{2}H,4Et)  Ph(2F,3OMe,4TMS) 
Ph(2F,3C_{2}F_{5},4OMe)  Ph(2F,3CF_{2}H,4nPr)  Ph(2F,3OMe,4CN) 
Ph(2F,3C_{2}F_{5},4OCF_{3})  Ph(2F,3CF_{2}H,4tBu)  Ph(2F,3OCF_{3},4Cl) 
Ph(2F,3C_{2}F_{5},4OCHF_{2})  Ph(2F,3CF_{2}H,4iPr)  Ph(2F,3OCF_{3},4F) 
Ph(2F,3C_{2}F_{5},4OCF_{2}CF_{2}H)  Ph(2F,3CF_{2}H,4cPr)  Ph(2F,3OCF_{3},4Br) 
Ph(2F,3C_{2}F_{5},4OC_{2}F_{5})  Ph(2F,3CF_{2}H,4CF_{3})  Ph(2F,3OCF_{3},4I) 
Ph(2F,3C_{2}F_{5},4SO_{2}Me)  Ph(2F,3CF_{2}H,4C_{2}F_{5})  Ph(2F,3OCF_{3},4Me) 
Ph(2F,3C_{2}F_{5},4TMS)  Ph(2F,3CF_{2}H,4CF_{2}CF_{2}H)  Ph(2F,3OCF_{3},4Et) 
Ph(2F,3C_{2}F_{5},4CN)  Ph(2F,3,4diCF_{2}H)  Ph(2F,3OCF_{3},4nPr) 
Ph(2F,3CF_{2}CF_{2}H,4Cl)  Ph(2F,3CF_{2}H,4OMe)  Ph(2F,3OCF_{3},4tBu) 
Ph(2F,3CF_{2}CF_{2}H,4F)  Ph(2F,3CF_{2}H,4OCF_{3})  Ph(2F,3OCF_{3},4iPr) 
Ph(2F,3CF_{2}CF_{2}H,4Br)  Ph(2F,3CF_{2}H,4OCHF_{2})  Ph(2F,3OCF_{3},4CF_{3}) 
Ph(2F,3CF_{2}CF_{2}H,4I)  Ph(2F,3CF_{2}H,4OCF_{2}CF_{2}H)  Ph(2F,3OCF_{3},4C_{2}F_{5}) 
Ph(2F,3CF_{2}CF_{2}H,4Me)  Ph(2F,3CF_{2}H,4OC_{2}F_{5})  Ph(2F,3OCF_{3},4CF_{2}CF_{2}H) 
Ph(2F,3CF_{2}CF_{2}H,4Et)  Ph(2F,3CF_{2}H,4SO_{2}Me)  Ph(2F,3OCF_{3},4CF_{2}H) 
Ph(2F,3CF_{2}CF_{2}H,4nPr)  Ph(2F,3CF_{2}H,4TMS)  Ph(2F,3OCF_{3},4OMe) 
Ph(2F,3CF_{2}CF_{2}H,4tBu)  Ph(2F,3CF_{2}H,4CN)  Ph(2F,3,4diOCF_{3}) 
Ph(2F,3CF_{2}CF_{2}H,4iPr)  Ph(2F,3OMe,4Cl)  Ph(2F,3OCF_{3},4OCF_{2}CF_{2}H) 
Ph(2F,3CF_{2}CF_{2}H,4cPr)  Ph(2F,3OMe,4F)  Ph(2F,3OCF_{3},4OC_{2}F_{5}) 
Ph(2F,3CF_{2}CF_{2}H,4CF_{3})  Ph(2F,3OMe,4Br)  Ph(2F,3OCHF_{2},4Cl) 
Ph(2F,3OCHF_{2},4F)  Ph(2F,3OCF_{2}CF_{2}H,4OCF_{3})  Ph(2F,3SO_{2}Me,4C_{2}F_{5}) 
Ph(2F,3OCHF_{2},4Br)  Ph(2F,3OCF_{2}CF_{2}H,4OCHF_{2})  Ph(2F,3SO_{2}Me,4CF_{2}CF_{2}H) 
Ph(2F,3OCHF_{2},4I)  Ph(2F,3,4diOCF_{2}CF_{2}H)  Ph(2F,3SO_{2}Me,4CF_{2}H) 
Ph(2F,3OCHF_{2},4Me)  Ph(2F,3OCF_{2}CF_{2}H,4OC_{2}F_{5})  Ph(2F,3SO_{2}Me,4OMe) 
Ph(2F,3OCHF_{2},4Et)  Ph(2F,3OCF_{2}CF_{2}H,4SO_{2}Me)  Ph(2F,3SO_{2}Me,4OCHF_{2}) 
Ph(2F,3OCHF_{2},4nPr)  Ph(2F,3OCF_{2}CF_{2}H,4TMS)  Ph(2F,3SO_{2}Me,4OCF_{2}CF_{2}H) 
Ph(2F,3OCHF_{2},4tBu)  Ph(2F,3OCF_{2}CF_{2}H,4CN)  Ph(2F,3SO_{2}Me,4OC_{2}F_{5}) 
Ph(2F,3OCHF_{2},4iPr)  Ph(2F,3OC_{2}F_{5},4Cl)  Ph(2F,3TMS,4Cl) 
Ph(2F,3OCHF_{2},4cPr)  Ph(2F,3OC_{2}F_{5},4F)  Ph(2F,3TMS,4F) 
Ph(2F,3OCHF_{2}CF_{3},4CF_{3})  Ph(2F,3OC_{2}F_{5},4Br)  Ph(2F,3TMS,4Br) 
Ph(2F,3OC_{2}F_{5},4C_{2}F_{5})  Ph(2F,3OC_{2}F_{5},4I)  Ph(2F,3TMS,4I) 
Ph(2F,3OCHF_{2},4CF_{2}CF_{2}H)  Ph(2F,3OC_{2}F_{5},4Me)  Ph(2F,3TMS,4Me) 
Ph(2F,3OCHF_{2},4CF_{2}H)  Ph(2F,3OC_{2}F_{5},4Et)  Ph(2F,3TMS,4Et) 
Ph(2F,3OCHF_{2},4OMe)  Ph(2F,3OC_{2}F_{5},4nPr)  Ph(2F,3TMS,4nPr) 
Ph(2F,3OCHF_{2},4OCF_{3})  Ph(2F,3OC_{2}F_{5},4tBu)  Ph(2F,3TMS,4tBu) 
Ph(2F,3,4diOCHF_{2})  Ph(2F,3OC_{2}F_{5},4iPr)  Ph(2F,3TMS,4iPr) 
Ph(2F,3OCHF_{2},4OCF_{2}CF_{2}H)  Ph(2F,3OC_{2}F_{5},4cPr)  Ph(2F,3TMS,4cPr) 
Ph(2F,3OCHF_{2},4OC_{2}F_{5})  Ph(2F,3OC_{2}F_{5}CF_{3},4CF_{3})  Ph(2F,3TMS,4CF_{3}) 
Ph(2F,30CHF_{2},4SO_{2}Me)  Ph(2F,3OC_{2}F_{5},4CF_{2}CF_{2}H)  Ph(2F,3TMS,4C_{2}F_{5}) 
Ph(2F,3OCHF_{2},4TMS)  Ph(2F,3OC_{2}F_{5},4CF_{2}H)  Ph(2F,3TMS,4CF_{2}CF_{2}H) 
Ph(2F,3OCHF_{2},4CN)  Ph(2F,3OC_{2}F_{5},4OMe)  Ph(2F,3TMS,4CF_{2}H) 
Ph(2F,3OCF_{2}CF_{2}H,4Cl)  Ph(2F,3OC_{2}F_{5},4OCF_{3})  Ph(2F,3TMS,4OMe) 
Ph(2F,3OCF_{2}CF_{2}H,4F)  Ph(2F,3OC_{2}F_{5},4OCHF_{2})  Ph(2F,3TMS,4OCF_{3}) 
Ph(2F,3OCF_{2}CF_{2}H,4Br)  Ph(2F,3OC_{2}F_{5},4OCF_{2}CF_{2}H)  Ph(2F,3TMS,4OCHF_{2}) 
Ph(2F,3OCF_{2}CF_{2}H,4I)  Ph(2F,3,4diOC_{2}F_{5})  Ph(2F,3TMS,4OCF_{2}CF_{2}H) 
Ph(2F,3OCF_{2}CF_{2}H,4Me)  Ph(2F,3OC_{2}F_{5},4SO_{2}Me)  Ph(2F,3TMS,4OC_{2}F_{5}) 
Ph(2F,3OCF_{2}CF_{2}H,4Et)  Ph(2F,3OC_{2}F_{5},4TMS)  Ph(2F,3TMS,4SO_{2}Me) 
Ph(2F,3OCF_{2}CF_{2}H,4nPr)  Ph(2F,3OC_{2}F_{5},4CN)  Ph(2F,3,4diTMS) 
Ph(2F,3OCF_{2}CF_{2}H,4tBu)  Ph(2F,3SO_{2}Me,4Cl)  Ph(2F,3TMS,4CN) 
Ph(2F,3OCF_{2}CF_{2}H,4iPr)  Ph(2F,3SO_{2}Me,4Br)  Ph(2F,3CN,4F) 
Ph(2F,3OCF_{2}CF_{2}H,4cPr)  Ph(2F,3SO_{2}Me,4I)  Ph(2F,3CN,4Br) 
Ph(2F,3OCF_{2}CF_{2}H,4CF_{3})  Ph(2F,3SO_{2}Me,4Me)  Ph(2F,3CN,4I) 
Ph(2F,3OCF_{2}CF_{2}H,4C_{2}F_{5})  Ph(2F,3SO_{2}Me,4Et)  Ph(2F,3CN,4Me) 
Ph(2F,3OCF_{2}CF_{2}H,4CF_{2}CF_{2}H)  Ph(2F,3SO_{2}Me,4nPr)  Ph(2F,3CN,4Et) 
Ph(2F,3SO_{2}Me,4tBu)  Ph(2F,3CN,4nPr)  
Ph(2F,3OCF_{2}CF_{2}H,4CF_{2}H)  Ph(2F,3SO_{2}Me,4iPr)  Ph(2F,3CN,4tBu) 
Ph(2F,3OCF_{2}CF_{2}H,4OMe)  Ph(2F,3SO_{2}MeCF_{3},4CF_{3})  Ph(2F,3CN,4iPr) 
Ph(2F,3CN,4cPr)  Ph(2F,3F,5I)  Ph(2F,3Br,5OC_{2}F_{5}) 
Ph(2F,3CN,4CF_{3})  Ph(2F,3F,5Me)  Ph(2F,3Br,5SO_{2}Me) 
Ph(2F,3CN,4C_{2}F_{5})  Ph(2F,3F,5Et)  Ph(2F,3Br,5TMS) 
Ph(2F,3CN,4CF_{2}CF_{2}H)  Ph(2F,3F,5nPr)  Ph(2F,3Br,5CN) 
Ph(2F,3CN,4CF_{2}H)  Ph(2F,3F,5tBu)  Ph(2F,3I,5Cl) 
Ph(2F,3CN,4OMe)  Ph(2F,3F,5iPr)  Ph(2F,3I,5F) 
Ph(2F,3CN,4OCF_{3})  Ph(2F,3F,5cPr)  Ph(2F,3I,5Br) 
Ph(2F,3CN,4OCHF_{2})  Ph(2F,3F,5CF_{3})  Ph(2F,3,5diI) 
Ph(2F,3CN,4OCF_{2}CF_{2}H)  Ph(2F,3F,5C_{2}F_{5})  Ph(2F,3I,5Me) 
Ph(2F,3CN,4OC_{2}F_{5})  Ph(2F,3F,5CF_{2}CF_{2}H)  Ph(2F,3I,5Et) 
Ph(2F,3CN,4TMS)  Ph(2F,3F,5CF_{2}H)  Ph(2F,3I,5nPr) 
Ph(2F,3,4diCN)  Ph(2F,3F,5OMe)  Ph(2F,3I,5tBu) 
Ph(2F,3,5diCl)  Ph(2F,3F,5OCF_{3})  Ph(2F,3I,5iPr) 
Ph(2F,3Cl,5F)  Ph(2F,3F,5OCHF_{2})  Ph(2F,3I,5cPr) 
Ph(2F,3Cl,5Br)  Ph(2F,3F,5OCF_{2}CF_{2}H)  Ph(2F,3I,5CF_{3}) 
Ph(2F,3Cl,5I)  Ph(2F,3F,5OC_{2}F_{5})  Ph(2F,3I,5C_{2}F_{5}) 
Ph(2F,3Cl,5Me)  Ph(2F,3F,5SO_{2}Me)  Ph(2F,3I,5CF_{2}CF_{2}H) 
Ph(2F,3Cl,5Et)  Ph(2F,3F,5TMS)  Ph(2F,3I,5CF_{2}H) 
Ph(2F,3Cl,5nPr)  Ph(2F,3F,5CN)  Ph(2F,3I,5OMe) 
Ph(2F,3Cl,5tBu)  Ph(2F,3Br,5Cl)  Ph(2F,3I,5OCF_{3}) 
Ph(2F,3Cl,5iPr)  Ph(2F,3Br,5F)  Ph(2F,3I,5OCHF_{2}) 
Ph(2F,3Cl,5cPr)  Ph(2F,3,5diBr)  Ph(2F,3I,5OCF_{2}CF_{2}H) 
Ph(2F,3Cl,5CF_{3})  Ph(2F,3Br,5I)  Ph(2F,3I,5OC_{2}F_{5}) 
Ph(2F,3Cl,5C_{2}F_{5})  Ph(2F,3Br,5Me)  Ph(2F,3I,5SO_{2}Me) 
Ph(2F,3Cl,5CF_{2}CF_{2}H)  Ph(2F,3Br,5Et)  Ph(2F,3I,5TMS) 
Ph(2F,3Cl,5CF_{2}H)  Ph(2F,3Br,5nPr)  Ph(2F,3I,5CN) 
Ph(2F,3Cl,5OMe)  Ph(2F,3Br,StBu)  Ph(2F,3Me,5Cl) 
Ph(2F,3Cl,5OCF_{3})  Ph(2F,3Br,SiPr)  Ph(2F,3Me,5F) 
Ph(2F,3Cl,5OCHF_{2})  Ph(2F,3Br,5cPr)  Ph(2F,3Me,5Br) 
Ph(2F,3Cl,5OCF_{2}CF_{2}H)  Ph(2F,3Br,5CF_{3})  Ph(2F,3Me,5I) 
Ph(2F,3Cl,SOC_{2}F_{5})  Ph(2F,3Br,5C_{2}F_{5})  Ph(2F,3,5diMe) 
Ph(2F,3Cl,5SO_{2}Me)  Ph(2F,3Br,5CF_{2}CF_{2}H)  Ph(2F,3Me,5Et) 
Ph(2F,3Cl,5TMS)  Ph(2F,3Br,SCF_{2}H)  Ph(2F,3Me,SnPr) 
Ph(2F,3Cl,5CN)  Ph(2F,3Br,5OMe)  Ph(2F,3Me,5tBu) 
Ph(2F,3F,5Cl)  Ph(2F,3Br,5OCF_{3})  Ph(2F,3Me,5iPr) 
Ph(2,3,5triF)  Ph(2F,3Br,5OCHF_{2})  Ph(2F,3Me,5cPr) 
Ph(2F,3F,5Br)  Ph(2F,3Br,5OCF_{2}CF_{2}H)  Ph(2F,3Me,5CF_{3}) 
Ph(2F,3Me,5C_{2}F_{5})  Ph(2F,3nPr,5Me)  Ph(2F,3tBu,5SO_{2}Me) 
Ph(2F,3Me,5CF_{2}CF_{2}H)  Ph(2F,3nPr,SEt)  Ph(2F,3tBu,5TMS) 
Ph(2F,3Me,5CF_{2}H)  Ph(2F,3,SdinPr)  Ph(2F,3tBu,5CN) 
Ph(2F,3Me,5OMe)  Ph(2F,3nPr,5tBu)  Ph(2F,3iPr,5Cl) 
Ph(2F,3Me,5OCF_{3})  Ph(2F,3nPr,5iPr)  Ph(2F,3iPr,5F) 
Ph(2F,3Me,5OCHF_{2})  Ph(2F,3nPr,ScPr)  Ph(2F,3iPr,5Br) 
Ph(2F,3Me,5OCF_{2}CF_{2}H)  Ph(2F,3nPr,SCF_{3})  Ph(2F,3iPr,5I) 
Ph(2F,3Me,5OC_{2}F_{5})  Ph(2F,3nPr,5C_{2}F_{5})  Ph(2F,3iPr,5Me) 
Ph(2F,3Me,5SO_{2}Me)  Ph(2F,3nPr,5CF_{2}CF_{2}H)  Ph(2F,3iPr,5Et) 
Ph(2F,3Me,5TMS)  Ph(2F,3nPr,5CF_{2}H)  Ph(2F,3iPr,5nPr) 
Ph(2F,3Me,5CN)  Ph(2F,3nPr,5OMe)  Ph(2F,3iPr,5tBu) 
Ph(2F,3Et,5Cl)  Ph(2,3nPr,5OCF_{3})  Ph(2F,3,5diiPr) 
Ph(2F,3Et,5F)  Ph(2F,3nPr,5OCHF_{2})  Ph(2F,3iPr,5cPr) 
Ph(2F,3Et,5Br)  Ph(2F,3nPr,5OCF_{2}CF_{2}H)  Ph(2F,3iPr,5CF_{3}) 
Ph(2F,3Et,5I)  Ph(2F,3nPr,5OC_{2}F_{5})  Ph(2F,3iPr,5C_{2}F_{5}) 
Ph(2F,3Et,5Me)  Ph(2F,3nPr,5SO_{2}Me)  Ph(2F,3iPr,5CF_{2}CF_{2}H) 
Ph(2F,3,5diEt)  Ph(2F,3nPr,5TMS)  Ph(2F,3iPr,5CF_{2}H) 
Ph(2F,3Et,5nPr)  Ph(2F,3nPr,5CN)  Ph(2F,3iPr,5OMe) 
Ph(2F,3Et,5tBu)  Ph(2F,3tBu,5Cl)  Ph(2F,3iPr,5OCF_{3}) 
Ph(2F,3Et,5iPr)  Ph(2F,3tBu,5F)  Ph(2F,3iPr,5OCHF_{2}) 
Ph(2F,3Et,5cPr)  Ph(2F,3tBu,5Br)  Ph(2F,3iPr,5OCF_{2}CF_{2}H) 
Ph(2F,3Et,5CF_{3})  Ph(2F,3tBu,5I)  Ph(2F,3iPr,5OC_{2}F_{5}) 
Ph(2F,3Et,5C_{2}F_{5})  Ph(2F,3tBu,5Me)  Ph(2F,3iPr,5SO_{2}Me) 
Ph(2F,3Et,5CF_{2}CF_{2}H)  Ph(2F,3tBu,5Et)  Ph(2F,3iPr,5TMS) 
Ph(2F,3Et,5CF_{2}H)  Ph(2F,3tBu,5nPr)  Ph(2F,3iPr,5CN) 
Ph(2F,3Et,5OMe)  Ph(2F,3,5ditBu)  Ph(2F,3cPr,5Cl) 
Ph(2F,3Et,5OCF_{3})  Ph(2F,3tBu,5iPr)  Ph(2F,3cPr,5F) 
Ph(2F,3Et,5OCHF_{2})  Ph(2F,3tBu,5cPr)  Ph(2F,3cPr,5Br) 
Ph(2F,3Et,5OCF_{2}CF_{2}H)  Ph(2F,3tBu,5CF_{3})  Ph(2F,3cPr,5I) 
Ph(2F,3Et,5OC_{2}F_{5})  Ph(2F,3tBu,5C_{2}F_{5})  Ph(2F,3cPr,5Me) 
Ph(2F,3Et,5SO_{2}Me)  Ph(2F,3tBu,5CF_{2}CF_{2}H)  Ph(2F,3cPr,5Et) 
Ph(2F,3Et,5TMS)  Ph(2F,3tBu,5CF_{2}H)  Ph(2F,3cPr,5nPr) 
Ph(2F,3Et,5CN)  Ph(2F,3tBu,5OMe)  Ph(2F,3cPr,5tBu) 
Ph(2F,3nPr,5Cl)  Ph(2F,3tBu,5OCF_{3})  Ph(2F,3cPr,5iPr) 
Ph(2F,3nPr,SF)  Ph(2F,3tBu,5OCHF_{2})  Ph(2F,3,5dicPr) 
Ph(2F,3nPr,5Br)  Ph(2F,3tBu,5OCF_{2}CF_{2}H)  Ph(2F,3cPr,5CF_{3}) 
Ph(2F,3nPr,5I)  Ph(2F,3tBu,5OC_{2}F_{5})  Ph(2F,3cPr,5C_{2}F_{5}) 
Ph(2F,3cPr,5CF_{2}CF_{2}H)  Ph(2F,3C_{2}F_{5},5Et)  Ph(2F,3CF_{2}CF_{2}H,5SO_{2}Me) 
Ph(2F,3cPr,5CF_{2}H)  Ph(2F,3C_{2}F_{5},5nPr)  Ph(2F,3CF_{2}CF_{2}H,5TMS) 
Ph(2F,3cPr,5OMe)  Ph(2F,3C_{2}F_{5},5tBu)  Ph(2F,3CF_{2}CF_{2}H,5CN) 
Ph(2F,3cPr,5OCF_{3})  Ph(2F,3C_{2}F_{5},5iPr)  Ph(2F,3CF_{2}H,5Cl) 
Ph(2F,3cPr,5OCHF_{2})  Ph(2F,3C_{2}F_{5},5cPr)  Ph(2F,3CF_{2}H,5F) 
Ph(2F,3cPr,5OCF_{2}CF_{2}H)  Ph(2F,3C_{2}F_{5}CF_{3},5CF_{3})  Ph(2F,3CF_{2}H,5Br) 
Ph(2F,3cPr,5OC_{2}F_{5})  Ph(2F,3,5diC_{2}F_{5})  Ph(2F,3CF_{2}H,5I) 
Ph(2F,3cPr,5SO_{2}Me)  Ph(2F,3C_{2}F_{5},5CF_{2}CF_{2}H)  Ph(2F,3CF_{2}H,5Me) 
Ph(2F,3cPr,5TMS)  Ph(2F,3C_{2}F_{5},5CF_{2}H)  Ph(2F,3CF_{2}H,5Et) 
Ph(2F,3cPr,5CN)  Ph(2F,3C_{2}F_{5},5OMe)  Ph(2F,3CF_{2}H,5nPr) 
Ph(2F,3CF_{3},5Cl)  Ph(2F,3C_{2}F_{5},5OCF_{3})  Ph(2F,3CF_{2}H,5tBu) 
Ph(2F,3CF_{3},5F)  Ph(2F,3C_{2}F_{5},5OCHF_{2})  Ph(2F,3CF_{2}H,5iPr) 
Ph(2F,3CF_{3},5Br)  Ph(2F,3C_{2}F_{5},5OCF_{2}CF_{2}H)  Ph(2F,3CF_{2}H,5cPr) 
Ph(2F,3CF_{3},5I)  Ph(2F,3C_{2}F_{5},5OC_{2}F_{5})  Ph(2F,3CF_{2}H,5CF_{3}) 
Ph(2F,3CF_{3},5Me)  Ph(2F,3C_{2}F_{5},5SO_{2}Me)  Ph(2F,3CF_{2}H,5C_{2}F_{5}) 
Ph(2F,3CF_{3},5Et)  Ph(2F,3C_{2}F_{5},5TMS)  Ph(2F,3CF_{2}H,5CF_{2}CF_{2}H) 
Ph(2F,3CF_{3},5nPr)  Ph(2F,3C_{2}F_{5},5CN)  Ph(2F,3,5diCF_{2}H) 
Ph(2F,3CF_{3},5tBu)  Ph(2F,3CF_{2}CF_{2}H,5Cl)  Ph(2F,3CF_{2}H,5OMe) 
Ph(2F,3CF_{3},5iPr)  Ph(2F,3CF_{2}CF_{2}H,5F)  Ph(2F,3CF_{2}H,5OCF_{3}) 
Ph(2F,3CF_{3},5cPr)  Ph(2F,3CF_{2}CF_{2}H,5Br)  Ph(2F,3CF_{2}H,5OCHF_{2}) 
Ph(2F,3,5diCF_{3})  Ph(2F,3CF_{2}CF_{2}H,5I)  Ph(2F,3CF_{2}H,5OCF_{2}CF_{2}H) 
Ph(2F,3CF_{3},5C_{2}F_{5})  Ph(2F,3CF_{2}CF_{2}H,5Me)  Ph(2F,3CF_{2}H,5OC_{2}F_{5}) 
Ph(2F,3CF_{3},5CF_{2}CF_{2}H)  Ph(2F,3CF_{2}CF_{2}H,5Et)  Ph(2F,3CF_{2}H,5SO_{2}Me) 
Ph(2F,3CF_{3},5CF_{2}H)  Ph(2F,3CF_{2}CF_{2}H,5nPr)  Ph(2F,3CF_{2}H,5TMS) 
Ph(2F,3CF_{3},5OMe)  Ph(2F,3CF_{2}CF_{2}H,5tBu)  Ph(2F,3CF_{2}H,5CN) 
Ph(2F,3CF_{3},5OCF_{3})  Ph(2F,3CF_{2}CF_{2}H,5iPr)  Ph(2F,3OMe,5Cl) 
Ph(2F,3CF_{3},5OCHF_{2})  Ph(2F,3CF_{2}CF_{2}H,5cPr)  Ph(2F,3OMe,5F) 
Ph(2F,3CF_{3},5OCF_{2}CF_{2}H)  Ph(2F,3CF_{2}CF_{2}H,5CF_{3})  Ph(2F,3OMe,5Br) 
Ph(2F,3CF_{3},5OC_{2}F_{5})  Ph(2F,3CF_{2}CF_{2}H,5C_{2}F_{5})  Ph(2F,3OMe,5I) 
Ph(2F,3CF_{3},5SO_{2}Me)  Ph(2F,3,5diCF_{2}CF_{2}H)  Ph(2F,3OMe,5Me) 
Ph(2F,3CF_{3},5TMS)  Ph(2F,3CF_{2}CF_{2}H,5CF_{2}H)  Ph(2F,3OMe,5Et) 
Ph(2F,3CF_{3},5CN)  Ph(2F,3CF_{2}CF_{2}H,5OMe)  Ph(2F,3OMe,5nPr) 
Ph(2F,3C_{2}F_{5},5Cl)  Ph(2F,3CF_{2}CF_{2}H,5OCF_{3})  Ph(2F,3OMe,5tBu) 
Ph(2F,3C_{2}F_{5},5F)  Ph(2F,3CF_{2}CF_{2}H,5OCHF_{2})  Ph(2F,3OMe,5iPr) 
Ph(2F,3C_{2}F_{5},5Br)  Ph(2F,3CF_{2}CF_{2}H,5OCF_{2}CF_{2}H)  Ph(2F,3OMe,5cPr) 
Ph(2F,3C_{2}F_{5},5I)  Ph(2F,3OMe,5CF_{3})  
Ph(2F,3C_{2}F_{5},5Me)  Ph(2F,3CF_{2}CF_{2}H,5OC_{2}F_{5})  Ph(2F,3OMe,5C_{2}F_{5}) 
Ph(2F,3OMe,5CF_{2}CF_{2}H)  Ph(2F,3OCHF_{2},5Et)  Ph(2F,3OCF_{2}CF_{2}H,5SO_{2}Me) 
Ph(2F,3OMe,5CF_{2}H)  Ph(2F,3OCHF_{2},5nPr)  Ph(2F,3OCF_{2}CF_{2}H,5TMS) 
Ph(2F,3,5diOMe)  Ph(2F,3OCHF_{2},5tBu)  Ph(2F,3OCF_{2}CF_{2}H,5CN) 
Ph(2F,3OMe,5OCF_{3})  Ph(2F,3OCHF_{2},5iPr)  Ph(2F,3OC_{2}F_{5},5Cl) 
Ph(2F,3OMe,5OCHF_{2})  Ph(2F,3OCHF_{2},5cPr)  Ph(2F,3OC_{2}F_{5},5F) 
Ph(2F,3OMe,5OCF_{2}CF_{2}H)  Ph(2F,3OCHF_{2}CF_{3},5CF_{3})  Ph(2F,3OC_{2}F_{5},5Br) 
Ph(2F,3OMe,5OC_{2}F_{5})  Ph(2F,3OC_{2}F_{5},5C_{2}F_{5})  Ph(2F,3OC_{2}F_{5},5I) 
Ph(2F,3OMe,5SO_{2}Me)  Ph(2F,3OCHF_{2},5CF_{2}CF_{2}H)  Ph(2F,3OC_{2}F_{5},5Me) 
Ph(2F,3OMe,5TMS)  Ph(2F,3OCHF_{2},5CF_{2}H)  Ph(2F,3OC_{2}F_{5},5Et) 
Ph(2F,3OMe,5CN)  Ph(2F,3OCHF_{2},5OMe)  Ph(2F,3OC_{2}F_{5},5nPr) 
Ph(2F,3OCF_{3},5Cl)  Ph(2F,3OCHF_{2},5OCF_{3})  Ph(2F,3OC_{2}F_{5},5tBu) 
Ph(2F,3OCF_{3},5F)  Ph(2F,3,5diOCHF_{2})  Ph(2F,3OC_{2}F_{5},5iPr) 
Ph(2F,3OCF_{3},5Br)  Ph(2F,3OCHF_{2},5OCF_{2}CF_{2}H)  Ph(2F,3OC_{2}F_{5},5cPr) 
Ph(2F,3OCF_{3},5I)  Ph(2F,3OCHF_{2},5OC_{2}F_{5})  Ph(2F,3OC_{2}F_{5}CF_{3},5CF_{3}) 
Ph(2F,3OCF_{3},5Me)  Ph(2F,3OCHF_{2},5SO_{2}Me)  Ph(2F,3OC_{2}F_{5},5CF_{2}CF_{2}H) 
Ph(2F,3OCF_{3},5Et)  Ph(2F,3OCHF_{2},5TMS)  Ph(2F,3OC_{2}F_{5},5CF_{2}H) 
Ph(2F,3OCF_{3},5nPr)  Ph(2F,3OCHF_{2},5CN)  Ph(2F,3OC_{2}F_{5},5OMe) 
Ph(2F,3OCF_{3},5tBu)  Ph(2F,3OCF_{2}CF_{2}H,5Cl)  Ph(2F,3OC_{2}F_{5},5OCF_{3}) 
Ph(2F,3OCF_{3},5iPr)  Ph(2F,3OCF_{2}CF_{2}H,5F)  Ph(2F,3OC_{2}F_{5},5OCHF_{2}) 
Ph(2F,3OCF_{3},5cPr)  Ph(2F,3OCF_{2}CF_{2}H,5Br)  Ph(2F,3OC_{2}F_{5},5OCF_{2}CF_{2}H) 
Ph(2F,3OCF_{3},5CF_{3})  Ph(2F,3OCF_{2}CF_{2}H,5I)  Ph(2F,3,5diOC_{2}F_{5}) 
Ph(2F,3OCF_{3},5C_{2}F_{5})  Ph(2F,3OCF_{2}CF_{2}H,5Me)  Ph(2F,3OC_{2}F_{5},5SO_{2}Me) 
Ph(2F,3OCF_{3},5CF_{2}CF_{2}H)  Ph(2F,3OCF_{2}CF_{2}H,5Et)  Ph(2F,3OC_{2}F_{5},5TMS) 
Ph(2F,3OCF_{3},5CF_{2}H)  Ph(2F,3OCF_{2}CF_{2}H,5nPr)  Ph(2F,3OC_{2}F_{5},5CN) 
Ph(2F,3OCF_{3},5OMe)  Ph(2F,3OCF_{2}CF_{2}H,5tBu)  Ph(2F,3SO_{2}Me,5Cl) 
Ph(2F,3,5diOCF_{3})  Ph(2F,3OCF_{2}CF_{2}H,5iPr)  Ph(2F,3SO_{2}Me,5F) 
Ph(2F,3OCF_{3},5OCHF_{2})  Ph(2F,3OCF_{2}CF_{2}H,5cPr)  Ph(2F,3SO_{2}Me,5Br) 
Ph(2F,3OCF_{3},5OCF_{2}CF_{2}H)  Ph(2F,3OCF_{2}CF_{2}H,5CF_{3})  Ph(2F,3SO_{2}Me,5I) 
Ph(2F,3OCF_{3},5OC_{2}F_{5})  Ph(2F,3OCF_{2}CF_{2}H,5C_{2}F_{5})  Ph(2F,3SO_{2}Me,5Me) 
Ph(2F,3OCF_{3},5SO_{2}Me)  Ph(2F,3OCF_{2}CF_{2}H,5CF_{2}CF_{2}H)  Ph(2F,3SO_{2}Me,5Et) 
Ph(2F,3OCF_{3},5TMS)  Ph(2F,3SO_{2}Me,5nPr)  
Ph(2F,3OCF_{3},5CN)  Ph(2F,3OCF_{2}CF_{2}H,5CF_{2}H)  Ph(2F,3SO_{2}Me,5tBu) 
Ph(2F,3OCHF_{2},5Cl)  Ph(2F,3OCF_{2}CF_{2}H,5OMe)  Ph(2F,3SO_{2}Me,5iPr) 
Ph(2F,3OCHF_{2},5F)  Ph(2F,3OCF_{2}CF_{2}H,5OCF_{3})  Ph(2F,3SO_{2}Me,5cPr) 
Ph(2F,3OCHF_{2},5Br)  Ph(2F,3OCF_{2}CF_{2}H,5OCHF_{2})  Ph(2F,3SO_{2}MeCF_{3},5CF_{3}) 
Ph(2F,3OCHF_{2},5I)  Ph(2F,3,5diOCF_{2}CF_{2}H)  Ph(2F,3SO_{2}Me,5C_{2}F_{5}) 
Ph(2F,3OCHF_{2},5Me)  Ph(2F,3OCF_{2}CF_{2}H,5OC_{2}F_{5})  Ph(2F,3SO_{2}Me,5CF_{2}CF_{2}H) 
Ph(2F,3SO_{2}Me,5CF_{2}H)  Ph(2F,3CN,5nPr)  Ph(2F,4Cl,5CN) 
Ph(2F,3SO_{2}Me,5OMe)  Ph(2F,3CN,5tBu)  Ph(2F,4F,5Cl) 
Ph(2F,3SO_{2}Me,5OCF_{3})  Ph(2F,3CN,5iPr)  Ph(2,4,5triF) 
Ph(2F,3SO_{2}Me,5OCHF_{2})  Ph(2F,3CN,5cPr)  Ph(2F,4F,5Br) 
Ph(2F,3SO_{2}Me,5OCF_{2}CF_{2}H)  Ph(2F,3CN,5CF_{3})  Ph(2F,4F,5I) 
Ph(2F,3SO_{2}Me,5OC_{2}F_{5})  Ph(2F,3CN,5C_{2}F_{5})  Ph(2F,4F,5Me) 
Ph(2F,3,5diSO_{2}Me)  Ph(2F,3CN,5CF_{2}CF_{2}H)  Ph(2F,4F,5Et) 
Ph(2F,3SO_{2}Me,5TMS)  Ph(2F,3CN,5CF_{2}H)  Ph(2F,4F,5nPr) 
Ph(2F,3SO_{2}Me,5CN)  Ph(2F,3CN,5OMe)  Ph(2F,4F,5tBu) 
Ph(2F,3TMS,5Cl)  Ph(2F,3CN,5OCF_{3})  Ph(2F,4F,5iPr) 
Ph(2F,3TMS,5F)  Ph(2F,3CN,5OCHF_{2})  Ph(2F,4F,5cPr) 
Ph(2F,3TMS,5Br)  Ph(2F,3CN,5OCF_{2}CF_{2}H)  Ph(2F,4F,5CF_{3}) 
Ph(2F,3TMS,5I)  Ph(2F,3CN,5OC_{2}F_{5})  Ph(2F,4F,5C_{2}F_{5}) 
Ph(2F,3TMS,5Me)  Ph(2F,3CN,5SO_{2}Me)  Ph(2F,4F,5CF_{2}CF_{2}H) 
Ph(2F,3TMS,5Et)  Ph(2F,3CN,5TMS)  Ph(2F,4F,5CF_{2}H) 
Ph(2F,3TMS,5nPr)  Ph(2F,3,5diCN)  Ph(2F,4F,5OMe) 
Ph(2F,3TMS,5tBu)  Ph(2F,4,5diCl)  Ph(2F,4F,5OCF_{3}) 
Ph(2F,3TMS,5iPr)  Ph(2F,4Cl,5F)  Ph(2F,4F,5OCHF_{2}) 
Ph(2F,3TMS,5cPr)  Ph(2F,4Cl,5Br)  Ph(2F,4F,5OCF_{2}CF_{2}H) 
Ph(2F,3TMS,5CF_{3})  Ph(2F,4Cl,5I)  Ph(2F,4F,5OC_{2}F_{5}) 
Ph(2F,3TMS,5C_{2}F_{5})  Ph(2F,4Cl,5Me)  Ph(2F,4F,5SO_{2}Me) 
Ph(2F,3TMS,5CF_{2}CF_{2}H)  Ph(2F,4Cl,5Et)  Ph(2F,4F,5TMS) 
Ph(2F,3TMS,5CF_{2}H)  Ph(2F,4Cl,5nPr)  Ph(2F,4F,5CN) 
Ph(2F,3TMS,5OMe)  Ph(2F,4Cl,5tBu)  Ph(2F,4Br,5Cl) 
Ph(2F,3TMS,5OCF_{3})  Ph(2F,4Cl,5iPr)  Ph(2F,4Br,5F) 
Ph(2F,3TMS,5OCHF_{2})  Ph(2F,4Cl,5cPr)  Ph(2F,4,5diBr) 
Ph(2F,3TMS,5OCF_{2}CF_{2}H)  Ph(2F,4Cl,5CF_{3})  Ph(2F,4Br,5I) 
Ph(2F,3TMS,5OC_{2}F_{5})  Ph(2F,4Cl,5C_{2}F_{5})  Ph(2F,4Br,5Me) 
Ph(2F,3TMS,5SO_{2}Me)  Ph(2F,4Cl,5CF_{2}CF_{2}H)  Ph(2F,4Br,5Et) 
Ph(2F,3,5diTMS)  Ph(2F,4Cl,5CF_{2}H)  Ph(2F,4Br,5nPr) 
Ph(2F,3TMS,5CN)  Ph(2F,4Cl,5OMe)  Ph(2F,4Br,5tBu) 
Ph(2F,3CN,5Cl)  Ph(2F,4Cl,5OCF_{3})  Ph(2F,4Br,5iPr) 
Ph(2F,3CN,5F)  Ph(2F,4Cl,5OCHF_{2})  Ph(2F,4Br,5cPr) 
Ph(2F,3CN,5Br)  Ph(2F,4Cl,5OCF_{2}CF_{2}H)  Ph(2F,4Br,5CF_{3}) 
Ph(2F,3CN,5I)  Ph(2F,4Cl,5OC_{2}F_{5})  Ph(2F,4Br,5C_{2}F_{5}) 
Ph(2F,3CN,5Me)  Ph(2F,4Cl,5SO_{2}Me)  Ph(2F,4Br,5CF_{2}CF_{2}H) 
Ph(2F,3CN,5Et)  Ph(2F,4Cl,5TMS)  Ph(2F,4Br,5CF_{2}H) 
Ph(2F,4Br,5OMe)  Ph(2F,4Me,5tBu)  Ph(2F,4nPr,5Cl) 
Ph(2F,4Br,5OCF_{3})  Ph(2F,4Me,5iPr)  Ph(2F,4nPr,5F) 
Ph(2F,4Br,5OCHF_{2})  Ph(2F,4Me,5cPr)  Ph(2F,4nPr,5Br) 
Ph(2F,4Br,5OCF_{2}CF_{2}H)  Ph(2F,4Me,5CF_{3})  Ph(2F,4nPr,5I) 
Ph(2F,4Br,5OC_{2}F_{5})  Ph(2F,4Me,5C_{2}F_{5})  Ph(2F,4nPr,5Me) 
Ph(2F,4Br,5SO_{2}Me)  Ph(2F,4Me,5CF_{2}CF_{2}H)  Ph(2F,4nPr,5Et) 
Ph(2F,4Br,5TMS)  Ph(2F,4Me,5CF_{2}H)  Ph(2F,4,5dinPr) 
Ph(2F,4Br,5CN)  Ph(2F,4Me,5OMe)  Ph(2F,4nPr,5tBu) 
Ph(2F,4I,5Cl)  Ph(2F,4Me,5OCF_{3})  Ph(2F,4nPr,5iPr) 
Ph(2F,4I,5F)  Ph(2F,4Me,5OCHF_{2})  Ph(2F,4nPr,5cPr) 
Ph(2F,4I,5Br)  Ph(2F,4Me,5OCF_{2}CF_{2}H)  Ph(2F,4nPr,5CF_{3}) 
Ph(2F,4,5diI)  Ph(2F,4Me,5OC_{2}F_{5})  Ph(2F,4nPr,5C_{2}F_{5}) 
Ph(2F,4I,5Me)  Ph(2F,4Me,5SO_{2}Me)  Ph(2F,4nPr,5CF_{2}CF_{2}H) 
Ph(2F,4I,5Et)  Ph(2F,4Me,5TMS)  Ph(2F,4nPr,5CF_{2}H) 
Ph(2F,4I,5nPr)  Ph(2F,4Me,5CN)  Ph(2F,4nPr,5OMe) 
Ph(2F,4I,5tBu)  Ph(2F,4Et,5Cl)  Ph(2F,4nPr,5OCF_{3}) 
Ph(2F,4I,5iPr)  Ph(2F,4Et,5F)  Ph(2F,4nPr,5OCHF_{2}) 
Ph(2F,4I,5cPr)  Ph(2F,4Et,5Br)  Ph(2F,4nPr,5OCF_{2}CF_{2}H) 
Ph(2F,4I,5CF_{3})  Ph(2F,4Et,5I)  Ph(2F,4nPr,5OC_{2}F_{5}) 
Ph(2F,4I,5C_{2}F_{5})  Ph(2F,4Et,5Me)  Ph(2F,4nPr,5SO_{2}Me) 
Ph(2F,4I,5CF_{2}CF_{2}H)  Ph(2F,4,5diEt)  Ph(2F,4nPr,5TMS) 
Ph(2F,4I,5CF_{2}H)  Ph(2F,4Et,5nPr)  Ph(2F,4nPr,5CN) 
Ph(2F,4I,5OMe)  Ph(2F,4Et,5tBu)  Ph(2F,4tBu,5Cl) 
Ph(2F,4I,5OCF_{3})  Ph(2F,4Et,5iPr)  Ph(2F,4tBu,5F) 
Ph(2F,4I,5OCHF_{2})  Ph(2F,4Et,5cPr)  Ph(2F,4tBu,5Br) 
Ph(2F,4I,5OCF_{2}CF_{2}H)  Ph(2F,4Et,5CF_{3})  Ph(2F,4tBu,5I) 
Ph(2F,4I,5OC_{2}F_{5})  Ph(2F,4Et,5C_{2}F_{5})  Ph(2F,4tBu,5Me) 
Ph(2F,4I,5SO_{2}Me)  Ph(2F,4Et,5CF_{2}CF_{2}H)  Ph(2F,4tBu,5Et) 
Ph(2F,4I,5TMS)  Ph(2F,4Et,5CF_{2}H)  Ph(2F,4tBu,5nPr) 
Ph(2F,4I,5CN)  Ph(2F,4Et,5OMe)  Ph(2F,4,5ditBu) 
Ph(2F,4Me,5Cl)  Ph(2F,4Et,5OCF_{3})  Ph(2F,4tBu,5iPr) 
Ph(2F,4Me,5F)  Ph(2F,4Et,5OCHF_{2})  Ph(2F,4tBu,5cPr) 
Ph(2F,4Me,5Br)  Ph(2F,4Et,5OCF_{2}CF_{2}H)  Ph(2F,4tBu,5CF_{3}) 
Ph(2F,4Me,5I)  Ph(2F,4Et,5OC_{2}F_{5})  Ph(2F,4tBu,5C_{2}F_{5}) 
Ph(2F,4,5diMe)  Ph(2F,4Et,5SO_{2}Me)  Ph(2F,4tBu,5CF_{2}CF_{2}H) 
Ph(2F,4Me,5Et)  Ph(2F,4Et,5TMS)  Ph(2F,4tBu,5CF_{2}H) 
Ph(2F,4Me,5nPr)  Ph(2F,4Et,5CN)  Ph(2F,4tBu,5OMe) 
Ph(2F,4tBu,5OCF_{3})  Ph(2F,4cPr,5iPr)  Ph(2F,4CF_{2}CF_{3},5F) 
Ph(2F,4tBu,5OCHF_{2})  Ph(2F,4,5dicPr)  Ph(2F,4CF_{2}CF_{3},5Br) 
Ph(2F,4tBu,5OCF_{2}CF_{2}H)  Ph(2F,4cPr,5CF_{3})  Ph(2F,4CF_{2}CF_{3},5I) 
Ph(2F,4tBu,5OC_{2}F_{5})  Ph(2F,4cPr,5C_{2}F_{5})  Ph(2F,4CF_{2}CF_{3},5Me) 
Ph(2F,4tBu,5SO_{2}Me)  Ph(2F,4cPr,5CF_{2}CF_{2}H)  Ph(2F,4CF_{2}CF_{3},5Et) 
Ph(2F,4tBu,5TMS)  Ph(2F,4cPr,5CF_{2}H)  Ph(2F,4CF_{2}CF_{3},5nPr) 
Ph(2F,4tBu,5CN)  Ph(2F,4cPr,5OMe)  Ph(2F,4CF_{2}CF_{3},5tBu) 
Ph(2F,4iPr,5Cl)  Ph(2F,4cPr,5OCF_{3})  Ph(2F,4CF_{2}CF_{3},5iPr) 
Ph(2F,4iPr,5F)  Ph(2F,4cPr,5OCHF_{2})  Ph(2F,4CF_{2}CF_{3},5cPr) 
Ph(2F,4iPr,5Br)  Ph(2F,4cPr,5OCF_{2}CF_{2}H)  Ph(2F,4C_{2}F_{5}CF_{3},5CF_{3}) 
Ph(2F,4iPr,5I)  Ph(2F,4cPr,5OC_{2}F_{5})  Ph(2F,4,5diC_{2}F_{5}) 
Ph(2F,4iPr,5Me)  Ph(2F,4cPr,5SO_{2}Me)  Ph(2F,4CF_{2}CF_{3},5CF_{2}CF_{2}H) 
Ph(2F,4iPr,5Et)  Ph(2F,4cPr,5TMS)  Ph(2F,4CF_{2}CF_{3},5CF_{2}H) 
Ph(2F,4iPr,5nPr)  Ph(2F,4cPr,5CN)  Ph(2F,4CF_{2}CF_{3},5OMe) 
Ph(2F,4iPr,5tBu)  Ph(2F,4CF_{3},5Cl)  Ph(2F,4CF_{2}CF_{3},5OCF_{3}) 
Ph(2F,4,5diiPr)  Ph(2F,4CF_{3},5F)  Ph(2F,4CF_{2}CF_{3},5OCHF_{2}) 
Ph(2F,4iPr,5cPr)  Ph(2F,4CF_{3},5Br)  Ph(2F,4CF_{2}CF_{3},5OCF_{2}CF_{2}H) 
Ph(2F,4iPr,5CF_{3})  Ph(2F,4CF_{3},5I)  Ph(2F,4CF_{2}CF_{3},5OC_{2}F_{5}) 
Ph(2F,4iPr,5C_{2}F_{5})  Ph(2F,4CF_{3},5Me)  Ph(2F,4CF_{2}CF_{3},5SO_{2}Me) 
Ph(2F,4iPr,5CF_{2}CF_{2}H)  Ph(2F,4CF_{3},5Et)  Ph(2F,4CF_{2}CF_{3},5TMS) 
Ph(2F,4iPr,5CF_{2}H)  Ph(2F,4CF_{3},5nPr)  Ph(2F,4CF_{2}CF_{3},5CN) 
Ph(2F,4iPr,5OMe)  Ph(2F,4CF_{3},5tBu)  Ph(2F,4CF_{2}CF_{2}H,5Cl) 
Ph(2F,4iPr,5OCF_{3})  Ph(2F,4CF_{3},5iPr)  Ph(2F,4CF_{2}CF_{2}H,5F) 
Ph(2F,4iPr,5OCHF_{2})  Ph(2F,4CF_{3},5cPr)  Ph(2F,4CF_{2}CF_{2}H,5Br) 
Ph(2F,4iPr,5OCF_{2}CF_{2}H)  Ph(2F,4,5diCF_{3})  Ph(2F,4CF_{2}CF_{2}H,5I) 
Ph(2F,4iPr,5OC_{2}F_{5})  Ph(2F,4CF_{3},5C_{2}F_{5})  Ph(2F,4CF_{2}CF_{2}H,5Me) 
Ph(2F,4iPr,5SO_{2}Me)  Ph(2F,4CF_{3},5CF_{2}CF_{2}H)  Ph(2F,4CF_{2}CF_{2}H,5Et) 
Ph(2F,4iPr,5TMS)  Ph(2F,4CF_{3},5CF_{2}H)  Ph(2F,4CF_{2}CF_{2}H,5nPr) 
Ph(2F,4iPr,5CN)  Ph(2F,4CF_{3},5OMe)  Ph(2F,4CF_{2}CF_{2}H,5tBu) 
Ph(2F,4cPr,5Cl)  Ph(2F,4CF_{3},5OCF_{3})  Ph(2F,4CF_{2}CF_{2}H,5iPr) 
Ph(2F,4cPr,5F)  Ph(2F,4CF_{3},5OCHF_{2})  Ph(2F,4CF_{2}CF_{2}H,5cPr) 
Ph(2F,4cPr,5Br)  Ph(2F,4CF_{3},5OCF_{2}CF_{2}H)  Ph(2F,4CF_{2}CF_{2}CF_{3}H,5CF_{3}) 
Ph(2F,4cPr,5I)  Ph(2F,4CF_{3},5OC_{2}F_{5})  Ph(2F,4CF_{2}CF_{2}H,5C_{2}F_{5}) 
Ph(2F,4cPr,5Me)  Ph(2F,4CF_{3},5SO_{2}Me)  Ph(2F,4,5diCF_{2}CF_{2}H) 
Ph(2F,4cPr,5Et)  Ph(2F,4CF_{3},5TMS)  Ph(2F,4CF_{2}CF_{2}H,5CF_{2}H) 
Ph(2F,4cPr,5nPr)  Ph(2F,4CF_{3},5CN)  Ph(2F,4CF_{2}CF_{2}H,5OMe) 
Ph(2F,4cPr,5tBu)  Ph(2F,4CF_{2}CF_{3},5Cl)  Ph(2F,4CF_{2}CF_{2}H,5OCF_{3}) 
Ph(2F,4CF_{2}CF_{2}H,5OCHF_{2})  Ph(2F,4OMe,5iPr)  Ph(2F,4OCHF_{2},5F) 
Ph(2F,4CF_{2}CF_{2}H,5OCF_{2}CF_{2}H)  Ph(2F,4OMe,5cPr)  Ph(2F,4OCHF_{2},5Br) 
Ph(2F,4OMe,5CF_{3})  Ph(2F,4OCHF_{2},5I)  
Ph(2F,4CF_{2}CF_{2}H,5OC_{2}F_{5})  Ph(2F,4OMe,5C_{2}F_{5})  Ph(2F,4OCHF_{2},5Me) 
Ph(2F,4CF_{2}CF_{2}H,5SO_{2}Me)  Ph(2F,4OMe,5CF_{2}CF_{2}H)  Ph(2F,4OCHF_{2},5Et) 
Ph(2F,4CF_{2}CF_{2}H,5TMS)  Ph(2F,4OMe,5CF_{2}H)  Ph(2F,4OCHF_{2},5nPr) 
Ph(2F,4CF_{2}CF_{2}H,5CN)  Ph(2F,4,5diOMe)  Ph(2F,4OCHF_{2},5tBu) 
Ph(2F,4CF_{2}H,5Cl)  Ph(2F,4OMe,5OCF_{3})  Ph(2F,4OCHF_{2},5iPr) 
Ph(2F,4CF_{2}H,5F)  Ph(2F,4OMe,5OCHF_{2})  Ph(2F,4OCHF_{2},5cPr) 
Ph(2F,4CF_{2}H,5Br)  Ph(2F,4OMe,5OCF_{2}CF_{2}H)  Ph(2F,4OCHF_{2}CF_{3},5CF_{3}) 
Ph(2F,4CF_{2}H,5I)  Ph(2F,4OMe,5OC_{2}F_{5})  Ph(2F,4OCF_{2}CF_{3},5C_{2}F_{5}) 
Ph(2F,4CF_{2}H,5Me)  Ph(2F,4OMe,5SO_{2}Me)  Ph(2F,4OCHF_{2},5CF_{2}CF_{2}H) 
Ph(2F,4CF_{2}H,5Et)  Ph(2F,4OMe,5TMS)  Ph(2F,4OCHF_{2},5CF_{2}H) 
Ph(2F,4CF_{2}H,5nPr)  Ph(2F,4OMe,5CN)  Ph(2F,4OCHF_{2},5OMe) 
Ph(2F,4CF_{2}H,5tBu)  Ph(2F,4OCF_{3},5Cl)  Ph(2F,4OCHF_{2},5OCF_{3}) 
Ph(2F,4CF_{2}H,5iPr)  Ph(2F,4OCF_{3},5F)  Ph(2F,4,5diOCHF_{2}) 
Ph(2F,4CF_{2}H,5cPr)  Ph(2F,4OCF_{3},5Br)  Ph(2F,4OCHF_{2},5OCF_{2}CF_{2}H) 
Ph(2F,4CF_{2}H,5CF_{3})  Ph(2F,4OCF_{3},5I)  Ph(2F,4OCHF_{2},5OC_{2}F_{5}) 
Ph(2F,4CF_{2}H,5C_{2}F_{5})  Ph(2F,4OCF_{3},5Me)  Ph(2F,4OCHF_{2},5SO_{2}Me) 
Ph(2F,4CF_{2}H,5CF_{2}CF_{2}H)  Ph(2F,4OCF_{3},5Et)  Ph(2F,4OCHF_{2},5TMS) 
Ph(2F,4,5diCF_{2}H)  Ph(2F,4OCF_{3},5nPr)  Ph(2F,4OCHF_{2},5CN) 
Ph(2F,4CF_{2}H,5OMe)  Ph(2F,4OCF_{3},5tBu)  Ph(2F,4OCF_{2}CF_{2}H,5Cl) 
Ph(2F,4CF_{2}H,5OCF_{3})  Ph(2F,4OCF_{3},5iPr)  Ph(2F,4OCF_{2}CF_{2}H,5F) 
Ph(2F,4CF_{2}H,5OCHF_{2})  Ph(2F,4OCF_{3},5cPr)  Ph(2F,4OCF_{2}CF_{2}H,5Br) 
Ph(2F,4CF_{2}H,5OCF_{2}CF_{2}H)  Ph(2F,4OCF_{3},5CF_{3})  Ph(2F,4OCF_{2}CF_{2}H,5I) 
Ph(2F,4CF_{2}H,5OC_{2}F_{5})  Ph(2F,4OCF_{3},5C_{2}F_{5})  Ph(2F,4OCF_{2}CF_{2}H,5Me) 
Ph(2F,4CF_{2}H,5SO_{2}Me)  Ph(2F,4OCF_{3},5CF_{2}CF_{2}H)  Ph(2F,4OCF_{2}CF_{2}H,5Et) 
Ph(2F,4CF_{2}H,5TMS)  Ph(2F,4OCF_{3},5CF_{2}H)  Ph(2F,4OCF_{2}CF_{2}H,5nPr) 
Ph(2F,4CF_{2}H,5CN)  Ph(2F,4OCF_{3},5OMe)  Ph(2F,4OCF_{2}CF_{2}H,5tBu) 
Ph(2F,4OMe,5Cl)  Ph(2F,4,5diOCF_{3})  Ph(2F,4OCF_{2}CF_{2}H,5iPr) 
Ph(2F,4OMe,5F)  Ph(2F,4OCF_{3},5OCHF_{2})  Ph(2F,4OCF_{2}CF_{2}H,5cPr) 
Ph(2F,4OMe,5Br)  Ph(2F,4OCF_{3},5OCF_{2}CF_{2}H)  Ph(2F,4OCF_{2}CF_{2}CF_{3}H,5CF_{3}) 
Ph(2F,4OMe,5I)  Ph(2F,4OCF_{3},5OC_{2}F_{5})  Ph(2F,4OCF_{2}CF_{2}H,5C_{2}F_{5}) 
Ph(2F,4OMe,5Me)  Ph(2F,4OCF_{3},5SO_{2}Me)  Ph(2F,4OCF_{2}CF_{2}H,5CF_{2}CF_{2}H) 
Ph(2F,4OMe,5Et)  Ph(2F,4OCF_{3},5TMS)  
Ph(2F,4OMe,5nPr)  Ph(2F,4OCF_{3},5CN)  Ph(2F,4OCF_{2}CF_{2}H,5CF_{2}H) 
Ph(2F,4OMe,5tBu)  Ph(2F,4OCHF_{2},5Cl)  Ph(2F,4OCF_{2}CF_{2}H,5OMe) 
Ph(2F,4OCF_{2}CF_{2}H,5OCF_{3})  Ph(2F,4SO_{2}Me,5iPr)  Ph(2F,4CN,5F) 
Ph(2F,4OCF_{2}CF_{2}H,5OCHF_{2})  Ph(2F,4SO_{2}Me,5cPr)  Ph(2F,4CN,5Br) 
Ph(2F,4,5diOCF_{2}CF_{2}H)  Ph(2F,4SO_{2}MeCF_{3},5CF_{3})  Ph(2F,4CN,5I) 
Ph(2F,4OCF_{2}CF_{2}H,5OC_{2}F_{5})  Ph(2F,4SO_{2}Me,5C_{2}F_{5})  Ph(2F,4CN,5Me) 
Ph(2F,4OCF_{2}CF_{2}H,5SO_{2}Me)  Ph(2F,4SO_{2}Me,5CF_{2}CF_{2}H)  Ph(2F,4CN,5Et) 
Ph(2F,4OCF_{2}CF_{2}H,5TMS)  Ph(2F,4SO_{2}Me,5CF_{2}H)  Ph(2F,4CN,5nPr) 
Ph(2F,4OCF_{2}CF_{2}H,5CN)  Ph(2F,4SO_{2}Me,5OMe)  Ph(2F,4CN,5tBu) 
Ph(2F,4OCF_{2}CF_{3},5Cl)  Ph(2F,4SO_{2}Me,5OCF_{3})  Ph(2F,4CN,5iPr) 
Ph(2F,4OCF_{2}CF_{3},5F)  Ph(2F,4SO_{2}Me,5OCHF_{2})  Ph(2F,4CN,5cPr) 
Ph(2F,4OCF_{2}CF_{3},5Br)  Ph(2F,4SO_{2}Me,5OCF_{2}CF_{2}H)  Ph(2F,4CN,5CF_{3}) 
Ph(2F,4OCF_{2}CF_{3},5I)  Ph(2F,4SO_{2}Me,5OC_{2}F_{5})  Ph(2F,4CN,5C_{2}F_{5}) 
Ph(2F,4OCF_{2}CF_{3},5Me)  Ph(2F,4,5diSO_{2}Me)  Ph(2F,4CN,5CF_{2}CF_{2}H) 
Ph(2F,4OCF_{2}CF_{3},5Et)  Ph(2F,4SO_{2}Me,5TMS)  Ph(2F,4CN,5CF_{2}H) 
Ph(2F,4OCF_{2}CF_{3},5nPr)  Ph(2F,4SO_{2}Me,5CN)  Ph(2F,4CN,5OMe) 
Ph(2F,4OCF_{2}CF_{3},5tBu)  Ph(2F,4TMS,5Cl)  Ph(2F,4CN,5OCF_{3}) 
Ph(2F,4OCF_{2}CF_{3},5iPr)  Ph(2F,4TMS,5F)  Ph(2F,4CN,5OCHF_{2}) 
Ph(2F,4OCF_{2}CF_{3},5cPr)  Ph(2F,4TMS,5Br)  Ph(2F,4CN,5OCF_{2}CF_{2}H) 
Ph(2F,4OC_{2}F_{5}CF_{3},5CF_{3})  Ph(2F,4TMS,5I)  Ph(2F,4CN,5OC_{2}F_{5}) 
Ph(2F,4OCF_{2}CF_{3},5CF_{2}CF_{2}H)  Ph(2F,4TMS,5Me)  Ph(2F,4CN,5SO_{2}Me) 
Ph(2F,4OCF_{2}CF_{3},5CF_{2}H)  Ph(2F,4TMS,5Et)  Ph(2F,4CN,5TMS) 
Ph(2F,4OCF_{2}CF_{3},5OMe)  Ph(2F,4TMS,5nPr)  Ph(2F,4,5diCN) 
Ph(2F,4OCF_{2}CF_{3},5OCF_{3})  Ph(2F,4TMS,5tBu)  Ph(3,4,5triCl) 
Ph(2F,4OCF_{2}CF_{3},5OCHF_{2})  Ph(2F,4TMS,5iPr)  Ph(3Cl,4F,5Cl) 
Ph(2F,4OCF_{2}CF_{3},5OCF_{2}CF_{2}H)  Ph(2F,4TMS,5cPr)  Ph(3Cl,4Br,5Cl) 
Ph(2F,4TMS,5CF_{3})  Ph(3Cl,4I,5Cl)  
Ph(2F,4,5diOC_{2}F_{5})  Ph(2F,4TMS,5C_{2}F_{5})  Ph(3Cl,4Me,5Cl) 
Ph(2F,4OCF_{2}CF_{3},5SO_{2}Me)  Ph(2F,4TMS,5CF_{2}CF_{2}H)  Ph(3Cl,4Et,5Cl) 
Ph(2F,4OCF_{2}CF_{3},5TMS)  Ph(2F,4TMS,5CF_{2}H)  Ph(3Cl,4nPr,5Cl) 
Ph(2F,4OCF_{2}CF_{3},5CN)  Ph(2F,4TMS,5OMe)  Ph(3Cl,4tBu,5Cl) 
Ph(2F,4SO_{2}Me,5Cl)  Ph(2F,4TMS,5OCF_{3})  Ph(3Cl,4iPr,5Cl) 
Ph(2F,4SO_{2}Me,5F)  Ph(2F,4TMS,5OCHF_{2})  Ph(3Cl,4cPr,5Cl) 
Ph(2F,4SO_{2}Me,5Br)  Ph(2F,4TMS,5OCF_{2}CF_{2}H)  Ph(3Cl,4CF_{3},5Cl) 
Ph(2F,4SO_{2}Me,5I)  Ph(2F,4TMS,5OC_{2}F_{5})  Ph(3Cl,4C_{2}F_{5},5Cl) 
Ph(2F,4SO_{2}Me,5Me)  Ph(2F,4TMS,5SO_{2}Me)  Ph(3Cl,4CF_{2}CF_{2}H,5Cl) 
Ph(2F,4SO_{2}Me,5Et)  Ph(2F,4,5diTMS)  Ph(3Cl,4CF_{2}H,5Cl) 
Ph(2F,4SO_{2}Me,5nPr)  Ph(2F,4TMS,5CN)  Ph(3Cl,4OMe,5Cl) 
Ph(2F,4SO_{2}Me,5tBu)  Ph(2F,4CN,5Cl)  Ph(3Cl,4OCF_{3},5Cl) 
Ph(3Cl,4OCHF_{2},5Cl)  Ph(3Br,4cPr,5Br)  Ph(3CF_{3},4Br,5CF_{3}) 
Ph(3Cl,4OCF_{2}CF_{2}H,5Cl)  Ph(3Br,4CF_{3},5Br)  Ph(3CF_{3},4I,5CF_{3}) 
Ph(3Cl,4OC_{2}F_{5},5Cl)  Ph(3Br,4C_{2}F_{5},5Br)  Ph(3CF_{3},4Me,5CF_{3}) 
Ph(3Cl,4SO_{2}Me,5Cl)  Ph(3Br,4CF_{2}CF_{2}H,5Br)  Ph(3CF_{3},4Et,5CF_{3}) 
Ph(3Cl,4TMS,5Cl)  Ph(3Br,4CF_{2}H,5Br)  Ph(3CF_{3},4nPr,5CF_{3}) 
Ph(3Cl,4CN,5Cl)  Ph(3Br,4OMe,5Br)  Ph(3CF_{3},4tBu,5CF_{3}) 
Ph(3F,4Cl,5F)  Ph(3Br,4OCF_{3},5Br)  Ph(3CF_{3},4iPr,5CF_{3}) 
Ph(3,4,5triF)  Ph(3Br,4OCHF_{2},5Br)  Ph(3CF_{3},4cPr,5CF_{3}) 
Ph(3F,4Br,5F)  Ph(3Br,4OCF_{2}CF_{2}H,5Br)  Ph(3,4,5triCF_{3}) 
Ph(3F,4I,5F)  Ph(3Br,4OC_{2}F_{5},5Br)  Ph(3CF_{3},4C_{2}F_{5},5CF_{3}) 
Ph(3F,4Me,5F)  Ph(3Br,4SO_{2}Me,5Br)  Ph(3CF_{3},4CF_{2}CF_{2}H,5CF_{3}) 
Ph(3F,4Et,5F)  Ph(3Br,4TMS,5Br)  Ph(3CF_{3},4CF_{2}H,5CF_{3}) 
Ph(3F,4nPr,5F)  Ph(3Br,4CN,5Br)  Ph(3CF_{3},4OMe,5CF_{3}) 
Ph(3F,4tBu,5F)  Ph(3Me,4Cl,5Me)  Ph(3CF_{3},4OCF_{3},5CF_{3}) 
Ph(3F,4iPr,5F)  Ph(3Me,4F,5Me)  Ph(3CF_{3},4OCHF_{2},5CF_{3}) 
Ph(3F,4cPr,5F)  Ph(3Me,4Br,5Me)  Ph(3CF_{3},4OCF_{2}CF_{2}H,5CF_{3}) 
Ph(3F,4CF_{3},5F)  Ph(3Me,4I,5Me)  Ph(3,5diCF_{3},4OC_{2}F_{5}) 
Ph(3F,4C_{2}F_{5},5F)  Ph(3,4triMe)  Ph(3CF_{3},4SO_{2}Me,5CF_{3}) 
Ph(3F,4CF_{2}CF_{2}H,5F)  Ph(3Me,4Et,5Me)  Ph(3CF_{3},4TMS,5CF_{3}) 
Ph(3F,4CF_{2}H,5F)  Ph(3Me,4nPr,5Me)  Ph(3CF_{3},4CN,5CF_{3}) 
Ph(3F,4OMe,5F)  Ph(3Me,4tBu,5Me)  Ph(3OCHF_{2},4Cl,5OCHF_{2}) 
Ph(3F,4OCF_{3},5F)  Ph(3Me,4iPr,5Me)  Ph(3OCHF_{2},4F,5OCHF_{2}) 
Ph(3F,4OCHF_{2},5F)  Ph(3Me,4cPr,5Me)  Ph(3OCHF_{2},4Br,5OCHF_{2}) 
Ph(3F,4OCF_{2}CF_{2}H,5F)  Ph(3Me,4CF_{3},5Me)  Ph(3OCHF_{2},4I,5OCHF_{2}) 
Ph(3F,4OC_{2}F_{5},5F)  Ph(3Me,4C_{2}F_{5},5Me)  Ph(3OCHF_{2},4Me,5OCHF_{2}) 
Ph(3F,4SO_{2}Me,5F)  Ph(3Me,4CF_{2}CF_{2}H,5Me)  Ph(3OCHF_{2},4Et,5OCHF_{2}) 
Ph(3F,4TMS,5F)  Ph(3Me,4CF_{2}H,5Me)  Ph(3OCHF_{2},4nPr,5OCHF_{2}) 
Ph(3F,4CN,5F)  Ph(3Me,4OMe,5Me)  Ph(3OCHF_{2},4tBu,5OCHF_{2}) 
Ph(3Br,4Cl,5Br)  Ph(3Me,4OCF_{3},5Me)  Ph(3OCHF_{2},4iPr,5OCHF_{2}) 
Ph(3Br,4F,5Br)  Ph(3Me,4OCHF_{2},5Me)  Ph(3OCHF_{2},4cPr,5OCHF_{2}) 
Ph(3,4,5triBr)  Ph(3Me,4OCF_{2}CF_{2}H,5Me)  Ph(3,5diOCHF_{2}CF_{3},4CF_{3},) 
Ph(3Br,4I,5Br)  Ph(3Me,4OC_{2}F_{5},5Me)  Ph(3OC_{2}F_{5},4C_{2}F_{5},5OCHF_{2}) 
Ph(3Br,4Me,5Br)  Ph(3Me,4SO_{2}Me,5Me)  Ph(3,5diOCHF_{2},4CF_{2}CF_{2}H) 
Ph(3Br,4Et,5Br)  Ph(3Me,4TMS,5Me)  Ph(3OCHF_{2},4CF_{2}H,5OCHF_{2}) 
Ph(3Br,4nPr,5Br)  Ph(3Me,4CN,5Me)  Ph(3OCHF_{2},4OMe,5OCHF_{2}) 
Ph(3Br,4tBu,5Br)  Ph(3CF_{3},4Cl,5CF_{3})  Ph(3OCHF_{2},4OCF_{3},5OCHF_{2}) 
Ph(3Br,4iPr,5Br)  Ph(3CF_{3},4F,5CF_{3})  Ph(3,4,5triOCHF_{2}) 
Ph(3,5diOCHF_{2},4OCF_{2}CF_{2}H)  Ph(2Cl,3F,4CF_{3},5F)  Ph(2Cl,3Me,4I,5Me) 
Ph(3,5diOCHF_{2},4OC_{2}F_{5})  Ph(2Cl,3F,4C_{2}F_{5},5F)  Ph(2Cl,3,4triMe) 
Ph(3,5diOCHF_{2},4SO_{2}Me)  Ph(2Cl,3F,4CF_{2}CF_{2}H,5F)  Ph(2Cl,3Me,4Et,5Me) 
Ph(3OCHF_{2},4TMS,5OCHF_{2})  Ph(2Cl,3F,4CF_{2}H,5F)  Ph(2Cl,3Me,4nPr,5Me) 
Ph(3OCHF_{2},4CN,5OCHF_{2})  Ph(2Cl,3F,4OMe,5F)  Ph(2Cl,3Me,4tBu,5Me) 
Ph(2,3,4,5tetraCl)  Ph(2Cl,3F,4OCF_{3},5F)  Ph(2Cl,3Me,4iPr,5Me) 
Ph(2Cl,3Cl,4F,5Cl)  Ph(2Cl,3F,4OCHF_{2},5F)  Ph(2Cl,3Me,4cPr,5Me) 
Ph(2Cl,3Cl,4Br,5Cl)  Ph(2Cl,3F,4OCF_{2}CF_{2}H,5F)  Ph(2Cl,3Me,4CF_{3},5Me) 
Ph(2Cl,3Cl,4I,5Cl)  Ph(2Cl,3,5diF,4OC_{2}F_{5},)  Ph(2Cl,3,5diMe,4C_{2}F_{5}) 
Ph(2Cl,3Cl,4Me,5Cl)  Ph(2Cl,3F,4SO_{2}Me,5F)  Ph(2Cl,3Me,4CF_{2}CF_{2}H,5Me) 
Ph(2Cl,3Cl,4Et,5Cl)  Ph(2Cl,3F,4TMS,5F)  Ph(2Cl,3Me,4CF_{2}H,5Me) 
Ph(2Cl,3Cl,4nPr,5Cl)  Ph(2Cl,3F,4CN,5F)  Ph(2Cl,3Me,4OMe,5Me) 
Ph(2Cl,3Cl,4tBu,5Cl)  Ph(2Cl,3Br,4Cl,5Br)  Ph(2Cl,3Me,4OCF_{3},5Me) 
Ph(2Cl,3Cl,4iPr,5Cl)  Ph(2Cl,3Br,4F,5Br)  Ph(2Cl,3Me,4OCHF_{2},5Me) 
Ph(2Cl,3Cl,4cPr,5Cl)  Ph(2Cl,3,4,5triBr)  Ph(2Cl,3,5diMe,4OCF_{2}CF_{2}H) 
Ph(2Cl,3Cl,4CF_{3},5Cl)  Ph(2Cl,3Br,4I,5Br)  Ph(2Cl,3Me,4OC_{2}F_{5},5Me) 
Ph(2Cl,3,5diCl,4C_{2}F_{5})  Ph(2Cl,3Br,4Me,5Br)  Ph(2Cl,3,5diMe,4SO_{2}Me) 
Ph(2Cl,3Cl,4CF_{2}CF_{2}H,5Cl)  Ph(2Cl,3Br,4Et,5Br)  Ph(2Cl,3Me,4TMS,5Me) 
Ph(2Cl,3Cl,4CF_{2}H,5Cl)  Ph(2Cl,3Br,4nPr,5Br)  Ph(2Cl,3Me,4CN,5Me) 
Ph(2Cl,3Cl,4OMe,5Cl)  Ph(2Cl,3Br,4tBu,5Br)  Ph(2Cl,3CF_{3},4Cl,5CF_{3}) 
Ph(2Cl,3Cl,4OCF_{3},5Cl)  Ph(2Cl,3Br,4iPr,5Br)  Ph(2Cl,3CF_{3},4F,5CF_{3}) 
Ph(2Cl,3Cl,4OCHF_{2},5Cl)  Ph(2Cl,3Br,4cPr,5Br)  Ph(2Cl,3CF_{3},4Br,5CF_{3}) 
Ph(2Cl,3Cl,4OCF_{2}CF_{2}H,5Cl)  Ph(2Cl,3Br,4CF_{3},5Br)  Ph(2Cl,3CF_{3},4I,5CF_{3}) 
Ph(2Cl,3,5diCl,4OC_{2}F_{5})  Ph(2Cl,3,5diBr,4C_{2}F_{5})  Ph(2Cl,3CF_{3},4Me,5CF_{3}) 
Ph(2Cl,3Cl,4SO_{2}Me,5Cl)  Ph(2Cl,3Br,4CF_{2}CF_{2}H,5Br)  Ph(2Cl,3CF_{3},4Et,5CF_{3}) 
Ph(2Cl,3Cl,4TMS,5Cl)  Ph(2Cl,3Br,4CF_{2}H,5Br)  Ph(2Cl,3CF_{3},4nPr,5CF_{3}) 
Ph(2Cl,3Cl,4CN,5Cl)  Ph(2Cl,3Br,4OMe,5Br)  Ph(2Cl,3CF_{3},4tBu,5CF_{3}) 
Ph(2Cl,3F,4Cl,5F)  Ph(2Cl,3Br,4OCF_{3},5Br)  Ph(2Cl,3CF_{3},4iPr,5CF_{3}) 
Ph(2Cl,3,4,5triF)  Ph(2Cl,3Br,4OCHF_{2},5Br)  Ph(2Cl,3CF_{3},4cPr,5CF_{3}) 
Ph(2Cl,3F,4Br,5F)  Ph(2Cl,3Br,4OCF_{2}CF_{2}H,5Br)  Ph(2Cl,3,4,5triCF_{3}) 
Ph(2Cl,3F,4I,5F)  Ph(2Cl,3,5diBr,4OC_{2}F_{5})  Ph(2Cl,3,5diCF_{3},4C_{2}F_{5}) 
Ph(2Cl,3F,4Me,5F)  Ph(2Cl,3Br,4SO_{2}Me,5Br)  Ph(2Cl,3,5diCF_{3},4CF_{2}CF_{2}H) 
Ph(2Cl,3F,4Et,5F)  Ph(2Cl,3Br,4TMS,5Br)  Ph(2Cl,3CF_{3},4CF_{2}H,5CF_{3}) 
Ph(2Cl,3F,4nPr,5F)  Ph(2Cl,3Br,4CN,5Br)  Ph(2Cl,3CF_{3},4OMe,5CF_{3}) 
Ph(2Cl,3F,4tBu,5F)  Ph(2Cl,3Me,4Cl,5Me)  Ph(2Cl,3CF_{3},4OCF_{3},5CF_{3}) 
Ph(2Cl,3F,4iPr,5F)  Ph(2Cl,3Me,4F,5Me)  Ph(2Cl,3CF_{3},4OCHF_{2},5CF_{3}) 
Ph(2Cl,3F,4cPr,5F)  Ph(2Cl,3Me,4Br,5Me)  Ph(2Cl,3,5diCF_{3},4 
OCF_{2}CF_{2}H)  Ph(2F,3Cl,4Me,5Cl)  Ph(2F,3F,4SO_{2}Me,5F) 
Ph(2Cl,3,5diCF_{3},4OC_{2}F_{5})  Ph(2F,3Cl,4Et,SCl)  Ph(2F,3F,4TMS,5F) 
Ph(2Cl,3,5diCF_{3},4SO_{2}Me)  Ph(2F,3Cl,4nPr,5Cl)  Ph(2F,3F,4CN,5F) 
Ph(2Cl,3,5diCF_{3},4TMS)  Ph(2F,3Cl,4tBu,5Cl)  Ph(2F,3Br,4Cl,5Br) 
Ph(2Cl,3CF_{3},4CN,5CF_{3})  Ph(2F,3Cl,4iPr,5Cl)  Ph(2F,3Br,4F,5Br) 
Ph(2Cl,3,5diOCHF_{2},4Cl)  Ph(2F,3Cl,4cPr,5Cl)  Ph(2F,3,4,5triBr) 
Ph(2Cl,3OCHF_{2},4F,5OCHF_{2})  Ph(2F,3Cl,4CF_{3},5Cl)  Ph(2F,3Br,4I,5Br) 
Ph(2Cl,3,5diOCHF_{2},4Br)  Ph(2F,3Cl,4C_{2}F_{5},5Cl)  Ph(2F,3Br,4Me,5Br) 
Ph(2Cl,3OCHF_{2},4I,5OCHF_{2})  Ph(2F,3Cl,4CF_{2}CF_{2}H,5Cl)  Ph(2F,3Br,4Et,5Br) 
Ph(2Cl,3,5diOCHF_{2},4Me)  Ph(2F,3Cl,4CF_{2}H,5Cl)  Ph(2F,3Br,4nPr,5Br) 
Ph(2Cl,3,5diOCHF_{2},4Et)  Ph(2F,3Cl,4OMe,5Cl)  Ph(2F,3Br,4tBu,5Br) 
Ph(2Cl,3,5diOCHF_{2},4nPr)  Ph(2F,3Cl,4OCF_{3},5Cl)  Ph(2F,3Br,4iPr,5Br) 
Ph(2Cl,3,5diOCHF_{2},4tBu)  Ph(2F,3Cl,4OCHF_{2},5Cl)  Ph(2F,3Br,4cPr,5Br) 
Ph(2Cl,3,5diOCHF_{2},4iPr)  Ph(2F,3Cl,4OCF_{2}CF_{2}H,5Cl)  Ph(2F,3Br,4CF_{3},5Br) 
Ph(2Cl,3,5diOCHF_{2},4cPr)  Ph(2F,3,5diCl,4OC_{2}F_{5})  Ph(2F,3,5diBr,4C_{2}F_{5}) 
Ph(2Cl,3,5diOCHF_{2}CF_{3},4CF_{3})  Ph(2F,3Cl,4S_{2}Me,5Cl)  Ph(2F,3Br,4CF_{2}CF_{2}H,5Br) 
Ph(2F,3Cl,4TMS,5Cl)  Ph(2F,3Br,4CF_{2}H,5Br)  
Ph(2Cl,3OC_{2}F_{5},4C_{2}F_{5},5OCHF_{2})  Ph(2F,3Cl,4CN,5Cl)  Ph(2F,3Br,4OMe,5Br) 
Ph(2F,3F,4Cl,5F)  Ph(2F,3Br,4OCF_{3},5Br)  
Ph(2Cl,3,5diOCHF_{2},4CF_{2}CF_{2}H)  Ph(2,3,4,5tetraF)  Ph(2F,3Br,4OCHF_{2},5Br) 
Ph(2F,3F,4Br,5F)  Ph(2F,3Br,4OCF_{2}CF_{2}H,5Br)  
Ph(2Cl,3OCHF_{2},4CF_{2}H,5OCHF_{2})  Ph(2F,3F,4I,5F)  Ph(2F,3Br,4OC_{2}F_{5},5Br) 
Ph(2F,3F,4Me,5F)  Ph(2F,3Br,4SO_{2}Me,5Br)  
Ph(2Cl,3,5di OCHF_{2},4OMe)  Ph(2F,3F,4Et,5F)  Ph(2F,3Br,4TMS,5Br) 
Ph(2Cl,3,5diOCHF_{2},4OCF_{3})  Ph(2F,3F,4nPr,5F)  Ph(2F,3Br,4CN,5Br) 
Ph(2Cl,3,4,5triOCHF_{2})  Ph(2F,3F,4tBu,5F)  Ph(2F,3Me,4Cl,5Me) 
Ph(2Cl,3OCHF_{2},4OCF_{2}CF_{2}H,5OCHF_{2})  Ph(2F,3F,4iPr,5F)  Ph(2F,3Me,4F,5Me) 
Ph(2F,3F,4cPr,5F)  Ph(2F,3Me,4Br,5Me)  
Ph(2Cl,3OCHF_{2},4OC_{2}F_{5},5OCHF_{2})  Ph(2F,3F,4CF_{3},5F)  Ph(2F,3Me,4I,5Me) 
Ph(2F,3F,4C_{2}F_{5},5F)  Ph(2F,3,4triMe)  
Ph(2Cl,3,5diOCHF_{2},4SO_{2}Me)  Ph(2F,3F,4CF_{2}CF_{2}H,5F)  Ph(2F,3Me,4Et,5Me) 
Ph(2Cl,3,5diOCHF_{2},4TMS)  Ph(2F,3F,4CF_{2}H,5F)  Ph(2F,3Me,4nPr,5Me) 
Ph(2Cl,3,5diOCHF_{2},4CN)  Ph(2F,3F,4OMe,5F)  Ph(2F,3Me,4tBu,5Me) 
Ph(2F,3,4,5triCl)  Ph(2F,3F,4OCF_{3},5F)  Ph(2F,3Me,4iPr,5Me) 
Ph(2F,3Cl,4F,5Cl)  Ph(2F,3F,4OCHF_{2},5F)  Ph(2F,3Me,4cPr,5Me) 
Ph(2F,3Cl,4Br,5Cl)  Ph(2F,3F,4OCF_{2}CF_{2}H,5F)  Ph(2F,3Me,4CF_{3},5Me) 
Ph(2F,3Cl,4I,5Cl)  Ph(2F,3F,4OC_{2}F_{5},5F)  Ph(2F,3Me,4C_{2}F_{5},5Me) 
Ph(2F,3Me,4CF_{2}CF_{2}H,5Me)  Ph(2F,3OCHF_{2},4Cl,5OCHF_{2})  Ph(2F,3OCHF_{2},4TMS,5OCHF_{2}) 
Ph(2F,3Me,4CF_{2}H,5Me)  Ph(2F,3OCHF_{2},4F,5OCHF_{2})  
Ph(2F,3Me,4OMe,5Me)  Ph(2F,3OCHF_{2},4Br,5OCHF_{2})  Ph(2F,3OCHF_{2},4CN,5OCHF_{2}) 
Ph(2F,3Me,4OCF_{3},5Me)  Ph(2F,3OCHF_{2},4I,5OCHF_{2})  
Ph(2F,3Me,4OCHF_{2},5Me)  Ph(2F,3OCHF_{2},4Me,5OCHF_{2})  1HImidazol2yl(1CF_{2}CF_{2}H,5Cl) 
Ph(2F,3Me,4OCF_{2}CF_{2}H,5Me)  
Ph(2F,3Me,4OC_{2}F_{5},5Me)  Ph(2F,3OCHF_{2},4Et,5OCHF_{2})  1HImidazol2yl(1CF_{2}CF_{2}H,5F) 
Ph(2F,3Me,4SO_{2}Me,5Me)  Ph(2F,3OCHF_{2},4nPr,5OCHF_{2})  
Ph(2F,3Me,4TMS,5Me)  1HImidazol2yl(1CH_{2}CF_{3},5Cl)  
Ph(2F,3Me,4CN,5Me)  Pb(2F,3OCHF_{2},4tBu,5OCHF_{2})  
Ph(2F,3CF_{3},4Cl,5CF_{3})  1HImidazol2yl(1CH_{2}CF_{3},5F)  
Ph(2F,3CF_{3},4F,5CF_{3})  Ph(2F,3OCHF_{2},4iPr,5OCHF_{2})  1HImidazol2yl(1Me,5CF_{2}H) 
Ph(2F,3CF_{3},4Br,5CF_{3})  1HImidazol2yl(1CF_{2}CF_{2}H,5CF_{2}H)  
Ph(2F,3CF_{3},4I,5CF_{3})  Ph(2F,3,5diOCHF_{2},4cPr)  
Ph(2F,3CF_{3},4Me,5CF_{3})  Ph(2F,3OCHF_{2}CF_{3},4CF_{3},5OCHF_{2})  1HImidazol2yl(1CH_{2}CF_{3},5CF_{2}H) 
Ph(2F,3CF_{3},4Et,5CF_{3})  
Ph(2F,3CF_{3},4nPr,5CF_{3})  Ph(2F,3OC_{2}F_{5},4C_{2}F_{5},5OCHF_{2})  1HImidazol2yl(1Me,5CF_{3}) 
Ph(2F,3CF_{3},4tBu,5CF_{3})  1HImidazol2yl(1CF_{2}CF_{2}H,5CF_{3})  
Ph(2F,3CF_{3},4iPr,5CF_{3})  Ph(2F,3,5diOCHF_{2},4CF_{2}CF_{2}H)  
Ph(2F,3CF_{3},4cPr,5CF_{3})  1HImidazol2yl(1CH_{2}CF_{3},5CF_{3})  
Ph(2F,3,4,5triCF_{3})  Ph(2F,3OCHF_{2},4CF_{2}H,5OCHF_{2})  
Ph(2F,3CF_{3},4C_{2}F_{5},5CF_{3})  1,3Benzodioxol4yl  
Ph(2F,3CF_{3},4CF_{2}CF_{2}H,5CF_{3})  Ph(2F,3OCHF_{2},4OMe,5OCHF_{2})  1,3Benzodioxol4yl(2,2diMe) 
Ph(2F,3CF_{3},4CF_{2}H,5CF_{3})  1,4Benzodioxol4yl(2,3dihydro)  
Ph(2F,3CF_{3},4OMe,5CF_{3})  Ph(2F,3OCHF_{2},4OCF_{3},5OCHF_{2})  
Ph(2F,3CF_{3},4OCF_{3},5CF_{3})  1,4Benzodioxol4yl(2,2,3,3tetrafluoro)  
Ph(2F,3CF_{3},4OCHF_{2},5CF_{3})  Ph(2F,3,4,5triOCHF_{2})  
Ph(2F,3CF_{3},4OCF_{2}CF_{2}H,5CF_{3})  Ph(2F,3OCHF_{2},4OCF_{2}CF_{2}H,5OCHF_{2})  1HPyrazol3yl(1CH_{2}CF_{3},4F) 
1HPyrazol3yl(1CH_{2}CF_{3},4Cl)  
Ph(2F,3CF_{3},4OC_{2}F_{5},5CF_{3})  Ph(2F,3OCHF_{2},4OC_{2}F_{5},5OCHF_{2})  1HPyrazol3yl(1CF_{2}CF_{2}H,4F) 
Ph(2F,3CF_{3},4SO_{2}Me,5CF_{3})  1HPyrazol3yl(1CF_{2}CF_{2}H,4Cl)  
Ph(2F,3CF_{3},4TMS,5CF_{3})  Ph(2F,3OCHF_{2},4SO_{2}Me,5OCHF_{2})  
Ph(2F,3CF_{3},4CN,5CF_{3})  1,3Benzodioxol4yl(2,2diF) 
Table  Row Heading 
2  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2,3diF); and Q^{1} is 
3  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2,4diF); and Q^{1} is 
4  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2,5diF); and Q^{1} is 
5  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2,3,4triF); and Q^{1} is 
6  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2,3,5triF); and Q^{1} is 
7  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2,3,4,5tetraF); and Q^{1} is 
8  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2F,3Cl,4Br); and Q^{1} is 
9  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2F,3Cl,4F); and Q^{1} is 
10  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2F,3Br,4F); and Q^{1} is 
11  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2F,3Me); and Q^{1} is 
12  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2F,3Me,4F); and Q^{1} is 
13  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2F,3Me,4Cl); and Q^{1} is 
14  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2F,3Cl); and Q^{1} is 
15  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2F,4Cl); and Q^{1} is 
16  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2F,3,4diCl); and Q^{1} is 
17  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2F,4Br); and Q^{1} is 
18  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2F,3OMe); and Q^{1} is 
19  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2F,3OMe,4F); and Q^{1} is 
20  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2F,3OMe,4Cl); and Q^{1} is 
21  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2F,3CF_{2}H); and Q^{1} is 
22  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2F,3CF_{3}); and Q^{1} is 
23  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2F,3CF_{3},4F); and Q^{1} is 
24  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2F,3NO_{2}); and Q^{1} is 
25  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2F,3NO_{2},4F); and Q^{1} is 
26  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2F,3SO_{2}Me); and Q^{1} is 
27  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2F,3SO_{2}Me,4F); and Q^{1} is 
28  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2CF_{3}); and Q^{1} is 
29  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2CF_{3},3F); and Q^{1} is 
30  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2CF_{3},3Me); and Q^{1} is 
31  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2CF_{3},4F); and Q^{1} is 
32  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2CF_{3},3Cl); and Q^{1} is 
33  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2CF_{3},4Cl); and Q^{1} is 
34  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2CF_{3},3,4diF); and Q^{1} is 
35  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2CF_{2}H); and Q^{1} is 
36  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2CF_{2}H,3F); and Q^{1} is 
37  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2CF_{2}H,3Me); and Q^{1} is 
38  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2CF_{2}H,4F); and Q^{1} is 
39  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2CF_{2}H,3Cl); and Q^{1} is 
40  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2CF_{2}H,4Cl); and Q^{1} is 
41  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2CF_{2}H,3,4diF); and Q^{1} is 
42  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2Me); and Q^{1} is 
43  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2,3diMe); and Q^{1} is 
44  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2Me,3F); and Q^{1} is 
45  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2Me,3Cl); and Q^{1} is 
46  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2Me,3CF_{3}); and Q^{1} is 
47  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2Me,3,4diCl); and Q^{1} is 
48  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2Me,3Cl,4F); and Q^{1} is 
49  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2Me,4Cl); and Q^{1} is 
50  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2Me,4F); and Q^{1} is 
51  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2Me,5F); and Q^{1} is 
52  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2Me,3,4diF); and Q^{1} is 
53  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2Me,3,5diF); and Q^{1} is 
54  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2Et); and Q^{1} is 
55  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2Et,3F); and Q^{1} is 
56  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2Et,3Cl); and Q^{1} is 
57  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2Et,4F); and Q^{1} is 
58  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2Et,3,4diF); and Q^{1} is 
59  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2iPr); and Q^{1} is 
60  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2iPr,3F); and Q^{1} is 
61  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2iPr,3Cl); and Q^{1} is 
62  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2iPr,4F); and Q^{1} is 
63  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2iPr,3,4diF); and Q^{1} is 
64  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2cPr); and Q^{1} is 
65  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2cPr,3F); and Q^{1} is 
66  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2cPr,3Cl); and Q^{1} is 
67  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2cPr,4F); and Q^{1} is 
68  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2cPr,3,4diF); and Q^{1} is 
69  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2NO_{2}); and Q^{1} is 
70  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2NO_{2},3F); and Q^{1} is 
71  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2NO_{2},3Cl); and Q^{1} is 
72  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2NO_{2},4F); and Q^{1} is 
73  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2NO_{2},3,4diF); and Q^{1} is 
74  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2OCF_{3}); and Q^{1} is 
75  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2OCF_{3},3F); and Q^{1} is 
76  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2OCF_{3},4F); and Q^{1} is 
77  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2Cl); and Q^{1} is 
78  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2Cl,3Me); and Q^{1} is 
79  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2Cl,3Me,4F); and Q^{1} is 
80  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2,3diCl); and Q^{1} is 
81  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2,4diCl); and Q^{1} is 
82  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2Cl,3F); and Q^{1} is 
83  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2Cl,4F); and Q^{1} is 
84  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2Cl,5F); and Q^{1} is 
85  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2Cl,3,4diF); and Q^{1} is 
86  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2Cl,3,5diF); and Q^{1} is 
87  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2OCF_{2}H); and Q^{1} is 
88  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2OCF_{2}H,3Me); and Q^{1} is 
89  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2OCF_{2}H,3Cl); and Q^{1} is 
90  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2OCF_{2}H,3F); and Q^{1} is 
91  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2OCF_{2}H,4F); and Q^{1} is 
92  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2OCF_{2}CF_{2}H); and Q^{1} is 
93  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2OCF_{2}CF_{2}H,3F); and Q^{1} is 
94  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2OCF_{2}CF_{2}H,4F); and Q^{1} is 
95  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2Br); and Q^{1} is 
96  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2Br,3F); and Q^{1} is 
97  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2Br,4F); and Q^{1} is 
98  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2Br,3,4diF); and Q^{1} is 
99  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2I); and Q^{1} is 
100  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2I,3F); and Q^{1} is 
101  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2I,4F); and Q^{1} is 
102  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2I,3,4diF); and Q^{1} is 
103  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2CN); and Q^{1} is 
104  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2CN,3Me); and Q^{1} is 
105  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2CN,3F); and Q^{1} is 
106  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2CN,4F); and Q^{1} is 
107  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2CN,3Cl); and Q^{1} is 
108  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2CN,4Cl); and Q^{1} is 
109  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2CN,3,4diF); and Q^{1} is 
110  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is 2Pyridinyl; and Q^{1} is 
111  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is 2Pyridinyl,3F; and Q^{1} is 
112  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is 2Pyridinyl,4F; and Q^{1} is 
113  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is 2Pyridinyl,3,4diF; and Q^{1} is 
114  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is 2Pyridinyl,3Cl; and Q^{1} is 
115  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is 2Pyridinyl,4Cl; and Q^{1} is 
116  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is 2Pyridinyl,3Cl,4F; and Q^{1} is 
117  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2SO_{2}Me); and Q^{1} is 
118  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2SO_{2}Me, 3F); and Q^{1} is 
119  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2SO_{2}Me, 3Me); and Q^{1} is 
120  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2SO_{2}Me, 4F); and Q^{1} is 
121  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2SO_{2}Me, 5F); and Q^{1} is 
122  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2SO_{2}Me,3,4diF); and Q^{1} is 
123  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2SO_{2}Me, 3Cl); and Q^{1} is 
124  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2SO_{2}Me, 4Cl); and Q^{1} is 
125  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2SO_{2}Me,3Cl,4F); and Q^{1} is 
126  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2SO_{2}NH_{2}); and Q^{1} is 
127  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2SO_{2}NH_{2}, 3F); and Q^{1} is 
128  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2SO_{2}NH_{2}, 3Cl); and Q^{1} is 
129  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2SO_{2}NH_{2}, 4F); and Q^{1} is 
130  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2SO_{2}NH_{2}, 5F); and Q^{1} is 
131  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2SO_{2}NH_{2},3,4diF); and Q^{1} is 
132  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(3F); and Q^{1} is 
133  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(3,4diF); and Q^{1} is 
134  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(3,5diF); and Q^{1} is 
135  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(3,4,5triF); and Q^{1} is 
136  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(3F,4Cl); and Q^{1} is 
137  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(3CF_{3}); and Q^{1} is 
138  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(3CF_{3},4F); and Q^{1} is 
139  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(3CF_{3},4Cl); and Q^{1} is 
140  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(3CF_{3},5F); and Q^{1} is 
141  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(3CF_{3},4,5diF); and Q^{1} is 
142  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(3SO_{2}Me); and Q^{1} is 
143  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(3SO_{2}Me,4Cl); and Q^{1} is 
144  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(3SO_{2}Me,4F); and Q^{1} is 
145  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(3SO_{2}Me,4,5diF); and Q^{1} is 
146  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(3SO_{2}Me,5F); and Q^{1} is 
147  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(3SO_{2}NH_{2}); and Q^{1} is 
148  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(3SO_{2}NH_{2},4F); and Q^{1} is 
149  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(3SO_{2}NH_{2},4,5diF); and Q^{1} is 
150  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(3SO_{2}NH_{2},4Cl); and Q^{1} is 
151  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(3SO_{2}NH_{2},5F) and Q^{1} is 
152  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(3Me); and Q^{1} is 
153  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(3Me,4F); and Q^{1} is 
154  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(3Me,4Cl); and Q^{1} is 
155  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(3Me,5F); and Q^{1} is 
156  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(3Me,4,5diF); and Q^{1} is 
157  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(3Cl); and Q^{1} is 
158  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(3Cl,4F); and Q^{1} is 
159  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(3,4diCl); and Q^{1} is 
160  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(3Cl,5F); and Q^{1} is 
161  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(3Cl,4,5diF); and Q^{1} is 
162  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(3,5diCl); and Q^{1} is 
163  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(4F); and Q^{1} is 
164  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(4Cl); and Q^{1} is 
165  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is 2,2diF1,3benzodioxol4yl; and Q^{1} is 
166  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is 2,2diF1,3benzodioxol5yl; and Q^{1} is 
167  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is 2,2diMe1,3benzodioxol4yl; and Q^{1} is 
168  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is 2,2diMe1,3benzodioxol5yl; and Q^{1} is 
169  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is 1,3benzodioxol4yl; and Q^{1} is 
170  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is 1,3benzodioxol5yl; and Q^{1} is 
171  Y^{1} is S; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2F); and Q^{1} is 
172  Y^{1} is S; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2,3diF); and Q^{1} is 
173  Y^{1} is S; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2,4diF); and Q^{1} is 
174  Y^{1} is S; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2,5diF); and Q^{1} is 
175  Y^{1} is S; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2,3,4triF); and Q^{1} is 
176  Y^{1} is S; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2,3,5triF); and Q^{1} is 
177  Y^{1} is S; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2,3,4,5tetraF); and Q^{1} is 
178  Y^{1} is S; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2F,3Cl,4Br); and Q^{1} is 
179  Y^{1} is S; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2F,3Cl,4F); and Q^{1} is 
180  Y^{1} is S; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2F,3Br,4F); and Q^{1} is 
181  Y^{1} is S; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2F,3Me); and Q^{1} is 
182  Y^{1} is S; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2F,3Me,4F); and Q^{1} is 
183  Y^{1} is S; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2F,3Me,4Cl); and Q^{1} is 
184  Y^{1} is S; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2F,3Cl); and Q^{1} is 
185  Y^{1} is S; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2F,4Cl); and Q^{1} is 
186  Y^{1} is S; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2F,3,4diCl); and Q^{1} is 
187  Y^{1} is S; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2F,4Br); and Q^{1} is 
188  Y^{1} is S; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2F,3OMe); and Q^{1} is 
189  Y^{1} is S; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2F,3OMe,4F); and Q^{1} is 
190  Y^{1} is S; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2F,3OMe,4Cl); and Q^{1} is 
191  Y^{1} is S; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2F,3CF_{2}H); and Q^{1} is 
192  Y^{1} is S; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2F,3CF_{3}); and Q^{1} is 
193  Y^{1} is S; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2F,3CF_{3},4F); and Q^{1} is 
194  Y^{1} is S; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2F,3NO_{2}); and Q^{1} is 
195  Y^{1} is S; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2F,3NO_{2},4F); and Q^{1} is 
196  Y^{1} is S; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2F,3SO_{2}Me); and Q^{1} is 
197  Y^{1} is S; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2F,3SO_{2}Me,4F); and Q^{1} is 
198  Y^{1} is S; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2CF_{3}); and Q^{1} is 
199  Y^{1} is S; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2CF_{3},3F); and Q^{1} is 
200  Y^{1} is S; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2CF_{3},3Me); and Q^{1} is 
201  Y^{1} is S; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2CF_{3},4F); and Q^{1} is 
202  Y^{1} is S; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2CF_{3},3Cl); and Q^{1} is 
203  Y^{1} is S; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2CF_{3},4Cl); and Q^{1} is 
204  Y^{1} is S; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2CF_{3},3,4diF); and Q^{1} is 
205  Y^{1} is S; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2CF_{2}H); and Q^{1} is 
206  Y^{1} is S; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2CF_{2}H,3F); and Q^{1} is 
207  Y^{1} is S; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2CF_{2}H,3Me); and Q^{1} is 
208  Y^{1} is S; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2CF_{2}H,4F); and Q^{1} is 
209  Y^{1} is S; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2CF_{2}H,3Cl); and Q^{1} is 
210  Y^{1} is S; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2CF_{2}H,4Cl); and Q^{1} is 
211  Y^{1} is S; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2CF_{2}H,3,4diF); and Q^{1} is 
212  Y^{1} is S; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2Me); and Q^{1} is 
213  Y^{1} is S; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2,3diMe); and Q^{1} is 
214  Y^{1} is S; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2Me,3F); and Q^{1} is 
215  Y^{1} is S; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2Me,3Cl); and Q^{1} is 
216  Y^{1} is S; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2Me,3CF_{3}); and Q^{1} is 
217  Y^{1} is S; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2Me,3,4diCl); and Q^{1} is 
218  Y^{1} is S; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2Me,3Cl,4F); and Q^{1} is 
219  Y^{1} is S; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2Me,4Cl); and Q^{1} is 
220  Y^{1} is S; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2Me,4F); and Q^{1} is 
221  Y^{1} is S; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2Me,5F); and Q^{1} is 
222  Y^{1} is S; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2Me,3,4diF); and Q^{1} is 
223  Y^{1} is S; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2Me,3,5diF); and Q^{1} is 
224  Y^{1} is S; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2Et); and Q^{1} is 
225  Y^{1} is S; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2Et,3F); and Q^{1} is 
226  Y^{1} is S; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2Et,3Cl); and Q^{1} is 
227  Y^{1} is S; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2Et,4F); and Q^{1} is 
228  Y^{1} is S; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2Et,3,4diF); and Q^{1} is 
229  Y^{1} is S; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2iPr); and Q^{1} is 
230  Y^{1} is S; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2iPr,3F); and Q^{1} is 
231  Y^{1} is S; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2iPr,3Cl); and Q^{1} is 
232  Y^{1} is S; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2iPr,4F); and Q^{1} is 
233  Y^{1} is S; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2iPr,3,4diF); and Q^{1} is 
234  Y^{1} is S; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2cPr); and Q^{1} is 
235  Y^{1} is S; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2cPr,3F); and Q^{1} is 
236  Y^{1} is S; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2cPr,3Cl); and Q^{1} is 
237  Y^{1} is S; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2cPr,4F); and Q^{1} is 
238  Y^{1} is S; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2cPr,3,4diF); and Q^{1} is 
239  Y^{1} is S; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2NO_{2}); and Q^{1} is 
240  Y^{1} is S; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2NO_{2},3F); and Q^{1} is 
241  Y^{1} is S; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2NO_{2},3Cl); and Q^{1} is 
242  Y^{1} is S; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2NO_{2},4F); and Q^{1} is 
243  Y^{1} is S; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2NO_{2},3,4diF); and Q^{1} is 
244  Y^{1} is S; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2OCF_{3}); and Q^{1} is 
245  Y^{1} is S; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2OCF_{3},3F); and Q^{1} is 
246  Y^{1} is S; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2OCF_{3},4F); and Q^{1} is 
247  Y^{1} is S; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2Cl); and Q^{1} is 
248  Y^{1} is S; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2Cl,3Me); and Q^{1} is 
249  Y^{1} is S; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2Cl,3Me,4F); and Q^{1} is 
250  Y^{1} is S; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2,3diCl); and Q^{1} is 
251  Y^{1} is S; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2,4diCl); and Q^{1} is 
252  Y^{1} is S; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2Cl,3F); and Q^{1} is 
253  Y^{1} is S; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2Cl,4F); and Q^{1} is 
254  Y^{1} is S; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2Cl,5F); and Q^{1} is 
255  Y^{1} is S; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2Cl,3,4diF); and Q^{1} is 
256  Y^{1} is S; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2Cl,3,5diF); and Q^{1} is 
257  Y^{1} is S; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2OCF_{2}H); and Q^{1} is 
258  Y^{1} is S; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2OCF_{2}H,3Me); and Q^{1} is 
259  Y^{1} is S; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2OCF_{2}H,3Cl); and Q^{1} is 
260  Y^{1} is S; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2OCF_{2}H,3F); and Q^{1} is 
261  Y^{1} is S; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2OCF_{2}H,4F); and Q^{1} is 
262  Y^{1} is S; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2OCF_{2}CF_{2}H); and Q^{1} is 
263  Y^{1} is S; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2OCF_{2}CF_{2}H,3F); and Q^{1} is 
264  Y^{1} is S; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2OCF_{2}CF_{2}H,4F); and Q^{1} is 
265  Y^{1} is S; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2Br); and Q^{1} is 
266  Y^{1} is S; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2Br,3F); and Q^{1} is 
267  Y^{1} is S; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2Br,4F); and Q^{1} is 
268  Y^{1} is S; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2Br,3,4diF); and Q^{1} is 
269  Y^{1} is S; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2I); and Q^{1} is 
270  Y^{1} is S; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2I,3F); and Q^{1} is 
271  Y^{1} is S; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2I,4F); and Q^{1} is 
272  Y^{1} is S; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(21,3,4diF); and Q^{1} is 
273  Y^{1} is S; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2CN); and Q^{1} is 
274  Y^{1} is S; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2CN,3Me); and Q^{1} is 
275  Y^{1} is S; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2CN,3F); and Q^{1} is 
276  Y^{1} is S; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2CN,4F); and Q^{1} is 
277  Y^{1} is S; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2CN,3Cl); and Q^{1} is 
278  Y^{1} is S; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2CN,4Cl); and Q^{1} is 
279  Y^{1} is S; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2CN,3,4diF); and Q^{1} is 
280  Y^{1} is S; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is 2Pyridinyl; and Q^{1} is 
281  Y^{1} is S; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is 2Pyridinyl,3F; and Q^{1} is 
282  Y^{1} is S; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is 2Pyridinyl,4F; and Q^{1} is 
283  Y^{1} is S; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is 2Pyridinyl,3,4diF; and Q^{1} is 
284  Y^{1} is S; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is 2Pyridinyl,3Cl; and Q^{1} is 
285  Y^{1} is S; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is 2Pyridinyl,4Cl; and Q^{1} is 
286  Y^{1} is S; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is 2Pyridinyl,3Cl,4F; and Q^{1} is 
287  Y^{1} is S; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2SO_{2}Me); and Q^{1} is 
288  Y^{1} is S; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2SO_{2}Me, 3F); and Q^{1} is 
289  Y^{1} is S; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2SO_{2}Me, 3Me); and Q^{1} is 
290  Y^{1} is S; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2SO_{2}Me, 4F); and Q^{1} is 
291  Y^{1} is S; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2SO_{2}Me, 5F); and Q^{1} is 
292  Y^{1} is S; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2SO_{2}Me,3,4diF); and Q^{1} is 
293  Y^{1} is S; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2SO_{2}Me, 3Cl); and Q^{1} is 
294  Y^{1} is S; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2SO_{2}Me, 4Cl); and Q^{1} is 
295  Y^{1} is S; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2SO_{2}Me,3Cl,4F); and Q^{1} is 
296  Y^{1} is S; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2SO_{2}NH_{2}); and Q^{1} is 
297  Y^{1} is S; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2SO_{2}NH_{2}, 3F); and Q^{1} is 
298  Y^{1} is S; Y^{2} is O; R^{2} is H; R^{4} is H ; R^{5} is H; Q^{2} is Ph(2SO_{2}NH_{2}, 3Cl); and Q^{1} is 
299  Y^{1} is S; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2SO_{2}NH_{2}, 4F); and Q^{1} is 
300  Y^{1} is S; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2SO_{2}NH_{2}, 5F); and Q^{1} is 
301  Y^{1} is S; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2SO_{2}NH_{2},3,4diF); and Q^{1} is 
302  Y^{1} is S; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(3F); and Q^{1} is 
303  Y^{1} is S; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(3,4diF); and Q^{1} is 
304  Y^{1} is S; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(3,5diF); and Q^{1} is 
305  Y^{1} is S; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(3,4,5triF); and Q^{1} is 
306  Y^{1} is S; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(3F,4Cl); and Q^{1} is 
307  Y^{1} is S; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(3CF_{3}); and Q^{1} is 
308  Y^{1} is S; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(3CF_{3},4F); and Q^{1} is 
309  Y^{1} is S; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(3CF_{3},4Cl); and Q^{1} is 
310  Y^{1} is S; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(3CF_{3},5F); and Q^{1} is 
311  Y^{1} is S; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(3CF_{3},4,5diF); and Q^{1} is 
312  Y^{1} is S; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(3SO_{2}Me); and Q^{1} is 
313  Y^{1} is S; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(3SO_{2}Me,4Cl); and Q^{1} is 
314  Y^{1} is S; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(3SO_{2}Me,4F); and Q^{1} is 
315  Y^{1} is S; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(3SO_{2}Me,4,5diF); and Q^{1} is 
316  Y^{1} is S; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(3SO_{2}Me,5F); and Q^{1} is 
317  Y^{1} is S; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(3SO_{2}NH_{2}); and Q^{1} is 
318  Y^{1} is S; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(3SO_{2}NH_{2},4F); and Q^{1} is 
319  Y^{1} is S; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(3SO_{2}NH_{2},4,5diF); and Q^{1} is 
320  Y^{1} is S; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(3SO_{2}NH_{2},4Cl); and Q^{1} is 
321  Y^{1} is S; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(3SO_{2}NH_{2},5F); and Q^{1} is 
322  Y^{1} is S; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(3Me); and Q^{1} is 
323  Y^{1} is S; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(3Me,4F); and Q^{1} is 
324  Y^{1} is S; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(3Me,4Cl); and Q^{1} is 
325  Y^{1} is S; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(3Me,5F); and Q^{1} is 
326  Y^{1} is S; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(3Me,4,5diF); and Q^{1} is 
327  Y^{1} is S; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(3Cl); and Q^{1} is 
328  Y^{1} is S; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(3Cl,4F); and Q^{1} is 
329  Y^{1} is S; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(3,4diCl); and Q^{1} is 
330  Y^{1} is S; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(3Cl,5F); and Q^{1} is 
331  Y^{1} is S; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(3Cl,4,5diF); and Q^{1} is 
332  Y^{1} is S; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(3,5diCl); and Q^{1} is 
333  Y^{1} is S; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(4F); and Q^{1} is 
334  Y^{1} is S; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(4Cl); and Q^{1} is 
335  Y^{1} is S; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is 2,2diF1,3benzodioxol4yl; and Q^{1} is 
336  Y^{1} is S; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is 2,2diF1,3benzodioxol5yl; and Q^{1} is 
337  Y^{1} is S; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is 2,2diMe1,3benzodioxol4yl; and Q^{1} is 
338  Y^{1} is S; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is 2,2diMe1,3benzodioxol5yl; and Q^{1} is 
339  Y^{1} is S; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is 1,3benzodioxol4yl; and Q^{1} is 
340  Y^{1} is S; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is 1,3benzodioxol5yl; and Q^{1} is 
341  Y^{1} is O; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2F); and Q^{1} is 
342  Y^{1} is O; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2,3diF); and Q^{1} is 
343  Y^{1} is O; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2,4diF); and Q^{1} is 
344  Y^{1} is O; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2,5diF); and Q^{1} is 
345  Y^{1} is O; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2,3,4triF); and Q^{1} is 
346  Y^{1} is O; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2,3,5triF); and Q^{1} is 
347  Y^{1} is O; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2,3,4,5tetraF); and Q^{1} is 
348  Y^{1} is O; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2F,3Cl,4Br); and Q^{1} is 
349  Y^{1} is O; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2F,3Cl,4F); and Q^{1} is 
350  Y^{1} is O; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2F,3Br,4F); and Q^{1} is 
351  Y^{1} is O; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2F,3Me); and Q^{1} is 
352  Y^{1} is O; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2F,3Me,4F); and Q^{1} is 
353  Y^{1} is O; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2F,3Me,4Cl); and Q^{1} is 
354  Y^{1} is O; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2F,3Cl); and Q^{1} is 
355  Y^{1} is O; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2F,4Cl); and Q^{1} is 
356  Y^{1} is O; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2F,3,4diCl); and Q^{1} is 
357  Y^{1} is O; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2F,4Br); and Q^{1} is 
358  Y^{1} is O; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2F,3OMe); and Q^{1} is 
359  Y^{1} is O; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2F,3OMe,4F); and Q^{1} is 
360  Y^{1} is O; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2F,3OMe,4Cl); and Q^{1} is 
361  Y^{1} is O; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2F,3CF_{2}H); and Q^{1} is 
362  Y^{1} is O; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2F,3CF_{3}); and Q^{1} is 
363  Y^{1} is O; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2F,3CF_{3},4F); and Q^{1} is 
364  Y^{1} is O; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2F,3NO_{2}); and Q^{1} is 
365  Y^{1} is O; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2F,3NO_{2},4F); and Q^{1} is 
366  Y^{1} is O; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2F,3SO_{2}Me); and Q^{1} is 
367  Y^{1} is O; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2F,3SO_{2}Me,4F); and Q^{1} is 
368  Y^{1} is O; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2CF_{3}); and Q^{1} is 
369  Y^{1} is O; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2CF_{3},3F); and Q^{1} is 
370  Y^{1} is O; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2CF_{3},3Me); and Q^{1} is 
371  Y^{1} is O; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2CF_{3},4F); and Q^{1} is 
372  Y^{1} is O; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2CF_{3},3Cl); and Q^{1} is 
373  Y^{1} is O; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2CF_{3},4Cl); and Q^{1} is 
374  Y^{1} is O; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2CF_{3},3,4diF); and Q^{1} is 
375  Y^{1} is O; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2CF_{2}H); and Q^{1} is 
376  Y^{1} is O; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2CF_{2}H,3F); and Q^{1} is 
377  Y^{1} is O; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2CF_{2}H,3Me); and Q^{1} is 
378  Y^{1} is O; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2CF_{2}H,4F); and Q^{1} is 
379  Y^{1} is O; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2CF_{2}H,3Cl); and Q^{1} is 
380  Y^{1} is O; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2CF_{2}H,4Cl); and Q^{1} is 
381  Y^{1} is O; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2CF_{2}H,3,4diF); and Q^{1} is 
382  Y^{1} is O; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2Me); and Q^{1} is 
383  Y^{1} is O; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2,3diMe); and Q^{1} is 
384  Y^{1} is O; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2Me,3F); and Q^{1} is 
385  Y^{1} is O; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2Me,3Cl); and Q^{1} is 
386  Y^{1} is O; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2Me,3CF_{3}); and Q^{1} is 
387  Y^{1} is O; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2Me,3,4diCl); and Q^{1} is 
388  Y^{1} is Y^{2} is S; R^{2} is R^{4} is R^{5} Q^{2} is Ph(2Me,3Cl,4F); and Q^{1} is 
389  Y^{1} is O; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2Me,4Cl); and Q^{1} is 
390  Y^{1} is O; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2Me,4F); and Q^{1} is 
391  Y^{1} is O; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2Me,5F); and Q^{1} is 
392  Y^{1} is O; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2Me,3,4diF); and Q^{1} is 
393  Y^{1} is O; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2Me,3,5diF); and Q^{1} is 
394  Y^{1} is O; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2Et); and Q^{1} is 
395  Y^{1} is O; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2Et,3F); and Q^{1} is 
396  Y^{1} is O; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2Et,3Cl); and Q^{1} is 
397  Y^{1} is O; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2Et,4F); and Q^{1} is 
398  Y^{1} is O; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2Et,3,4diF); and Q^{1} is 
399  Y^{1} is O; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2iPr); and Q^{1} is 
400  Y^{1} is O; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2iPr,3F); and Q^{1} is 
401  Y^{1} is O; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2iPr,3Cl); and Q^{1} is 
402  Y^{1} is O; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2iPr,4F); and Q^{1} is 
403  Y^{1} is O; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2iPr,3,4diF); and Q^{1} is 
404  Y^{1} is O; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2cPr); and Q^{1} is 
405  Y^{1} is O; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2cPr,3F); and Q^{1} is 
406  Y^{1} is O; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2cPr,3Cl); and Q^{1} is 
407  Y^{1} is O; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2cPr,4F); and Q^{1} is 
408  Y^{1} is O; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2cPr,3,4diF); and Q^{1} is 
409  Y^{1} is O; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2NO_{2}); and Q^{1} is 
410  Y^{1} is O; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2NO_{2},3F); and Q^{1} is 
411  Y^{1} is O; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2NO_{2},3Cl); and Q^{1} is 
412  Y^{1} is O; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2NO_{2},4F); and Q^{1} is 
413  Y^{1} is O; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2NO_{2},3,4diF); and Q^{1} is 
414  Y^{1} is O; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2OCF_{3}); and Q^{1} is 
415  Y^{1} is O; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2OCF_{3},3F); and Q^{1} is 
416  Y^{1} is O; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2OCF_{3},4F); and Q^{1} is 
417  Y^{1} is O; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2Cl); and Q^{1} is 
418  Y^{1} is O; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2Cl,3Me); and Q^{1} is 
419  Y^{1} is O; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2Cl,3Me,4F); and Q^{1} is 
420  Y^{1} is O; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2,3diCl); and Q^{1} is 
421  Y^{1} is O; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2,4diCl); and Q^{1} is 
422  Y^{1} is O; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2Cl,3F); and Q^{1} is 
423  Y^{1} is O; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2Cl,4F); and Q^{1} is 
424  Y^{1} is O; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2Cl,5F); and Q^{1} is 
425  Y^{1} is O; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2Cl,3,4diF); and Q^{1} is 
426  Y^{1} is O; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2Cl,3,5diF); and Q^{1} is 
427  Y^{1} is O; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2OCF_{2}H); and Q^{1} is 
428  Y^{1} is O; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2OCF_{2}H,3Me); and Q^{1} is 
429  Y^{1} is O; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2OCF_{2}H,3Cl); and Q^{1} is 
430  Y^{1} is O; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2OCF_{2}H,3F); and Q^{1} is 
431  Y^{1} is O; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2OCF_{2}H,4F); and Q^{1} is 
432  Y^{1} is O; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2OCF_{2}CF_{2}H); and Q^{1} is 
433  Y^{1} is O; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2OCF_{2}CF_{2}H,3F); and Q^{1} is 
434  Y^{1} is O; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2OCF_{2}CF_{2}H,4F); and Q^{1} is 
435  Y^{1} is O; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2Br); and Q^{1} is 
436  Y^{1} is O; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2Br,3F); and Q^{1} is 
437  Y^{1} is O; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2Br,4F); and Q^{1} is 
438  Y^{1} is O; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2Br,3,4diF); and Q^{1} is 
439  Y^{1} is O; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2I); and Q^{1} is 
440  Y^{1} is O; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2I,3F); and Q^{1} is 
441  Y^{1} is O; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2I,4F); and Q^{1} is 
442  Y^{1} is O; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2I,3,4diF); and Q^{1} is 
443  Y^{1} is O; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2CN); and Q^{1} is 
444  Y^{1} is O; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2CN,3Me); and Q^{1} is 
445  Y^{1} is O; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2CN,3F); and Q^{1} is 
446  Y^{1} is O; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2CN,4F); and Q^{1} is 
447  Y^{1} is O; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2CN,3Cl); and Q^{1} is 
448  Y^{1} is O; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2CN,4Cl); and Q^{1} is 
449  Y^{1} is O; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2CN,3,4diF); and Q^{1} is 
450  Y^{1} is O; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is 2Pyridinyl; and Q^{1} is 
451  Y^{1} is O; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is 2Pyridinyl,3F; and Q^{1} is 
452  Y^{1} is O; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is 2Pyridinyl,4F; and Q^{1} is 
453  Y^{1} is O; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is 2Pyridinyl,3,4diF; and Q^{1} is 
454  Y^{1} is O; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is 2Pyridinyl,3Cl; and Q^{1} is 
455  Y^{1} is O; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is 2Pyridinyl,4Cl; and Q^{1} is 
456  Y^{1} is O; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is 2Pyridinyl,3Cl,4F; and Q^{1} is 
457  Y^{1} is O; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2SO_{2}Me); and Q^{1} is 
458  Y^{1} is O; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2SO_{2}Me, 3F); and Q^{1} is 
459  Y^{1} is O; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2SO_{2}Me, 3Me); and Q^{1} is 
460  Y^{1} is O; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2SO_{2}Me, 4F); and Q^{1} is 
461  Y^{1} is O; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2SO_{2}Me, 5F); and Q^{1} is 
462  Y^{1} is O; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2SO_{2}Me,3,4diF); and Q^{1} is 
463  Y^{1} is O; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2SO_{2}Me, 3Cl); and Q^{1} is 
464  Y^{1} is O; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2SO_{2}Me, 4Cl); and Q^{1} is 
465  Y^{1} is O; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2SO_{2}Me,3Cl,4F); and Q^{1} is 
466  Y^{1} is O; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2SO_{2}NH_{2}); and Q^{1} is 
467  Y^{1} is O; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2SO_{2}NH_{2}, 3F); and Q^{1} is 
468  Y^{1} is O; Y^{2} is S; R^{2} is H; R^{4} is H; ; R^{5} is H; Q^{2} is Ph(2SO_{2}NH_{2}, 3Cl); and Q^{1} is 
469  Y^{1} is O; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2SO_{2}NH_{2}, 4F); and Q^{1} is 
470  Y^{1} is O; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2SO_{2}NH_{2}, 5F); and Q^{1} is 
471  Y^{1} is O; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2SO_{2}NH_{2},3,4diF); and Q^{1} is 
472  Y^{1} is O; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(3F); and Q^{1} is 
473  Y^{1} is O; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(3,4diF); and Q^{1} is 
474  Y^{1} is O; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(3,5diF); and Q^{1} is 
475  Y^{1} is O; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(3,4,5triF); and Q^{1} is 
476  Y^{1} is O; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(3F,4Cl); and Q^{1} is 
477  Y^{1} is O; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(3CF_{3}); and Q^{1} is 
478  Y^{1} is O; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(3CF_{3},4F); and Q^{1} is 
479  Y^{1} is O; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(3CF_{3},4Cl); and Q^{1} is 
480  Y^{1} is O; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(3CF_{3},5F); and Q^{1} is 
481  Y^{1} is O; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(3CF_{3},4,5diF); and Q^{1} is 
482  Y^{1} is O; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(3SO_{2}Me); and Q^{1} is 
483  Y^{1} is O; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(3SO_{2}Me,4Cl); and Q^{1} is 
484  Y^{1} is O; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(3SO_{2}Me,4F); and Q^{1} is 
485  Y^{1} is O; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(3SO_{2}Me,4,5diF); and Q^{1} is 
486  Y^{1} is O; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(3SO_{2}Me,5F); and Q^{1} is 
487  Y^{1} is Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is Q^{2} is Ph(3SO_{2}NH_{2}); and Q^{1} is 
488  Y^{1} is O; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(3SO_{2}NH_{2},4F); and Q^{1} is 
489  Y^{1} is O; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(3SO_{2}NH_{2},4,5diF); and Q^{1} is 
490  Y^{1} is O; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(3SO_{2}NH_{2},4Cl); and Q^{1} is 
491  Y^{1} is O; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(3SO_{2}NH_{2},5F); and Q^{1} is 
492  Y^{1} is O; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(3Me); and Q^{1} is 
493  Y^{1} is O; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(3Me,4F); and Q^{1} is 
494  Y^{1} is O; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(3Me,4Cl); and Q^{1} is 
495  Y^{1} is O; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(3Me,5F); and Q^{1} is 
496  Y^{1} is O; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(3Me,4,5diF); and Q^{1} is 
497  Y^{1} is O; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(3Cl); and Q^{1} is 
498  Y^{1} is O; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(3Cl,4F); and Q^{1} is 
499  Y^{1} is O; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(3,4diCl); and Q^{1} is 
500  Y^{1} is O; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(3Cl,5F); and Q^{1} is 
501  Y^{1} is O; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(3Cl,4,5diF); and Q^{1} is 
502  Y^{1} is O; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(3,5diCl); and Q^{1} is 
503  Y^{1} is O; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(4F); and Q^{1} is 
504  Y^{1} is O; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(4Cl); and Q^{1} is 
505  Y^{1} is O; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is 2,2diF1,3benzodioxol4yl; and Q^{1} is 
506  Y^{1} is O; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is 2,2diF1,3benzodioxol5yl; and Q^{1} is 
507  Y^{1} is O; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is 2,2diMe1,3benzodioxol4yl; and Q^{1} is 
508  Y^{1} is O; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is 2,2diMe1,3benzodioxol5yl; and Q^{1} is 
509  Y^{1} is O; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is 1,3benzodioxol4yl; and Q^{1} is 
510  Y^{1} is O; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is 1,3benzodioxol5yl; and Q^{1} is 
511  Y^{1} is S; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2F); and Q^{1} is 
512  Y^{1} is S; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2,3diF); and Q^{1} is 
513  Y^{1} is S; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2,4diF); and Q^{1} is 
514  Y^{1} is S; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2,5diF); and Q^{1} is 
515  Y^{1} is S; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2,3,4triF); and Q^{1} is 
516  Y^{1} is S; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2,3,5triF); and Q^{1} is 
517  Y^{1} is S; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2,3,4,5tetraF); and Q^{1} is 
518  Y^{1} is S; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2F,3Cl,4Br); and Q^{1} is 
519  Y^{1} is S; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2F,3Cl,4F); and Q^{1} is 
520  Y^{1} is S; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2F,3Br,4F); and Q^{1} is 
521  Y^{1} is S; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2F,3Me); and Q^{1} is 
522  Y^{1} is S; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2F,3Me,4F); and Q^{1} is 
523  Y^{1} is S; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2F,3Me,4Cl); and Q^{1} is 
524  Y^{1} is S; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2F,3Cl); and Q^{1} is 
525  Y^{1} is S; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2F,4Cl); and Q^{1} is 
526  Y^{1} is S; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2F,3,4diCl); and Q^{1} is 
527  Y^{1} is S; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2F,4Br); and Q^{1} is 
528  Y^{1} is S; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2F,3OMe); and Q^{1} is 
529  Y^{1} is S; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2F,3OMe,4F); and Q^{1} is 
530  Y^{1} is S; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2F,3OMe,4Cl); and Q^{1} is 
531  Y^{1} is S; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2F,3CF_{2}H); and Q^{1} is 
532  Y^{1} is S; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2F,3CF_{3}); and Q^{1} is 
533  Y^{1} is S; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2F,3CF_{3},4F); and Q^{1} is 
534  Y^{1} is S; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2F,3NO_{2}); and Q^{1} is 
535  Y^{1} is S; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2F,3NO_{2},4F); and Q^{1} is 
536  Y^{1} is S; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2F,3SO_{2}Me); and Q^{1} is 
537  Y^{1} is S; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2F,3SO_{2}Me,4F); and Q^{1} is 
538  Y^{1} is S; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2CF_{3}); and Q^{1} is 
539  Y^{1} is S; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2CF_{3},3F), and Q^{1} is 
540  Y^{1} is S; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2CF_{3},3Me); and Q^{1} is 
541  Y^{1} is S; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2CF_{3},4F); and Q^{1} is 
542  Y^{1} is S; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2CF_{3},3Cl); and Q^{1} is 
543  Y^{1} is S; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2CF_{3},4Cl); and Q^{1} is 
544  Y^{1} is S; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2CF_{3},3,4diF); and Q^{1} is 
545  Y^{1} is S; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2CF_{2}H); and Q^{1} is 
546  Y^{1} is S; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2CF_{2}H,3F); and Q^{1} is 
547  Y^{1} is S; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2CF_{2}H,3Me); and Q^{1} is 
548  Y^{1} is S; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2CF_{2}H,4F); and Q^{1} is 
549  Y^{1} is S; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2CF_{2}H,3Cl); and Q^{1} is 
550  Y^{1} is S; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2CF_{2}H,4Cl); and Q^{1} is 
551  Y^{1} is S; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2CF_{2}H,3,4diF); and Q^{1} is 
552  Y^{1} is S; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2Me); and Q^{1} is 
553  Y^{1} is S; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2,3diMe); and Q^{1} is 
554  Y^{1} is S; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2Me,3F); and Q^{1} is 
555  Y^{1} is S; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2Me,3Cl); and Q^{1} is 
556  Y^{1} is S; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2Me,3CF_{3}); and Q^{1} is 
557  Y^{1} is S; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2Me,3,4diCl); and Q^{1} is 
558  Y^{1} is S; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2Me,3Cl,4F); and Q^{1} is 
559  Y^{1} is S; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2Me,4Cl); and Q^{1} is 
560  Y^{1} is S; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2Me,4F); and Q^{1} is 
561  Y^{1} is S; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2Me,5F); and Q^{1} is 
562  Y^{1} is S; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2Me,3,4diF); and Q^{1} is 
563  Y^{1} is S; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2Me,3,5diF); and Q^{1} is 
564  Y^{1} is S; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2Et); and Q^{1} is 
565  Y^{1} is S; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2Et,3F); and Q^{1} is 
566  Y^{1} is S; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2Et,3Cl); and Q^{1} is 
567  Y^{1} is S; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2Et,4F); and Q^{1} is 
568  Y^{1} is S; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2Et,3,4diF); and Q^{1} is 
569  Y^{1} is S; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2iPr); and Q^{1} is 
570  Y^{1} is S; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2iPr,3F); and Q^{1} is 
571  Y^{1} is S; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2iPr,3Cl); and Q^{1} is 
572  Y^{1} is S; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2iPr,4F); and Q^{1} is 
573  Y^{1} is S; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2iPr,3,4diF); and Q^{1} is 
574  Y^{1} is S; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2cPr); and Q^{1} is 
575  Y^{1} is S; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2cPr,3F); and Q^{1} is 
576  Y^{1} is S; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2cPr,3Cl); and Q^{1} is 
577  Y^{1} is S; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2cPr,4F); and Q^{1} is 
578  Y^{1} is S; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2cPr,3,4diF); and Q^{1} is 
579  Y^{1} is S; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2NO_{2}); and Q^{1} is 
580  Y^{1} is S; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2NO_{2},3F); and Q^{1} is 
581  Y^{1} is S; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2NO_{2},3Cl); and Q^{1} is 
582  Y^{1} is S; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2NO_{2},4F); and Q^{1} is 
583  Y^{1} is S; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2NO_{2},3,4diF); and Q^{1} is 
584  Y^{1} is S; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2OCF_{3}); and Q^{1} is 
585  Y^{1} is S; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2OCF_{3},3F); and Q^{1} is 
586  Y^{1} is S; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2OCF_{3},4F); and Q^{1} is 
587  Y^{1} is S; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2Cl); and Q^{1} is 
588  Y^{1} is S; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2Cl,3Me); and Q^{1} is 
589  Y^{1} is S; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2Cl,3Me,4F); and Q^{1} is 
590  Y^{1} is S; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2,3diCl); and Q^{1} is 
591  Y^{1} is S; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2,4diCl); and Q^{1} is 
592  Y^{1} is S; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2Cl,3F); and Q^{1} is 
593  Y^{1} is S; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2Cl,4F); and Q^{1} is 
594  Y^{1} is S; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2Cl,5F); and Q^{1} is 
595  Y^{1} is S; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2Cl,3,4diF); and Q^{1} is 
596  Y^{1} is S; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2Cl,3,5diF); and Q^{1} is 
597  Y^{1} is S; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2OCF_{2}H); and Q^{1} is 
598  Y^{1} is S; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2OCF_{2}H,3Me); and Q^{1} is 
599  Y^{1} is S; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2OCF_{2}H,3Cl); and Q^{1} is 
600  Y^{1} is S; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2OCF_{2}H,3F); and Q^{1} is 
601  Y^{1} is S; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2OCF_{2}H,4F); and Q^{1} is 
602  Y^{1} is S; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2OCF_{2}CF_{2}H); and Q^{1} is 
603  Y^{1} is S; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2OCF_{2}CF_{2}H,3F); and Q^{1} is 
604  Y^{1} is S; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2OCF_{2}CF_{2}H,4F); and Q^{1} is 
605  Y^{1} is S; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2Br); and Q^{1} is 
606  Y^{1} is S; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2Br,3F); and Q^{1} is 
607  Y^{1} is S; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2Br,4F); and Q^{1} is 
608  Y^{1} is S; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2Br,3,4diF); and Q^{1} is 
609  Y^{1} is S; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2I); and Q^{1} is 
610  Y^{1} is S; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2I,3F); and Q^{1} is 
611  Y^{1} is S; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2I,4F); and Q^{1} is 
612  Y^{1} is S; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2I,3,4diF); and Q^{1} is 
613  Y^{1} is S; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2CN); and Q^{1} is 
614  Y^{1} is S; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2CN,3Me); and Q^{1} is 
615  Y^{1} is S; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2CN,3F); and Q^{1} is 
616  Y^{1} is S; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2CN,4F); and Q^{1} is 
617  Y^{1} is S; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2CN,3Cl); and Q^{1} is 
618  Y^{1} is S; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2CN,4Cl); and Q^{1} is 
619  Y^{1} is S; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2CN,3,4diF); and Q^{1} is 
620  Y^{1} is S; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is 2Pyridinyl; and Q^{1} is 
621  Y^{1} is S; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is 2Pyridinyl,3F; and Q^{1} is 
622  Y^{1} is S; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is 2Pyridinyl,4F; and Q^{1} is 
623  Y^{1} is S; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is 2Pyridiny1,3,4diF; and Q^{1} is 
624  Y^{1} is S; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is 2Pyridinyl,3Cl; and Q^{1} is 
625  Y^{1} is S; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is 2Pyridinyl,4Cl; and Q^{1} is 
626  Y^{1} is S; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is 2Pyridinyl,3Cl,4F; and Q^{1} is 
627  Y^{1} is S; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2SO_{2}Me); and Q^{1} is 
628  Y^{1} is S; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2SO_{2}Me, 3F); and Q^{1} is 
629  Y^{1} is S; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2SO_{2}Me, 3Me); and Q^{1} is 
630  Y^{1} is S; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2SO_{2}Me, 4F); and Q^{1} is 
631  Y^{1} is S; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2SO_{2}Me, 5F); and Q^{1} is 
632  Y^{1} is S; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2SO_{2}Me,3,4diF); and Q^{1} is 
633  Y^{1} is S; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2SO_{2}Me, 3Cl); and Q^{1} is 
634  Y^{1} is S; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2SO_{2}Me, 4Cl); and Q^{1} is 
635  Y^{1} is S; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2SO_{2}Me,3Cl,4F); and Q^{1} is 
636  Y^{1} is S; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2SO_{2}NH_{2}) and Q^{1} is 
637  Y^{1} is S; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2SO_{2}NH_{2}, 3F); and Q^{1} is 
638  Y^{1} is S; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2SO_{2}NH_{2}, 3C1); and Q^{1} is 
639  Y^{1} is S; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2SO_{2}NH_{2}, 4F); and Q^{1} is 
640  Y^{1} is S; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2SO_{2}NH_{2}, 5F); and Q^{1} is 
641  Y^{1} is S; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2SO_{2}NH_{2},3,4diF); and Q^{1} is 
642  Y^{1} is S; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(3F); and Q^{1} is 
643  Y^{1} is S; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(3,4diF); and Q^{1} is 
644  Y^{1} is S; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(3,5diF); and Q^{1} is 
645  Y^{1} is S; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(3,4,5triF); and Q^{1} is 
646  Y^{1} is S; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(3F,4Cl); and Q^{1} is 
647  Y^{1} is S; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(3CF_{3}); and Q^{1} is 
648  Y^{1} is S; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(3CF_{3},4F); and Q^{1} is 
649  Y^{1} is S; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(3CF_{3},4Cl); and Q^{1} is 
650  Y^{1} is S; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(3CF_{3},5F); and Q^{1} is 
651  Y^{1} is S; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(3CF_{3},4,5diF), and Q^{1} is 
652  Y^{1} is S; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(3SO_{2}Me); and Q^{1} is 
653  Y^{1} is S; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(3SO_{2}Me,4Cl); and Q^{1} is 
654  Y^{1} is S; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(3SO_{2}Me,4F); and Q^{1} is 
655  Y^{1} is S; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(3SO_{2}Me,4,5diF); and Q^{1} is 
656  Y^{1} is S; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(3SO_{2}Me,5F); and Q^{1} is 
657  Y^{1} is S; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(3SO_{2}NH_{2}); and Q^{1} is 
658  Y^{1} is S; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(3SO_{2}NH_{2},4F); and Q^{1} is 
659  Y^{1} is S; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(3SO_{2}NH_{2},4,5diF); and Q^{1} is 
660  Y^{1} is S; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(3SO_{2}NH_{2},4Cl); and Q^{1} is 
661  Y^{1} is S; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(3SO_{2}NH_{2},5F); and Q^{1} is 
662  Y^{1} is S; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(3Me); and Q^{1} is 
663  Y^{1} is S; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(3Me,4F); and Q^{1} is 
664  Y^{1} is S; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(3Me,4Cl); and Q^{1} is 
665  Y^{1} is S; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(3Me,5F); and Q^{1} is 
666  Y^{1} is S; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(3Me,4,5diF); and Q^{1} is 
667  Y^{1} is S; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(3Cl); and Q^{1} is 
668  Y^{1} is S; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(3Cl,4F); and Q^{1} is 
669  Y^{1} is S; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(3,4diCl); and Q^{1} is 
670  Y^{1} is S; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(3Cl,5F); and Q^{1} is 
671  Y^{1} is S; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(3Cl,4,5diF); and Q^{1} is 
672  Y^{1} is S; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(3,5diCl); and Q^{1} is 
673  Y^{1} is S; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(4F); and Q^{1} is 
674  Y^{1} is S; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(4Cl); and Q^{1} is 
675  Y^{1} is S; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is 2,2diF1,3benzodioxol4yl; and Q^{1} is 
676  Y^{1} is S; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is 2,2diF1,3benzodioxol5yl; and Q^{1} is 
677  Y^{1} is S; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is 2,2diMe1,3benzodioxol4yl; and Q^{1} is 
678  Y^{1} is S; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is 2,2diMe1,3benzodioxol5yl; and Q^{1} is 
679  Y^{1} is S; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is 1,3benzodioxol4yl; and Q^{1} is 
680  Y^{1} is S; Y^{2} is S; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is 1,3benzodioxol5yl; and Q^{1} is 
681  Y^{1} is NH; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2F); and Q^{1} is 
682  Y^{1} is NH; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2,3diF); and Q^{1} is 
683  Y^{1} is NH; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2,4diF); and Q^{1} is 
684  Y^{1} is NH; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2,5diF); and Q^{1} is 
685  Y^{1} is NH; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2,3,4triF); and Q^{1} is 
686  Y^{1} is NH; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2,3,5triF); and Q^{1} is 
687  Y^{1} is NH; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2,3,4,5tetraF); and Q^{1} is 
688  Y^{1} is NH; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2F,3Cl,4Br); and Q^{1} is 
689  Y^{1} is NH; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2F,3Cl,4F); and Q^{1} is 
690  Y^{1} is NH; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2F,3Br,4F); and Q^{1} is 
691  Y^{1} is NH; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2F,3Me); and Q^{1} is 
692  Y^{1} is NH; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2F,3Me,4F); and Q^{1} is 
693  Y^{1} is NH; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2F,3Me,4Cl); and Q^{1} is 
694  Y^{1} is NH; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2F,3Cl); and Q^{1} is 
695  Y^{1} is NH; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2F,4Cl); and Q^{1} is 
696  Y^{1} is NH; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2F,3,4diCl); and Q^{1} is 
697  Y^{1} is NH; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2F,4Br); and Q^{1} is 
698  Y^{1} is NH; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2F,3OMe); and Q^{1} is 
699  Y^{1} is NH; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2F,3OMe,4F); and Q^{1} is 
700  Y^{1} is NH; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2F,3OMe,4Cl); and Q^{1} is 
701  Y^{1} is NH; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2F,3CF_{2}H); and Q^{1} is 
702  Y^{1} is NH; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2F,3CF_{3}); and Q^{1} is 
703  Y^{1} is NH; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2F,3CF_{3},4F); and Q^{1} is 
704  Y^{1} is NH; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2F,3NO_{2}); and Q^{1} is 
705  Y^{1} is NH; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2F,3NO_{2},4F); and Q^{1} is 
706  Y^{1} is NH; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2F,3SO_{2}Me); and Q^{1} is 
707  Y^{1} is NH; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2F,3SO_{2}Me,4F); and Q^{1} is 
708  Y^{1} is NH; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2CF_{3}); and Q^{1} is 
709  Y^{1} is NH; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2CF_{3},3F); and Q^{1} is 
710  Y^{1} is NH; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2CF_{3},3Me); and Q^{1} is 
711  Y^{1} is NH; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2CF_{3},4F); and Q^{1} is 
712  Y^{1} is NH; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2CF_{3},3Cl); and Q^{1} is 
713  Y^{1} is NH; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2CF_{3},4Cl); and Q^{1} is 
714  Y^{1} is NH; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2CF_{3},3,4diF), and Q^{1} is 
715  Y^{1} is NH; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2CF_{2}H); and Q^{1} is 
716  Y^{1} is NH; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2CF_{2}H,3F); and Q^{1} is 
717  Y^{1} is NH; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2CF_{2}H,3Me); and Q^{1} is 
718  Y^{1} is NH; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2CF_{2}H,4F); and Q^{1} is 
719  Y^{1} is NH; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2CF_{2}H,3Cl); and Q^{1} is 
720  Y^{1} is NH; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2CF_{2}H,4Cl); and Q^{1} is 
721  Y^{1} is NH; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2CF_{2}H,3,4diF); and Q^{1} is 
722  Y^{1} is NH; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2Me); and Q^{1} is 
723  Y^{1} is NH; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2,3diMe); and Q^{1} is 
724  Y^{1} is NH; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2Me,3F); and Q^{1} is 
725  Y^{1} is NH; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2Me,3Cl); and Q^{1} is 
726  Y^{1} is NH; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2Me,3CF_{3}); and Q^{1} is 
727  Y^{1} is NH; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2Me,3,4diCl); and Q^{1} is 
728  Y^{1} is NH; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2Me,3Cl,4F); and Q^{1} is 
729  Y^{1} is NH; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2Me,4Cl); and Q^{1} is 
730  Y^{1} is NH; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2Me,4F); and Q^{1} is 
731  Y^{1} is NH; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2Me,5F); and Q^{1} is 
732  Y^{1} is NH; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2Me,3,4diF); and Q^{1} is 
733  Y^{1} is NH; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2Me,3,5diF); and Q^{1} is 
734  Y^{1} is NH; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2Et); and Q^{1} is 
735  Y^{1} is NH; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2Et,3F); and Q^{1} is 
736  Y^{1} is NH; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2Et,3Cl); and Q^{1} is 
737  Y^{1} is NH; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2Et,4F); and Q^{1} is 
738  Y^{1} is NH; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2Et,3,4diF); and Q^{1} is 
739  Y^{1} is NH; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2iPr); and Q^{1} is 
740  Y^{1} is NH; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2iPr,3F); and Q^{1} is 
741  Y^{1} is NH; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2iPr,3Cl); and Q^{1} is 
742  Y^{1} is NH; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2iPr,4F); and Q^{1} is 
743  Y^{1} is NH; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2iPr,3,4diF); and Q^{1} is 
744  Y^{1} is NH; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2cPr); and Q^{1} is 
745  Y^{1} is NH; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2cPr,3F); and Q^{1} is 
746  Y^{1} is NH; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2cPr,3Cl); and Q^{1} is 
747  Y^{1} is NH; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2cPr,4F); and Q^{1} is 
748  Y^{1} is NH; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2cPr,3,4diF); and Q^{1} is 
749  Y^{1} is NH; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2NO_{2}); and Q^{1} is 
750  Y^{1} is NH; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2NO_{2},3F); and Q^{1} is 
751  Y^{1} is NH; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2NO_{2},3Cl); and Q^{1} is 
752  Y^{1} is NH; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2NO_{2},4F); and Q^{1} is 
753  Y^{1} is NH; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2NO_{2},3,4diF); and Q^{1} is 
754  Y^{1} is NH; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2OCF_{3}); and Q^{1} is 
755  Y^{1} is NH; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2OCF_{3},3F); and Q^{1} is 
756  Y^{1} is NH; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2OCF_{3},4F); and Q^{1} is 
757  Y^{1} is NH; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2Cl); and Q^{1} is 
758  Y^{1} is NH; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2Cl,3Me); and Q^{1} is 
759  Y^{1} is NH; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2Cl,3Me,4F); and Q^{1} is 
760  Y^{1} is NH; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2,3diCl); and Q^{1} is 
761  Y^{1} is NH; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2,4diCl); and Q^{1} is 
762  Y^{1} is NH; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2Cl,3F); and Q^{1} is 
763  Y^{1} is NH; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2Cl,4F); and Q^{1} is 
764  Y^{1} is NH; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2Cl,5F); and Q^{1} is 
765  Y^{1} is NH; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2Cl,3,4diF); and Q^{1} is 
766  Y^{1} is NH; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2Cl,3,5diF); and Q^{1} is 
767  Y^{1} is NH; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2OCF_{2}H); and Q^{1} is 
768  Y^{1} is NH; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2OCF_{2}H,3Me); and Q^{1} is 
769  Y^{1} is NH; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2OCF_{2}H,3Cl); and Q^{1} is 
770  Y^{1} is NH; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2OCF_{2}H,3F); and Q^{1} is 
771  Y^{1} is NH; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2OCF_{2}H,4F); and Q^{1} is 
772  Y^{1} is NH; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2OCF_{2}CF_{2}H); and Q^{1} is 
773  Y^{1} is NH; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2OCF_{2}CF_{2}H,3F); and Q^{1} is 
774  Y^{1} is NH; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2OCF_{2}CF_{2}H,4F); and Q^{1} is 
775  Y^{1} is NH; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2Br); and Q^{1} is 
776  Y^{1} is NH; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2Br,3F); and Q^{1} is 
777  Y^{1} is NH; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2Br,4F); and Q^{1} is 
778  Y^{1} is NH; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2Br,3,4diF); and Q^{1} is 
779  Y^{1} is NH; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2I); and Q^{1} is 
780  Y^{1} is NH; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2I,3F); and Q^{1} is 
781  Y^{1} is NH; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2I,4F); and Q^{1} is 
782  Y^{1} is NH; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2I,3,4diF); and Q^{1} is 
783  Y^{1} is NH; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2CN); and Q^{1} is 
784  Y^{1} is NH; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2CN,3Me); and Q^{1} is 
785  Y^{1} is NH; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2CN,3F); and Q^{1} is 
786  Y^{1} is NH; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2CN,4F); and Q^{1} is 
787  Y^{1} is NH; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2CN,3Cl); and Q^{1} is 
788  Y^{1} is NH; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2CN,4Cl); and Q^{1} is 
789  Y^{1} is NH; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2CN,3,4diF); and Q^{1} is 
790  Y^{1} is NH; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is 2Pyridinyl; and Q^{1} is 
791  Y^{1} is NH; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is 2Pyridinyl,3F; and Q^{1} is 
792  Y^{1} is NH; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is 2Pyridinyl,4F; and Q^{1} is 
793  Y^{1} is NH; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is 2Pyridinyl,3,4diF; and Q^{1} is 
794  Y^{1} is NH; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is 2Pyridinyl,3Cl; and Q^{1} is 
795  Y^{1} is NH; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is 2Pyridinyl,4Cl; and Q^{1} is 
796  Y^{1} is NH; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is 2Pyridinyl,3Cl,4F; and Q^{1} is 
797  Y^{1} is NH; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2SO_{2}Me); and Q^{1} is 
798  Y^{1} is NH; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2SO_{2}Me, 3F); and Q^{1} is 
799  Y^{1} is NH; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2SO_{2}Me, 3Me); and Q^{1} is 
800  Y^{1} is NH; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2SO_{2}Me, 4F); and Q^{1} is 
801  Y^{1} is NH; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2SO_{2}Me, 5F); and Q^{1} is 
802  Y^{1} is NH; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2SO_{2}Me,3,4diF); and Q^{1} is 
803  Y^{1} is NH; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2SO_{2}Me, 3Cl); and Q^{1} is 
804  Y^{1} is NH; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2SO_{2}Me, 4Cl); and Q^{1} is 
805  Y^{1} is NH; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2SO_{2}Me,3Cl,4F); and Q^{1} is 
806  Y^{1} is NH; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2SO_{2}NH_{2}); and Q^{1} is 
807  Y^{1} is NH; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2SO_{2}NH_{2}, 3F); and Q^{1} is 
808  Y^{1} is NH; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2SO_{2}NH_{2}, 3Cl); and Q^{1} is 
809  Y^{1} is NH; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2SO_{2}NH_{2}, 4F); and Q^{1} is 
810  Y^{1} is NH; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2SO_{2}NH_{2}, 5F); and Q^{1} is 
811  Y^{1} is NH; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(2SO_{2}NH_{2},3,4diF); and Q^{1} is 
812  Y^{1} is NH; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(3F); and Q^{1} is 
813  Y^{1} is NH; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(3,4diF); and Q^{1} is 
814  Y^{1} is NH; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(3,5diF); and Q^{1} is 
815  Y^{1} is NH; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(3,4,5triF); and Q^{1} is 
816  Y^{1} is NH; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(3F,4Cl); and Q^{1} is 
817  Y^{1} is NH; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(3CF_{3}); and Q^{1} is 
818  Y^{1} is NH; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(3CF_{3},4F); and Q^{1} is 
819  Y^{1} is NH; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(3CF_{3},4Cl); and Q^{1} is 
820  Y^{1} is NH; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(3CF_{3},5F); and Q^{1} is 
821  Y^{1} is NH; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(3CF_{3},4,5diF); and Q^{1} is 
822  Y^{1} is N H; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(3SO_{2}Me); and Q^{1} is 
823  Y^{1} is NH; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(3SO_{2}Me,4Cl); and Q^{1} is 
824  Y^{1} is NH; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(3SO_{2}Me,4F); and Q^{1} is 
825  Y^{1} is NH; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(3SO_{2}Me,4,5diF); and Q^{1} is 
826  Y^{1} is NH; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(3SO_{2}Me,5F); and Q^{1} is 
827  Y^{1} is NH; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(3SO_{2}NH_{2}); and Q^{1} is 
828  Y^{1} is NH; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(3SO_{2}NH_{2},4F); and Q^{1} is 
829  Y^{1} is NH; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(3SO_{2}NH_{2},4,5diF); and Q^{1} is 
830  Y^{1} is NH; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(3SO_{2}NH_{2},4Cl); and Q^{1} is 
831  Y^{1} is NH; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(3SO_{2}NH_{2},5F); and Q^{1} is 
832  Y^{1} is NH; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(3Me); and Q^{1} is 
833  Y^{1} is NH; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(3Me,4F); and Q^{1} is 
834  Y^{1} is NH; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(3Me,4Cl); and Q^{1} is 
835  Y^{1} is NH; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(3Me,5F); and Q^{1} is 
836  Y^{1} is NH; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(3Me,4,5diF); and Q^{1} is 
837  Y^{1} is NH; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(3Cl); and Q^{1} is 
838  Y^{1} is NH; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(3Cl,4F); and Q^{1} is 
839  Y^{1} is NH; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(3,4diCl); and Q^{1} is 
840  Y^{1} is NH; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(3Cl,5F); and Q^{1} is 
841  Y^{1} is NH; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(3Cl,4,5diF); and Q^{1} is 
842  Y^{1} is NH; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(3,5diCl); and Q^{1} is 
843  Y^{1} is NH; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(4F); and Q^{1} is 
844  Y^{1} is NH; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is Ph(4Cl); and Q^{1} is 
845  Y^{1} is NH; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is 2,2diF1,3benzodioxol4yl; and Q^{1} is 
846  Y^{1} is NH; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is 2,2diF1,3benzodioxol5yl; and Q^{1} is 
847  Y^{1} is NH; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is 2,2diMe1,3benzodioxol4yl; and Q^{1} is 
848  Y^{1} is NH; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is 2,2diMe1,3benzodioxol5yl; and Q^{1} is 
849  Y^{1} is NH; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is 1,3benzodioxol4yl; and Q^{1} is 
850  Y^{1} is NH; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is H; Q^{2} is 1,3benzodioxol5yl; and Q^{1} is 
851  Y^{1} is O; Y^{2} is O; R^{2} is Me; R^{4} is H; R^{5} is H; Q^{2} is Ph(2F); and Q^{1} is 
852  Y^{1} is O; Y^{2} is O; R^{2} is Me; R^{4} is H; R^{5} is H; Q^{2} is Ph(2,3diF); and Q^{1} is 
853  Y^{1} is O; Y^{2} is O; R^{2} is Me; R^{4} is H; R^{5} is H; Q^{2} is Ph(2,4diF); and Q^{1} is 
854  Y^{1} is O; Y^{2} is O; R^{2} is Me; R^{4} is H; R^{5} is H; Q^{2} is Ph(2,5diF); and Q^{1} is 
855  Y^{1} is O; Y^{2} is O; R^{2} is Me; R^{4} is H; R^{5} is H; Q^{2} is Ph(2,3,4triF); and Q^{1} is 
856  Y^{1} is O; Y^{2} is O; R^{2} is Me; R^{4} is H; R^{5} is H; Q^{2} is Ph(2,3,5triF); and Q^{1} is 
857  Y^{1} is O; Y^{2} is O; R^{2} is Me; R^{4} is H; R^{5} is H; Q^{2} is Ph(2,3,4,5tetraF); and Q^{1} is 
858  Y^{1} is O; Y^{2} is O; R^{2} is Me; R^{4} is H; R^{5} is H; Q^{2} is Ph(2F,3Cl,4Br); and Q^{1} is 
859  Y^{1} is O; Y^{2} is O; R^{2} is Me; R^{4} is H; R^{5} is H; Q^{2} is Ph(2F,3Cl,4F); and Q^{1} is 
860  Y^{1} is O; Y^{2} is O; R^{2} is Me; R^{4} is H; R^{5} is H; Q^{2} is Ph(2F,3Br,4F); and Q^{1} is 
861  Y^{1} is O; Y^{2} is O; R^{2} is Me; R^{4} is H; R^{5} is H; Q^{2} is Ph(2F,3Me); and Q^{1} is 
862  Y^{1} is O; Y^{2} is O; R^{2} is Me; R^{4} is H; R^{5} is H; Q^{2} is Ph(2F,3Me,4F); and Q^{1} is 
863  Y^{1} is O; Y^{2} is O; R^{2} is Me; R^{4} is H; R^{5} is H; Q^{2} is Ph(2F,3Me,4Cl); and Q^{1} is 
864  Y^{1} is O; Y^{2} is O; R^{2} is Me; R^{4} is H; R^{5} is H; Q^{2} is Ph(2F,3Cl); and Q^{1} is 
865  Y^{1} is O; Y^{2} is O; R^{2} is Me; R^{4} is H; R^{5} is H; Q^{2} is Ph(2F,4Cl); and Q^{1} is 
866  Y^{1} is O; Y^{2} is O; R^{2} is Me; R^{4} is H; R^{5} is H; Q^{2} is Ph(2F,3,4diCl); and Q^{1} is 
867  Y^{1} is O; Y^{2} is O; R^{2} is Me; R^{4} is H; R^{5} is H; Q^{2} is Ph(2F,4Br); and Q^{1} is 
868  Y^{1} is O; Y^{2} is O; R^{2} is Me; R^{4} is H; R^{5} is H; Q^{2} is Ph(2F,3OMe); and Q^{1} is 
869  Y^{1} is O; Y^{2} is O; R^{2} is Me; R^{4} is H; R^{5} is H; Q^{2} is Ph(2F,3OMe,4F); and Q^{1} is 
870  Y^{1} is O; Y^{2} is O; R^{2} is Me; R^{4} is H; R^{5} is H; Q^{2} is Ph(2F,3OMe,4Cl); and Q^{1} is 
871  Y^{1} is O; Y^{2} is O; R^{2} is Me; R^{4} is H; R^{5} is H; Q^{2} is Ph(2F,3CF_{2}H); and Q^{1} is 
872  Y^{1} is O; Y^{2} is O; R^{2} is Me; R^{4} is H; R^{5} is H; Q^{2} is Ph(2F,3CF_{3}); and Q^{1} is 
873  Y^{1} is O; Y^{2} is O; R^{2} is Me; R^{4} is H; R^{5} is H; Q^{2} is Ph(2F,3CF_{3},4F); and Q^{1} is 
874  Y^{1} is O; Y^{2} is O; R^{2} is Me; R^{4} is H; R^{5} is H; Q^{2} is Ph(2F,3NO_{2}); and Q^{1} is 
875  Y^{1} is O; Y^{2} is O; R^{2} is Me; R^{4} is H; R^{5} is H; Q^{2} is Ph(2F,3NO_{2},4F); and Q^{1} is 
876  Y^{1} is Y^{2} is R^{2} is Me; R^{4} is H; R^{5} is H; Q^{2} is Ph(2F,3SO_{2}Me); and Q^{1} is 
877  Y^{1} is O; Y^{2} is O; R^{2} is Me; R^{4} is H; R^{5} is H; Q^{2} is Ph(2F,3SO_{2}Me,4F); and Q^{1} is 
878  Y^{1} is O; Y^{2} is O; R^{2} is Me; R^{4} is H; R^{5} is H; Q^{2} is Ph(2CF_{3}); and Q^{1} is 
879  Y^{1} is O; Y^{2} is O; R^{2} is Me; R^{4} is H; R^{5} is H; Q^{2} is Ph(2CF_{3},3F); and Q^{1} is 
880  Y^{1} is O; Y^{2} is O; R^{2} is Me; R^{4} is H; R^{5} is H; Q^{2} is Ph(2CF_{3},3Me); and Q^{1} is 
881  Y^{1} is O; Y^{2} is O; R^{2} is Me; R^{4} is H; R^{5} is H; Q^{2} is Ph(2CF_{3},4F); and Q^{1} is 
882  Y^{1} is O; Y^{2} is O; R^{2} is Me; R^{4} is H; R^{5} is H; Q^{2} is Ph(2CF_{3},3Cl); and Q^{1} is 
883  Y^{1} is O; Y^{2} is O; R^{2} is Me; R^{4} is H; R^{5} is H; Q^{2} is Ph(2CF_{3},4Cl); and Q^{1} is 
884  Y^{1} is O; Y^{2} is O; R^{2} is Me; R^{4} is H; R^{5} is H; Q^{2} is Ph(2CF_{3},3,4diF); and Q^{1} is 
885  Y^{1} is O; Y^{2} is O; R^{2} is Me; R^{4} is H; R^{5} is H; Q^{2} is Ph(2CF_{2}H); and Q^{1} is 
886  Y^{1} is O; Y^{2} is O; R^{2} is Me; R^{4} is H; R^{5} is H; Q^{2} is Ph(2CF_{2}H,3F); and Q^{1} is 
887  Y^{1} is O; Y^{2} is O; R^{2} is Me; R^{4} is H; R^{5} is H; Q^{2} is Ph(2CF_{2}H,3Me); and Q^{1} is 
888  Y^{1} is O; Y^{2} is O; R^{2} is Me; R^{4} is H; R^{5} is H; Q^{2} is Ph(2CF_{2}H,4F); and Q^{1} is 
889  Y^{1} is O; Y^{2} is O; R^{2} is Me; R^{4} is H; R^{5} is H; Q^{2} is Ph(2CF_{2}H,3Cl); and Q^{1} is 
890  Y^{1} is O; Y^{2} is O; R^{2} is Me; R^{4} is H; R^{5} is H; Q^{2} is Ph(2CF_{2}H,4Cl); and Q^{1} is 
891  Y^{1} is O; Y^{2} is O; R^{2} is Me; R^{4} is H; R^{5} is H; Q^{2} is Ph(2CF_{2}H,3,4diF); and Q^{1} is 
892  Y^{1} is O; Y^{2} is O; R^{2} is Me; R^{4} is H; R^{5} is H; Q^{2} is Ph(2Me); and Q^{1} is 
893  Y^{1} is O; Y^{2} is O; R^{2} is Me; R^{4} is H; R^{5} is H; Q^{2} is Ph(2,3diMe); and Q^{1} is 
894  Y^{1} is O; Y^{2} is O; R^{2} is Me; R^{4} is H; R^{5} is H; Q^{2} is Ph(2Me,3F); and Q^{1} is 
895  Y^{1} is O; Y^{2} is O; R^{2} is Me; R^{4} is H; R^{5} is H; Q^{2} is Ph(2Me,3Cl); and Q^{1} is 
896  Y^{1} is O; Y^{2} is O; R^{2} is Me; R^{4} is H; R^{5} is H; Q^{2} is Ph(2Me,3CF_{3}); and Q^{1} is 
897  Y^{1} is O; Y^{2} is O; R^{2} is Me; R^{4} is H; R^{5} is H; Q^{2} is Ph(2Me,3,4diCl); and Q^{1} is 
898  Y^{1} is O; Y^{2} is O; R^{2} is Me; R^{4} is H; R^{5} is H; Q^{2} is Ph(2Me,3Cl,4F); and Q^{1} is 
899  Y^{1} is O; Y^{2} is O; R^{2} is Me; R^{4} is H; R^{5} is H; Q^{2} is Ph(2Me,4Cl); and Q^{1} is 
900  Y^{1} is O; Y^{2} is O; R^{2} is Me; R^{4} is H; R^{5} is H; Q^{2} is Ph(2Me,4F); and Q^{1} is 
901  Y^{1} is O; Y^{2} is O; R^{2} is Me; R^{4} is H; R^{5} is H; Q^{2} is Ph(2Me,5F); and Q^{1} is 
902  Y^{1} is O; Y^{2} is O; R^{2} is Me; R^{4} is H; R^{5} is H; Q^{2} is Ph(2Me,3,4diF); and Q^{1} is 
903  Y^{1} is O; Y^{2} is O; R^{2} is Me; R^{4} is H; R^{5} is H; Q^{2} is Ph(2Me,3,5diF); and Q^{1} is 
904  Y^{1} is O; Y^{2} is O; R^{2} is Me; R^{4} is H; R^{5} is H; Q^{2} is Ph(2Et); and Q^{1} is 
905  Y^{1} is O; Y^{2} is O; R^{2} is Me; R^{4} is H; R^{5} is H; Q^{2} is Ph(2Et,3F); and Q^{1} is 
906  Y^{1} is O; Y^{2} is O; R^{2} is Me; R^{4} is H; R^{5} is H; Q^{2} is Ph(2Et,3Cl); and Q^{1} is 
907  Y^{1} is O; Y^{2} is O; R^{2} is Me; R^{4} is H; R^{5} is H; Q^{2} is Ph(2Et,4F); and Q^{1} is 
908  Y^{1} is O; Y^{2} is O; R^{2} is Me; R^{4} is H; R^{5} is H; Q^{2} is Ph(2Et,3,4diF); and Q^{1} is 
909  Y^{1} is O; Y^{2} is O; R^{2} is Me; R^{4} is H; R^{5} is H; Q^{2} is Ph(2iPr); and Q^{1} is 
910  Y^{1} is O; Y^{2} is O; R^{2} is Me; R^{4} is H; R^{5} is H; Q^{2} is Ph(2iPr,3F); and Q^{1} is 
911  Y^{1} is O; Y^{2} is O; R^{2} is Me; R^{4} is H; R^{5} is H; Q^{2} is Ph(2iPr,3Cl); and Q^{1} is 
912  Y^{1} is O; Y^{2} is O; R^{2} is Me; R^{4} is H; R^{5} is H; Q^{2} is Ph(2iPr,4F); and Q^{1} is 
913  Y^{1} is O; Y^{2} is O; R^{2} is Me; R^{4} is H; R^{5} is H; Q^{2} is Ph(2iPr,3,4diF); and Q^{1} is 
914  Y^{1} is O; Y^{2} is O; R^{2} is Me; R^{4} is H; R^{5} is H; Q^{2} is Ph(2cPr); and Q^{1} is 
915  Y^{1} is O; Y^{2} is O; R^{2} is Me; R^{4} is H; R^{5} is H; Q^{2} is Ph(2cPr,3F); and Q^{1} is 
916  Y^{1} is O; Y^{2} is O; R^{2} is Me; R^{4} is H; R^{5} is H; Q^{2} is Ph(2cPr,3Cl); and Q^{1} is 
917  Y^{1} is O; Y^{2} is O; R^{2} is Me; R^{4} is H; R^{5} is H; Q^{2} is Ph(2cPr,4F); and Q^{1} is 
918  Y^{1} is O; Y^{2} is O; R^{2} is Me; R^{4} is H; R^{5} is H; Q^{2} is Ph(2cPr,3,4diF); and Q^{1} is 
919  Y^{1} is O; Y^{2} is O; R^{2} is Me; R^{4} is H; R^{5} is H; Q^{2} is Ph(2NO_{2}); and Q^{1} is 
920  Y^{1} is O; Y^{2} is O; R^{2} is Me; R^{4} is H; R^{5} is H; Q^{2} is Ph(2NO_{2},3F); and Q^{1} is 
921  Y^{1} is O; Y^{2} is O; R^{2} is Me; R^{4} is H; R^{5} is H; Q^{2} is Ph(2NO_{2},3Cl); and Q^{1} is 
922  Y^{1} is O; Y^{2} is O; R^{2} is Me; R^{4} is H; R^{5} is H; Q^{2} is Ph(2NO_{2},4F); and Q^{1} is 
923  Y^{1} is O; Y^{2} is O; R^{2} is Me; R^{4} is H; R^{5} is H; Q^{2} is Ph(2NO_{2},3,4diF); and Q^{1} is 
924  Y^{1} is O; Y^{2} is O; R^{2} is Me; R^{4} is H; R^{5} is H; Q^{2} is Ph(2OCF_{3}); and Q^{1} is 
925  Y^{1} is O; Y^{2} is O; R^{2} is Me; R^{4} is H; R^{5} is H; Q^{2} is Ph(2OCF_{3},3F); and Q^{1} is 
926  Y^{1} is O; Y^{2} is O; R^{2} is Me; R^{4} is H; R^{5} is H; Q^{2} is Ph(2OCF_{3},4F); and Q^{1} is 
927  Y^{1} is O; Y^{2} is O; R^{2} is Me; R^{4} is H; R^{5} is H; Q^{2} is Ph(2Cl); and Q^{1} is 
928  Y^{1} is O; Y^{2} is O; R^{2} is Me; R^{4} is H; R^{5} is H; Q^{2} is Ph(2Cl,3Me); and Q^{1} is 
929  Y^{1} is O; Y^{2} is O; R^{2} is Me; R^{4} is H; R^{5} is H; Q^{2} is Ph(2Cl,3Me,4F); and Q^{1} is 
930  Y^{1} is O; Y^{2} is O; R^{2} is Me; R^{4} is H; R^{5} is H; Q^{2} is Ph(2,3diCl); and Q^{1} is 
931  Y^{1} is O; Y^{2} is O; R^{2} is Me; R^{4} is H; R^{5} is H; Q^{2} is Ph(2,4diCl); and Q^{1} is 
932  Y^{1} is O; Y^{2} is O; R^{2} is Me; R^{4} is H; R^{5} is H; Q^{2} is Ph(2Cl,3F); and Q^{1} is 
933  Y^{1} is O; Y^{2} is O; R^{2} is Me; R^{4} is H; R^{5} is H; Q^{2} is Ph(2Cl,4F); and Q^{1} is 
934  Y^{1} is O; Y^{2} is O; R^{2} is Me; R^{4} is H; R^{5} is H; Q^{2} is Ph(2Cl,5F); and Q^{1} is 
935  Y^{1} is O; Y^{2} is O; R^{2} is Me; R^{4} is H; R^{5} is H; Q^{2} is Ph(2Cl,3,4diF); and Q^{1} is 
936  Y^{1} is O; Y^{2} is O; R^{2} is Me; R^{4} is H; R^{5} is H; Q^{2} is Ph(2Cl,3,5diF); and Q^{1} is 
937  Y^{1} is O; Y^{2} is O; R^{2} is Me; R^{4} is H; R^{5} is H; Q^{2} is Ph(2OCF_{2}H); and Q^{1} is 
938  Y^{1} is O; Y^{2} is O; R^{2} is Me; R^{4} is H; R^{5} is H; Q^{2} is Ph(2OCF_{2}H,3Me); and Q^{1} is 
939  Y^{1} is O; Y^{2} is O; R^{2} is Me; R^{4} is H; R^{5} is H; Q^{2} is Ph(2OCF_{2}H,3Cl); and Q^{1} is 
940  Y^{1} is O; Y^{2} is O; R^{2} is Me; R^{4} is H; R^{5} is H; Q^{2} is Ph(2OCF_{2}H,3F); and Q^{1} is 
941  Y^{1} is O; Y^{2} is O; R^{2} is Me; R^{4} is H; R^{5} is H; Q^{2} is Ph(2OCF_{2}H,4F); and Q^{1} is 
942  Y^{1} is O; Y^{2} is O; R^{2} is Me; R^{4} is H; R^{5} is H; Q^{2} is Ph(2OCF_{2}CF_{2}H); and Q^{1} is 
943  Y^{1} is O; Y^{2} is O; R^{2} is Me; R^{4} is H; R^{5} is H; Q^{2} is Ph(2OCF_{2}CF_{2}H,3F); and Q^{1} is 
944  Y^{1} is O; Y^{2} is O; R^{2} is Me; R^{4} is H; R^{5} is H; Q^{2} is Ph(2OCF_{2}CF_{2}H,4F); and Q^{1} is 
945  Y^{1} is O; Y^{2} is O; R^{2} is Me; R^{4} is H; R^{5} is H; Q^{2} is Ph(2Br); and Q^{1} is 
946  Y^{1} is O; Y^{2} is O; R^{2} is Me; R^{4} is H; R^{5} is H; Q^{2} is Ph(2Br,3F); and Q^{1} is 
947  Y^{1} is O; Y^{2} is O; R^{2} is Me; R^{4} is H; R^{5} is H; Q^{2} is Ph(2Br,4F); and Q^{1} is 
948  Y^{1} is O; Y^{2} is O; R^{2} is Me; R^{4} is H; R^{5} is H; Q^{2} is Ph(2Br,3,4diF); and Q^{1} is 
949  Y^{1} is O; Y^{2} is O; R^{2} is Me; R^{4} is H; R^{5} is H; Q^{2} is Ph(2I); and Q^{1} is 
950  Y^{1} is O; Y^{2} is O; R^{2} is Me; R^{4} is H; R^{5} is H; Q^{2} is Ph(2I,3F); and Q^{1} is 
951  Y^{1} is O; Y^{2} is O; R^{2} is Me; R^{4} is H; R^{5} is H; Q^{2} is Ph(2I,4F); and Q^{1} is 
952  Y^{1} is O; Y^{2} is O; R^{2} is Me; R^{4} is H; R^{5} is H; Q^{2} is Ph(2I,3,4diF); and Q^{1} is 
953  Y^{1} is O; Y^{2} is O; R^{2} is Me; R^{4} is H; R^{5} is H; Q^{2} is Ph(2CN); and Q^{1} is 
954  Y^{1} is O; Y^{2} is O; R^{2} is Me; R^{4} is H; R^{5} is H; Q^{2} is Ph(2CN,3Me); and Q^{1} is 
955  Y^{1} is O; Y^{2} is O; R^{2} is Me; R^{4} is H; R^{5} is H; Q^{2} is Ph(2CN,3F); and Q^{1} is 
956  Y^{1} is O; Y^{2} is O; R^{2} is Me; R^{4} is H; R^{5} is H; Q^{2} is Ph(2CN,4F); and Q^{1} is 
957  Y^{1} is O; Y^{2} is O; R^{2} is Me; R^{4} is H; R^{5} is H; Q^{2} is Ph(2CN,3Cl); and Q^{1} is 
958  Y^{1} is O; Y^{2} is O; R^{2} is Me; R^{4} is H; R^{5} is H; Q^{2} is Ph(2CN,4Cl); and Q^{1} is 
959  Y^{1} is O; Y^{2} is O; R^{2} is Me; R^{4} is H; R^{5} is H; Q^{2} is Ph(2CN,3,4diF); and Q^{1} is 
960  Y^{1} is O; Y^{2} is O; R^{2} is Me; R^{4} is H; R^{5} is H; Q^{2} is 2Pyridinyl; and Q^{1} is 
961  Y^{1} is O; Y^{2} is O; R^{2} is Me; R^{4} is H; R^{5} is H; Q^{2} is 2Pyridinyl,3F; and Q^{1} is 
962  Y^{1} is O; Y^{2} is O; R^{2} is Me; R^{4} is H; R^{5} is H; Q^{2} is 2Pyridinyl,4F; and Q^{1} is 
963  Y^{1} is O; Y^{2} is O; R^{2} is Me; R^{4} is H; R^{5} is H; Q^{2} is 2Pyridinyl,3,4diF; and Q^{1} is 
964  Y^{1} is O; Y^{2} is O; R^{2} is Me; R^{4} is H; R^{5} is H; Q^{2} is 2Pyridinyl,3Cl; and Q^{1} is 
965  Y^{1} is O; Y^{2} is O; R^{2} is Me; R^{4} is H; R^{5} is H; Q^{2} is 2Pyridinyl,4Cl; and Q^{1} is 
966  Y^{1} is O; Y^{2} is O; R^{2} is Me; R^{4} is H; R^{5} is H; Q^{2} is 2Pyridinyl,3Cl,4F; and Q^{1} is 
967  Y^{1} is O; Y^{2} is O; R^{2} is Me; R^{4} is H; R^{5} is H; Q^{2} is Ph(2SO_{2}Me); and Q^{1} is 
968  Y^{1} is O; Y^{2} is O; R^{2} is Me; R^{4} is H; R^{5} is H; Q^{2} is Ph(2SO_{2}Me, 3F); and Q^{1} is 
969  Y^{1} is O; Y^{2} is O; R^{2} is Me; R^{4} is H; R^{5} is H; Q^{2} is Ph(2SO_{2}Me, 3Me); and Q^{1} is 
970  Y^{1} is O; Y^{2} is O; R^{2} is Me; R^{4} is H; R^{5} is H; Q^{2} is Ph(2SO_{2}Me, 4F); and Q^{1} is 
971  Y^{1} is O; Y^{2} is O; R^{2} is Me; R^{4} is H; R^{5} is H; Q^{2} is Ph(2SO_{2}Me, 5F); and Q^{1} is 
972  Y^{1} is O; Y^{2} is O; R^{2} is Me; R^{4} is H; R^{5} is H; Q^{2} is Ph(2SO_{2}Me,3,4diF); and Q^{1} is 
973  Y^{1} is O; Y^{2} is O; R^{2} is Me; R^{4} is H; R^{5} is H; Q^{2} is Ph(2SO_{2}Me, 3Cl); and Q^{1} is 
974  Y^{1} is O; Y^{2} is O; R^{2} is Me; R^{4} is H; R^{5} is H; Q^{2} is Ph(2SO_{2}Me, 4Cl); and Q^{1} is 
975  Y^{1} is O; Y^{2} is O; R^{2} is Me; R^{4} is H; R^{5} is H; Q^{2} is Ph(2SO_{2}Me,3Cl,4F); and Q^{1} is 
976  Y^{1} is O; Y^{2} is O; R^{2} is Me; R^{4} is H; R^{5} is H; Q^{2} is Ph(2SO_{2}NH_{2}); and Q^{1} is 
977  Y^{1} is O; Y^{2} is O; R^{2} is Me; R^{4} is H; R^{5} is H; Q^{2} is Ph(2SO_{2}NH_{2}, 3F); and Q^{1} is 
978  Y^{1} is O; Y^{2} is O; R^{2} is Me; R^{4} is H; R^{5} is H; Q^{2} is Ph(2SO_{2}NH_{2}, 3Cl); and Q^{1} is 
979  Y^{1} is O; Y^{2} is O; R^{2} is Me; R^{4} is H; R^{5} is H; Q^{2} is Ph(2SO_{2}NH_{2}, 4F); and Q^{1} is 
980  Y^{1} is O; Y^{2} is O; R^{2} is Me; R^{4} is H; R^{5} is H; Q^{2} is Ph(2SO_{2}NH_{2}, 5F); and Q^{1} is 
981  Y^{1} is O; Y^{2} is O; R^{2} is Me; R^{4} is H; R^{5} is H; Q^{2} is Ph(2SO_{2}NH_{2},3,4diF); and Q^{1} is 
982  Y^{1} is O; Y^{2} is O; R^{2} is Me; R^{4} is H; R^{5} is H; Q^{2} is Ph(3F); and Q^{1} is 
983  Y^{1} is O; Y^{2} is O; R^{2} is Me; R^{4} is H; R^{5} is H; Q^{2} is Ph(3,4diF); and Q^{1} is 
984  Y^{1} is O; Y^{2} is O; R^{2} is Me; R^{4} is H; R^{5} is H; Q^{2} is Ph(3,5diF); and Q^{1} is 
985  Y^{1} is O; Y^{2} is O; R^{2} is Me; R^{4} is H; R^{5} is H; Q^{2} is Ph(3,4,5triF); and Q^{1} is 
986  Y^{1} is O; Y^{2} is O; R^{2} is Me; R^{4} is H; R^{5} is H; Q^{2} is Ph(3F,4Cl); and Q^{1} is 
987  Y^{1} is O; Y^{2} is O; R^{2} is Me; R^{4} is H; R^{5} is H; Q^{2} is Ph(3CF_{3}); and Q^{1} is 
988  Y^{1} is O; Y^{2} is O; R^{2} is Me; R^{4} is H; R^{5} is H; Q^{2} is Ph(3CF_{3},4F); and Q^{1} is 
989  Y^{1} is O; Y^{2} is O; R^{2} is Me; R^{4} is H; R^{5} is H; Q^{2} is Ph(3CF_{3},4Cl); and Q^{1} is 
990  Y^{1} is O; Y^{2} is O; R^{2} is Me; R^{4} is H; R^{5} is H; Q^{2} is Ph(3CF_{3},5F); and Q^{1} is 
991  Y^{1} is O; Y^{2} is O; R^{2} is Me; R^{4} is H; R^{5} is H; Q^{2} is Ph(3CF_{3},4,5diF); and Q^{1} is 
992  Y^{1} is O; Y^{2} is O; R^{2} is Me; R^{4} is H; R^{5} is H; Q^{2} is Ph(3SO_{2}Me); and Q^{1} is 
993  Y^{1} is O; Y^{2} is O; R^{2} is Me; R^{4} is H; R^{5} is H; Q^{2} is Ph(3SO_{2}Me,4Cl); and Q^{1} is 
994  Y^{1} is O; Y^{2} is O; R^{2} is Me; R^{4} is H; R^{5} is H; Q^{2} is Ph(3SO_{2}Me,4F); and Q^{1} is 
995  Y^{1} is O; Y^{2} is O; R^{2} is Me; R^{4} is H; R^{5} is H; Q^{2} is Ph(3SO_{2}Me,4,5diF); and Q^{1} is 
996  Y^{1} is O; Y^{2} is O; R^{2} is Me; R^{4} is H; R^{5} is H; Q^{2} is Ph(3SO_{2}Me,5F); and Q^{1} is 
997  Y^{1} is O; Y^{2} is O; R^{2} is Me; R^{4} is H; R^{5} is H; Q^{2} is Ph(3SO_{2}NH_{2}); and Q^{1} is 
998  Y^{1} is O; Y^{2} is O; R^{2} is Me; R^{4} is H; R^{5} is H; Q^{2} is Ph(3SO_{2}NH_{2},4F); and Q^{1} is 
999  Y^{1} is O; Y^{2} is O; R^{2} is Me; R^{4} is H; R^{5} is H; Q^{2} is Ph(3SO_{2}NH_{2},4,5diF); and Q^{1} is 
1000  Y^{1} is O; Y^{2} is O; R^{2} is Me; R^{4} is H; R^{5} is H; Q^{2} is Ph(3SO_{2}NH_{2},4Cl); and Q^{1} is 
1001  Y^{1} is O; Y^{2} is O; R^{2} is Me; R^{4} is H; R^{5} is H; Q^{2} is Ph(3SO_{2}NH_{2},5F); and Q^{1} is 
1002  Y^{1} is O; Y^{2} is O; R^{2} is Me; R^{4} is H; R^{5} is H; Q^{2} is Ph(3Me); and Q^{1} is 
1003  Y^{1} is O; Y^{2} is O; R^{2} is Me; R^{4} is H; R^{5} is H; Q^{2} is Ph(3Me,4F); and Q^{1} is 
1004  Y^{1} is O; Y^{2} is O; R^{2} is Me; R^{4} is H; R^{5} is H; Q^{2} is Ph(3Me,4Cl); and Q^{1} is 
1005  Y^{1} is O; Y^{2} is O; R^{2} is Me; R^{4} is H; R^{5} is H; Q^{2} is Ph(3Me,5F); and Q^{1} is 
1006  Y^{1} is O; Y^{2} is O; R^{2} is Me; R^{4} is H; R^{5} is H; Q^{2} is Ph(3Me,4,5diF); and Q^{1} is 
1007  Y^{1} is O; Y^{2} is O; R^{2} is Me; R^{4} is H; R^{5} is H; Q^{2} is Ph(3Cl); and Q^{1} is 
1008  Y^{1} is O; Y^{2} is O; R^{2} is Me; R^{4} is H; R^{5} is H; Q^{2} is Ph(3Cl,4F); and Q^{1} is 
1009  Y^{1} is O; Y^{2} is O; R^{2} is Me; R^{4} is H; R^{5} is H; Q^{2} is Ph(3,4diCl); and Q^{1} is 
1010  Y^{1} is O; Y^{2} is O; R^{2} is Me; R^{4} is H; R^{5} is H; Q^{2} is Ph(3Cl,5F); and Q^{1} is 
1011  Y^{1} is O; Y^{2} is O; R^{2} is Me; R^{4} is H; R^{5} is H; Q^{2} is Ph(3Cl,4,5diF); and Q^{1} is 
1012  Y^{1} is O; Y^{2} is O; R^{2} is Me; R^{4} is H; R^{5} is H; Q^{2} is Ph(3,5diCl); and Q^{1} is 
1013  Y^{1} is O; Y^{2} is O; R^{2} is Me; R^{4} is H; R^{5} is H; Q^{2} is Ph(4F); and Q^{1} is 
1014  Y^{1} is O; Y^{2} is O; R^{2} is Me; R^{4} is H; R^{5} is H; Q^{2} is Ph(4Cl); and Q^{1} is 
1015  Y^{1} is O; Y^{2} is O; R^{2} is Me; R^{4} is H; R^{5} is H; Q^{2} is 2,2diF1,3benzodioxol4yl; and Q^{1} is 
1016  Y^{1} is O; Y^{2} is O; R^{2} is Me; R^{4} is H; R^{5} is H; Q^{2} is 2,2diF1,3benzodioxol5yl; and Q^{1} is 
1017  Y^{1} is O; Y^{2} is O; R^{2} is Me; R^{4} is H; R^{5} is H; Q^{2} is 2,2diMe1,3benzodioxol4yl; and Q^{1} is 
1018  Y^{1} is O; Y^{2} is O; R^{2} is Me; R^{4} is H; R^{5} is H; Q^{2} is 2,2diMe1,3benzodioxol5yl; and Q^{1} is 
1019  Y^{1} is O; Y^{2} is O; R^{2} is Me; R^{4} is H; R^{5} is H; Q^{2} is 1,3benzodioxol4yl; and Q^{1} is 
1020  Y^{1} is O; Y^{2} is O; R^{2} is Me; R^{4} is H; R^{5} is H; Q^{2} is 1,3benzodioxol5yl; and Q^{1} is 
1021  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Br; R^{5} is H; Q^{2} is Ph(2F); and Q^{1} is 
1022  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Br; R^{5} is H; Q^{2} is Ph(2,3diF); and Q^{1} is 
1023  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Br; R^{5} is H; Q^{2} is Ph(2,4diF); and Q^{1} is 
1024  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Br; R^{5} is H; Q^{2} is Ph(2,5diF); and Q^{1} is 
1025  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Br; R^{5} is H; Q^{2} is Ph(2,3,4triF); and Q^{1} is 
1026  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Br; R^{5} is H; Q^{2} is Ph(2,3,5triF); and Q^{1} is 
1027  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Br; R^{5} is H; Q^{2} is Ph(2,3,4,5tetraF); and Q^{1} is 
1028  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Br; R^{5} is H; Q^{2} is Ph(2F,3Cl,4Br); and Q^{1} is 
1029  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Br; R^{5} is H; Q^{2} is Ph(2F,3Cl,4F); and Q^{1} is 
1030  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Br; R^{5} is H; Q^{2} is Ph(2F,3Br,4F); and Q^{1} is 
1031  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Br; R^{5} is H; Q^{2} is Ph(2F,3Me); and Q^{1} is 
1032  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Br; R^{5} is H; Q^{2} is Ph(2F,3Me,4F); and Q^{1} is 
1033  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Br; R^{5} is H; Q^{2} is Ph(2F,3Me,4Cl); and Q^{1} is 
1034  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Br; R^{5} is H; Q^{2} is Ph(2F,3Cl); and Q^{1} is 
1035  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Br; R^{5} is H; Q^{2} is Ph(2F,4Cl); and Q^{1} is 
1036  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Br; R^{5} is H; Q^{2} is Ph(2F,3,4diCl); and Q^{1} is 
1037  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Br; R^{5} is H; Q^{2} is Ph(2F,4Br); and Q^{1} is 
1038  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Br; R^{5} is H; Q^{2} is Ph(2F,3OMe); and Q^{1} is 
1039  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Br; R^{5} is H; Q^{2} is Ph(2F,3OMe,4F); and Q^{1} is 
1040  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Br; R^{5} is H; Q^{2} is Ph(2F,3OMe,4Cl); and Q^{1} is 
1041  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Br; R^{5} is H; Q^{2} is Ph(2F,3CF_{2}H); and Q^{1} is 
1042  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Br; R^{5} is H; Q^{2} is Ph(2F,3CF_{3}); and Q^{1} is 
1043  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Br; R^{5} is H; Q^{2} is Ph(2F,3CF_{3},4F); and Q^{1} is 
1044  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Br; R^{5} is H; Q^{2} is Ph(2F,3NO_{2}); and Q^{1} is 
1045  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Br; R^{5} is H; Q^{2} is Ph(2F,3NO_{2},4F); and Q^{1} is 
1046  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Br; R^{5} is H; Q^{2} is Ph(2F,3SO_{2}Me); and Q^{1} is 
1047  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Br; R^{5} is H; Q^{2} is Ph(2F,3SO_{2}Me,4F); and Q^{1} is 
1048  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Br; R^{5} is H; Q^{2} is Ph(2CF_{3}); and Q^{1} is 
1049  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Br; R^{5} is H; Q^{2} is Ph(2CF_{3},3F); and Q^{1} is 
1050  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Br; R^{5} is H; Q^{2} is Ph(2CF_{3},3Me); and Q^{1} is 
1051  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Br; R^{5} is H; Q^{2} is Ph(2CF_{3},4F); and Q^{1} is 
1052  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Br; R^{5} is H; Q^{2} is Ph(2CF_{3},3Cl); and Q^{1} is 
1053  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Br; R^{5} is H; Q^{2} is Ph(2CF_{3},4Cl); and Q^{1} is 
1054  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Br; R^{5} is H; Q^{2} is Ph(2CF_{3},3,4diF); and Q^{1} is 
1055  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Br; R^{5} is H; Q^{2} is Ph(2CF_{2}H); and Q^{1} is 
1056  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Br; R^{5} is H; Q^{2} is Ph(2CF_{2}H,3F); and Q^{1} is 
1057  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Br; R^{5} is H; Q^{2} is Ph(2CF_{2}H,3Me); and Q^{1} is 
1058  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Br; R^{5} is H; Q^{2} is Ph(2CF_{2}H,4F); and Q^{1} is 
1059  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Br; R^{5} is H; Q^{2} is Ph(2CF_{2}H,3Cl); and Q^{1} is 
1060  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Br; R^{5} is H; Q^{2} is Ph(2CF_{2}H,4Cl); and Q^{1} is 
1061  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Br; R^{5} is H; Q^{2} is Ph(2CF_{2}H,3,4diF); and Q^{1} is 
1062  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Br; R^{5} is H; Q^{2} is Ph(2Me); and Q^{1} is 
1063  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Br; R^{5} is H; Q^{2} is Ph(2,3diMe); and Q^{1} is 
1064  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Br; R^{5} is H; Q^{2} is Ph(2Me,3F); and Q^{1} is 
1065  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Br; R^{5} is H; Q^{2} is Ph(2Me,3Cl); and Q^{1} is 
1066  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Br; R^{5} is H; Q^{2} is Ph(2Me,3CF_{3}); and Q^{1} is 
1067  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Br; R^{5} is H; Q^{2} is Ph(2Me,3,4diCl); and Q^{1} is 
1068  Y^{1} is Y^{2} is R^{2} is R^{4} is R^{5} is Q^{2} is Ph(2Me,3Cl,4F); and Q^{1} is 
1069  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Br; R^{5} is H; Q^{2} is Ph(2Me,4Cl); and Q^{1} is 
1070  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Br; R^{5} is H; Q^{2} is Ph(2Me,4F); and Q^{1} is 
1071  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Br; R^{5} is H; Q^{2} is Ph(2Me,5F); and Q^{1} is 
1072  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Br; R^{5} is H; Q^{2} is Ph(2Me,3,4diF); and Q^{1} is 
1073  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Br; R^{5} is H; Q^{2} is Ph(2Me,3,5diF); and Q^{1} is 
1074  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Br; R^{5} is H; Q^{2} is Ph(2Et); and Q^{1} is 
1075  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Br; R^{5} is H; Q^{2} is Ph(2Et,3F); and Q^{1} is 
1076  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Br; R^{5} is H; Q^{2} is Ph(2Et,3Cl); and Q^{1} is 
1077  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Br; R^{5} is H; Q^{2} is Ph(2Et,4F); and Q^{1} is 
1078  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Br; R^{5} is H; Q^{2} is Ph(2Et,3,4diF); and Q^{1} is 
1079  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Br; R^{5} is H; Q^{2} is Ph(2iPr); and Q^{1} is 
1080  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Br; R^{5} is H; Q^{2} is Ph(2iPr,3F); and Q^{1} is 
1081  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Br; R^{5} is H; Q^{2} is Ph(2iPr,3Cl); and Q^{1} is 
1082  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Br; R^{5} is H; Q^{2} is Ph(2iPr,4F); and Q^{1} is 
1083  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Br; R^{5} is H; Q^{2} is Ph(2iPr,3,4diF); and Q^{1} is 
1084  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Br; R^{5} is H; Q^{2} is Ph(2cPr); and Q^{1} is 
1085  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Br; R^{5} is H; Q^{2} is Ph(2cPr,3F); and Q^{1} is 
1086  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Br; R^{5} is H; Q^{2} is Ph(2cPr,3Cl); and Q^{1} is 
1087  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Br; R^{5} is H; Q^{2} is Ph(2cPr,4F); and Q^{1} is 
1088  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Br; R^{5} is H; Q^{2} is Ph(2cPr,3,4diF); and Q^{1} is 
1089  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Br; R^{5} is H; Q^{2} is Ph(2NO_{2}); and Q^{1} is 
1090  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Br; R^{5} is H; Q^{2} is Ph(2NO_{2},3F); and Q^{1} is 
1091  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Br; R^{5} is H; Q^{2} is Ph(2NO_{2},3Cl); and Q^{1} is 
1092  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Br; R^{5} is H; Q^{2} is Ph(2NO_{2},4F); and Q^{1} is 
1093  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Br; R^{5} is H; Q^{2} is Ph(2NO_{2},3,4diF); and Q^{1} is 
1094  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Br; R^{5} is H; Q^{2} is Ph(2OCF_{3}); and Q^{1} is 
1095  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Br; R^{5} is H; Q^{2} is Ph(2OCF_{3},3F); and Q^{1} is 
1096  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Br; R^{5} is H; Q^{2} is Ph(2OCF_{3},4F); and Q^{1} is 
1097  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Br; R^{5} is H; Q^{2} is Ph(2Cl); and Q^{1} is 
1098  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Br; R^{5} is H; Q^{2} is Ph(2Cl,3Me); and Q^{1} is 
1099  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Br; R^{5} is H; Q^{2} is Ph(2Cl,3Me,4F); and Q^{1} is 
1100  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Br; R^{5} is H; Q^{2} is Ph(2,3diCl); and Q^{1} is 
1101  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Br; R^{5} is H; Q^{2} is Ph(2,4diCl); and Q^{1} is 
1102  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Br; R^{5} is H; Q^{2} is Ph(2Cl,3F); and Q^{1} is 
1103  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Br; R^{5} is H; Q^{2} is Ph(2Cl,4F); and Q^{1} is 
1104  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Br; R^{5} is H; Q^{2} is Ph(2Cl,5F); and Q^{1} is 
1105  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Br; R^{5} is H; Q^{2} is Ph(2Cl,3,4diF); and Q^{1} is 
1106  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Br; R^{5} is H; Q^{2} is Ph(2Cl,3,5diF); and Q^{1} is 
1107  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Br; R^{5} is H; Q^{2} is Ph(2OCF_{2}H); and Q^{1} is 
1108  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Br; R^{5} is H; Q^{2} is Ph(2OCF_{2}H,3Me); and Q^{1} is 
1109  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Br; R^{5} is H; Q^{2} is Ph(2OCF_{2}H,3Cl); and Q^{1} is 
1110  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Br; R^{5} is H; Q^{2} is Ph(2OCF_{2}H,3F); and Q^{1} is 
1111  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Br; R^{5} is H; Q^{2} is Ph(2OCF_{2}H,4F); and Q^{1} is 
1112  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Br; R^{5} is H; Q^{2} is Ph(2OCF_{2}CF_{2}H); and Q^{1} is 
1113  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Br; R^{5} is H; Q^{2} is Ph(2OCF_{2}CF_{2}H,3F); and Q^{1} is 
1114  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Br; R^{5} is H; Q^{2} is Ph(2OCF_{2}CF_{2}H,4F); and Q^{1} is 
1115  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Br; R^{5} is H; Q^{2} is Ph(2Br); and Q^{1} is 
1116  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Br; R^{5} is H; Q^{2} is Ph(2Br,3F); and Q^{1} is 
1117  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Br; R^{5} is H; Q^{2} is Ph(2Br,4F); and Q^{1} is 
1118  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Br; R^{5} is H; Q^{2} is Ph(2Br,3,4diF); and Q^{1} is 
1119  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Br; R^{5} is H; Q^{2} is Ph(2I); and Q^{1} is 
1120  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Br; R^{5} is H; Q^{2} is Ph(2I,3F); and Q^{1} is 
1121  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Br; R^{5} is H; Q^{2} is Ph(2I,4F); and Q^{1} is 
1122  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Br; R^{5} is H; Q^{2} is Ph(2I,3,4diF); and Q^{1} is 
1123  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Br; R^{5} is H; Q^{2} is Ph(2CN); and Q^{1} is 
1124  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Br; R^{5} is H; Q^{2} is Ph(2CN,3Me); and Q^{1} is 
1125  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Br; R^{5} is H; Q^{2} is Ph(2CN,3F); and Q^{1} is 
1126  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Br; R^{5} is H; Q^{2} is Ph(2CN,4F); and Q^{1} is 
1127  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Br; R^{5} is H; Q^{2} is Ph(2CN,3Cl); and Q^{1} is 
1128  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Br; R^{5} is H; Q^{2} is Ph(2CN,4Cl); and Q^{1} is 
1129  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Br; R^{5} is H; Q^{2} is Ph(2CN,3,4diF); and Q^{1} is 
1130  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Br; R^{5} is H; Q^{2} is 2Pyridinyl; and Q^{1} is 
1131  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Br; R^{5} is H; Q^{2} is 2Pyridinyl,3F; and Q^{1} is 
1132  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Br; R^{5} is H; Q^{2} is 2Pyridinyl,4F; and Q^{1} is 
1133  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Br; R^{5} is H; Q^{2} is 2Pyridinyl,3,4diF; and Q^{1} is 
1134  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Br; R^{5} is H; Q^{2} is 2Pyridinyl,3Cl; and Q^{1} is 
1135  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Br; R^{5} is H; Q^{2} is 2Pyridinyl,4Cl; and Q^{1} is 
1136  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Br; R^{5} is H; Q^{2} is 2Pyridinyl,3Cl,4F; and Q^{1} is 
1137  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Br; R^{5} is H; Q^{2} is Ph(2SO_{2}Me); and Q^{1} is 
1138  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Br; R^{5} is H; Q^{2} is Ph(2SO_{2}Me, 3F); and Q^{1} is 
1139  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Br; R^{5} is H; Q^{2} is Ph(2SO_{2}Me, 3Me); and Q^{1} is 
1140  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Br; R^{5} is H; Q^{2} is Ph(2SO_{2}Me, 4F); and Q^{1} is 
1141  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Br; R^{5} is H; Q^{2} is Ph(2SO_{2}Me, 5F); and Q^{1} is 
1142  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Br; R^{5} is H; Q^{2} is Ph(2SO_{2}Me,3,4diF); and Q^{1} is 
1143  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Br; R^{5} is H; Q^{2} is Ph(2SO_{2}Me, 3Cl); and Q^{1} is 
1144  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Br; R^{5} is H; Q^{2} is Ph(2SO_{2}Me, 4Cl); and Q^{1} is 
1145  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Br; R^{5} is H; Q^{2} is Ph(2SO_{2}Me,3Cl,4F); and Q^{1} is 
1146  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Br; R^{5} is H; Q^{2} is Ph(2SO_{2}NH_{2}); and Q^{1} is 
1147  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Br; R^{5} is H; Q^{2} is Ph(2SO_{2}NH_{2}, 3F); and Q^{1} is 
1148  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Br; R^{5} is H; Q^{2} is Ph(2SO_{2}NH_{2}, 3Cl); and Q^{1} is 
1149  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Br; R^{5} is H; Q^{2} is Ph(2SO_{2}NH_{2}, 4F); and Q^{1} is 
1150  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Br; R^{5} is H; Q^{2} is Ph(2SO_{2}NH_{2}, 5F); and Q^{1} is 
1151  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Br; R^{5} is H; Q^{2} is Ph(2SO_{2}NH_{2},3,4diF); and Q^{1} is 
1152  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Br; R^{5} is H; Q^{2} is Ph(3F); and Q^{1} is 
1153  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Br; R^{5} is H; Q^{2} is Ph(3,4diF); and Q^{1} is 
1154  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Br; R^{5} is H; Q^{2} is Ph(3,5diF); and Q^{1} is 
1155  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Br; R^{5} is H; Q^{2} is Ph(3,4,5triF); and Q^{1} is 
1156  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Br; R^{5} is H; Q^{2} is Ph(3F,4Cl); and Q^{1} is 
1157  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Br; R^{5} is H; Q^{2} is Ph(3CF_{3}); and Q^{1} is 
1158  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Br; R^{5} is H; Q^{2} is Ph(3CF_{3},4F); and Q^{1} is 
1159  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Br; R^{5} is H; Q^{2} is Ph(3CF_{3},4Cl); and Q^{1} is 
1160  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Br; R^{5} is H; Q^{2} is Ph(3CF_{3},5F); and Q^{1} is 
1161  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Br; R^{5} is H; Q^{2} is Ph(3CF_{3},4,5diF); and Q^{1} is 
1162  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Br; R^{5} is H; Q^{2} is Ph(3SO_{2}Me); and Q^{1} is 
1163  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Br; R^{5} is H; Q^{2} is Ph(3SO_{2}Me,4Cl); and Q^{1} is 
1164  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Br; R^{5} is H; Q^{2} is Ph(3SO_{2}Me,4F); and Q^{1} is 
1165  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Br; R^{5} is H; Q^{2} is Ph(3SO_{2}Me,4,5diF); and Q^{1} is 
1166  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Br; R^{5} is H; Q^{2} is Ph(3SO_{2}Me,5F); and Q^{1} is 
1167  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Br; R^{5} is H; Q^{2} is Ph(3SO_{2}NH_{2}); and Q^{1} is 
1168  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Br; R^{5} is H; Q^{2} is Ph(3SO_{2}NH_{2},4F); and Q^{1} is 
1169  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Br; R^{5} is H; Q^{2} is Ph(3SO_{2}NH_{2},4,5diF); and Q^{1} is 
1170  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Br; R^{5} is H; Q^{2} is Ph(3SO_{2}NH_{2},4Cl); and Q^{1} is 
1171  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Br; R^{5} is H; Q^{2} is Ph(3SO_{2}NH_{2},5F); and Q^{1} is 
1172  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Br; R^{5} is H; Q^{2} is Ph(3Me); and Q^{1} is 
1173  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Br; R^{5} is H; Q^{2} is Ph(3Me,4F); and Q^{1} is 
1174  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Br; R^{5} is H; Q^{2} is Ph(3Me,4Cl); and Q^{1} is 
1175  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Br; R^{5} is H; Q^{2} is Ph(3Me,5F); and Q^{1} is 
1176  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Br; R^{5} is H; Q^{2} is Ph(3Me,4,5diF); and Q^{1} is 
1177  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Br; R^{5} is H; Q^{2} is Ph(3Cl); and Q^{1} is 
1178  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Br; R^{5} is H; Q^{2} is Ph(3Cl,4F); and Q^{1} is 
1179  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Br; R^{5} is H; Q^{2} is Ph(3,4diCl); and Q^{1} is 
1180  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Br; R^{5} is H; Q^{2} is Ph(3Cl,5F); and Q^{1} is 
1181  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Br; R^{5} is H; Q^{2} is Ph(3Cl,4,5diF); and Q^{1} is 
1182  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Br; R^{5} is H; Q^{2} is Ph(3,5diCl); and Q^{1} is 
1183  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Br; R^{5} is H; Q^{2} is Ph(4F); and Q^{1} is 
1184  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Br; R^{5} is H; Q^{2} is Ph(4Cl); and Q^{1} is 
1185  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Br; R^{5} is H; Q^{2} is 2,2diF1,3benzodioxol4yl; and Q^{1} is 
1186  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Br; R^{5} is H; Q^{2} is 2,2diF1,3benzodioxol5yl; and Q^{1} is 
1187  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Br; R^{5} is H; Q^{2} is 2,2diMe1,3benzodioxol4yl; and Q^{1} is 
1188  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Br; R^{5} is H; Q^{2} is 2,2diMe1,3benzodioxol5yl; and Q^{1} is 
1189  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Br; R^{5} is H; Q^{2} is 1,3benzodioxol4yl; and Q^{1} is 
1190  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Br; R^{5} is H; Q^{2} is 1,3benzodioxol5yl; and Q^{1} is 
1191  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Cl; R^{5} is H; Q^{2} is Ph(2F); and Q^{1} is 
1192  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Cl; R^{5} is H; Q^{2} is Ph(2,3diF); and Q^{1} is 
1193  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Cl; R^{5} is H; Q^{2} is Ph(2,4diF); and Q^{1} is 
1194  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Cl; R^{5} is H; Q^{2} is Ph(2,5diF); and Q^{1} is 
1195  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Cl; R^{5} is H; Q^{2} is Ph(2,3,4triF); and Q^{1} is 
1196  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Cl; R^{5} is H; Q^{2} is Ph(2,3,5triF); and Q^{1} is 
1197  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Cl; R^{5} is H; Q^{2} is Ph(2,3,4,5tetraF); and Q^{1} is 
1198  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Cl; R^{5} is H; Q^{2} is Ph(2F,3Cl,4Br); and Q^{1} is 
1199  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Cl; R^{5} is H; Q^{2} is Ph(2F,3Cl,4F); and Q^{1} is 
1200  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Cl; R^{5} is H; Q^{2} is Ph(2F,3Br,4F); and Q^{1} is 
1201  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Cl; R^{5} is H; Q^{2} is Ph(2F,3Me); and Q^{1} is 
1202  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Cl; R^{5} is H; Q^{2} is Ph(2F,3Me,4F); and Q^{1} is 
1203  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Cl; R^{5} is H; Q^{2} is Ph(2F,3Me,4Cl); and Q^{1} is 
1204  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Cl; R^{5} is H; Q^{2} is Ph(2F,3Cl); and Q^{1} is 
1205  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Cl; R^{5} is H; Q^{2} is Ph(2F,4Cl); and Q^{1} is 
1206  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Cl; R^{5} is H; Q^{2} is Ph(2F,3,4diCl); and Q^{1} is 
1207  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Cl; R^{5} is H; Q^{2} is Ph(2F,4Br); and Q^{1} is 
1208  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Cl; R^{5} is H; Q^{2} is Ph(2F,3OMe); and Q^{1} is 
1209  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Cl; R^{5} is H; Q^{2} is Ph(2F,3OMe,4F); and Q^{1} is 
1210  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Cl; R^{5} is H; Q^{2} is Ph(2F,3OMe,4Cl); and Q^{1} is 
1211  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Cl; R^{5} is H; Q^{2} is Ph(2F,3CF_{2}H); and Q^{1} is 
1212  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Cl; R^{5} is H; Q^{2} is Ph(2F,3CF_{3}); and Q^{1} is 
1213  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Cl; R^{5} is H; Q^{2} is Ph(2F,3CF_{3},4F); and Q^{1} is 
1214  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Cl; R^{5} is H; Q^{2} is Ph(2F,3NO_{2}); and Q^{1} is 
1215  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Cl; R^{5} is H; Q^{2} is Ph(2F,3NO_{2},4F); and Q^{1} is 
1216  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Cl; R^{5} is H; Q^{2} is Ph(2F,3SO_{2}Me); and Q^{1} is 
1217  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Cl; R^{5} is H; Q^{2} is Ph(2F,3SO_{2}Me,4F); and Q^{1} is 
1218  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Cl; R^{5} is H; Q^{2} is Ph(2CF_{3}); and Q^{1} is 
1219  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Cl; R^{5} is H; Q^{2} is Ph(2CF_{3},3F); and Q^{1} is 
1220  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Cl; R^{5} is H; Q^{2} is Ph(2CF_{3},3Me), and Q^{1} is 
1221  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Cl; R^{5} is H; Q^{2} is Ph(2CF_{3},4F); and Q^{1} is 
1222  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Cl; R^{5} is H; Q^{2} is Ph(2CF_{3},3Cl); and Q^{1} is 
1223  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Cl; R^{5} is H; Q^{2} is Ph(2CF_{3},4Cl); and Q^{1} is 
1224  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Cl; R^{5} is H; Q^{2} is Ph(2CF_{3},3,4diF); and Q^{1} is 
1225  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Cl; R^{5} is H; Q^{2} is Ph(2CF_{2}H); and Q^{1} is 
1226  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Cl; R^{5} is H; Q^{2} is Ph(2CF_{2}H,3F); and Q^{1} is 
1227  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Cl; R^{5} is H; Q^{2} is Ph(2CF_{2}H,3Me); and Q^{1} is 
1228  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Cl; R^{5} is H; Q^{2} is Ph(2CF_{2}H,4F); and Q^{1} is 
1229  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Cl; R^{5} is H; Q^{2} is Ph(2CF_{2}H,3Cl); and Q^{1} is 
1230  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Cl; R^{5} is H; Q^{2} is Ph(2CF_{2}H,4Cl); and Q^{1} is 
1231  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Cl; R^{5} is H; Q^{2} is Ph(2CF_{2}H,3,4diF); and Q^{1} is 
1232  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Cl; R^{5} is H; Q^{2} is Ph(2Me); and Q^{1} is 
1233  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Cl; R^{5} is H; Q^{2} is Ph(2,3diMe); and Q^{1} is 
1234  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Cl; R^{5} is H; Q^{2} is Ph(2Me,3F); and Q^{1} is 
1235  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Cl; R^{5} is H; Q^{2} is Ph(2Me,3Cl); and Q^{1} is 
1236  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Cl; R^{5} is H; Q^{2} is Ph(2Me,3CF_{3}); and Q^{1} is 
1237  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Cl; R^{5} is H; Q^{2} is Ph(2Me,3,4diCl); and Q^{1} is 
1238  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Cl; R^{5} is H; Q^{2} is Ph(2Me,3Cl,4F); and Q^{1} is 
1239  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Cl; R^{5} is H; Q^{2} is Ph(2Me,4Cl); and Q^{1} is 
1240  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Cl; R^{5} is H; Q^{2} is Ph(2Me,4F); and Q^{1} is 
1241  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Cl; R^{5} is H; Q^{2} is Ph(2Me,5F); and Q^{1} is 
1242  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Cl; R^{5} is H; Q^{2} is Ph(2Me,3,4diF); and Q^{1} is 
1243  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Cl; R^{5} is H; Q^{2} is Ph(2Me,3,5diF); and Q^{1} is 
1244  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Cl; R^{5} is H; Q^{2} is Ph(2Et); and Q^{1} is 
1245  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Cl; R^{5} is H; Q^{2} is Ph(2Et,3F); and Q^{1} is 
1246  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Cl; R^{5} is H; Q^{2} is Ph(2Et,3Cl); and Q^{1} is 
1247  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Cl; R^{5} is H; Q^{2} is Ph(2Et,4F); and Q^{1} is 
1248  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Cl; R^{5} is H; Q^{2} is Ph(2Et,3,4diF); and Q^{1} is 
1249  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Cl; R^{5} is H; Q^{2} is Ph(2iPr); and Q^{1} is 
1250  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Cl; R^{5} is H; Q^{2} is Ph(2iPr,3F); and Q^{1} is 
1251  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Cl; R^{5} is H; Q^{2} is Ph(2iPr,3Cl); and Q^{1} is 
1252  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Cl; R^{5} is H; Q^{2} is Ph(2iPr,4F); and Q^{1} is 
1253  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Cl; R^{5} is H; Q^{2} is Ph(2iPr,3,4diF); and Q^{1} is 
1254  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Cl; R^{5} is H; Q^{2} is Ph(2cPr); and Q^{1} is 
1255  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Cl; R^{5} is H; Q^{2} is Ph(2cPr,3F); and Q^{1} is 
1256  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Cl; R^{5} is H; Q^{2} is Ph(2cPr,3Cl); and Q^{1} is 
1257  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Cl; R^{5} is H; Q^{2} is Ph(2cPr,4F); and Q^{1} is 
1258  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Cl; R^{5} is H; Q^{2} is Ph(2cPr,3,4diF); and Q^{1} is 
1259  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Cl; R^{5} is H; Q^{2} is Ph(2NO_{2}); and Q^{1} is 
1260  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Cl; R^{5} is H; Q^{2} is Ph(2NO_{2},3F); and Q^{1} is 
1261  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Cl; R^{5} is H; Q^{2} is Ph(2NO_{2},3Cl); and Q^{1} is 
1262  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Cl; R^{5} is H; Q^{2} is Ph(2NO_{2},4F); and Q^{1} is 
1263  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Cl; R^{5} is H; Q^{2} is Ph(2NO_{2},3,4diF); and Q^{1} is 
1264  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Cl; R^{5} is H; Q^{2} is Ph(2OCF_{3}); and Q^{1} is 
1265  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Cl; R^{5} is H; Q^{2} is Ph(2OCF_{3},3F); and Q^{1} is 
1266  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Cl; R^{5} is H; Q^{2} is Ph(2OCF_{3},4F); and Q^{1} is 
1267  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Cl; R^{5} is H; Q^{2} is Ph(2Cl); and Q^{1} is 
1268  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Cl; R^{5} is H; Q^{2} is Ph(2Cl,3Me); and Q^{1} is 
1269  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is, Cl; R^{5} is H; Q^{2} is Ph(2Cl,3Me,4F); and Q^{1} is 
1270  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Cl; R^{5} is H; Q^{2} is Ph(2,3diCl); and Q^{1} is 
1271  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Cl; R^{5} is H; Q^{2} is Ph(2,4diCl); and Q^{1} is 
1272  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Cl; R^{5} is H; Q^{2} is Ph(2Cl,3F); and Q^{1} is 
1273  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Cl; R^{5} is H; Q^{2} is Ph(2Cl,4F); and Q^{1} is 
1274  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Cl; R^{5} is H; Q^{2} is Ph(2Cl,5F); and Q^{1} is 
1275  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Cl; R^{5} is H; Q^{2} is Ph(2Cl,3,4diF); and Q^{1} is 
1276  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Cl; R^{5} is H; Q^{2} is Ph(2Cl,3,5diF); and Q^{1} is 
1277  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Cl; R^{5} is H; Q^{2} is Ph(2OCF_{2}H); and Q^{1} is 
1278  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Cl; R^{5} is H; Q^{2} is Ph(2OCF_{2}H,3Me); and Q^{1} is 
1279  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Cl; R^{5} is H; Q^{2} is Ph(2OCF_{2}H,3Cl); and Q^{1} is 
1280  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Cl; R^{5} is H; Q^{2} is Ph(2OCF_{2}H,3F); and Q^{1} is 
1281  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Cl; R^{5} is H; Q^{2} is Ph(2OCF_{2}H,4F); and Q^{1} is 
1282  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Cl; R^{5} is H; Q^{2} is Ph(2OCF_{2}CF_{2}H); and Q^{1} is 
1283  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Cl; R^{5} is H; Q^{2} is Ph(2OCF_{2}CF_{2}H,3F); and Q^{1} is 
1284  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Cl; R^{5} is H; Q^{2} is Ph(2OCF_{2}CF_{2}H,4F); and Q^{1} is 
1285  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Cl; R^{5} is H; Q^{2} is Ph(2Br); and Q^{1} is 
1286  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Cl; R^{5} is H; Q^{2} is Ph(2Br,3F); and Q^{1} is 
1287  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Cl; R^{5} is H; Q^{2} is Ph(2Br,4F); and Q^{1} is 
1288  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Cl; R^{5} is H; Q^{2} is Ph(2Br,3,4diF); and Q^{1} is 
1289  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Cl; R^{5} is H; Q^{2} is Ph(2I); and Q^{1} is 
1290  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Cl; R^{5} is H; Q^{2} is Ph(2I,3F); and Q^{1} is 
1291  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Cl; R^{5} is H; Q^{2} is Ph(2I,4F); and Q^{1} is 
1292  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Cl; R^{5} is H; Q^{2} is Ph(2I,3,4diF); and Q^{1} is 
1293  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Cl; R^{5} is H; Q^{2} is Ph(2CN); and Q^{1} is 
1294  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Cl; R^{5} is H; Q^{2} is Ph(2CN,3Me); and Q^{1} is 
1295  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Cl; R^{5} is H; Q^{2} is Ph(2CN,3F); and Q^{1} is 
1296  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Cl; R^{5} is H; Q^{2} is Ph(2CN,4F); and Q^{1} is 
1297  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Cl; R^{5} is H; Q^{2} is Ph(2CN,3Cl); and Q^{1} is 
1298  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Cl; R^{5} is H; Q^{2} is Ph(2CN,4Cl); and Q^{1} is 
1299  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Cl; R^{5} is H; Q^{2} is Ph(2CN,3,4diF); and Q^{1} is 
1300  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Cl; R^{5} is H; Q^{2} is 2Pyridinyl; and Q^{1} is 
1301  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Cl; R^{5} is H; Q^{2} is 2Pyridinyl,3F; and Q^{1} is 
1302  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Cl; R^{5} is H; Q^{2} is 2Pyridinyl,4F; and Q^{1} is 
1303  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Cl; R^{5} is H; Q^{2} is 2Pyridinyl,3,4diF; and Q^{1} is 
1304  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Cl; R^{5} is H; Q^{2} is 2Pyridinyl,3Cl; and Q^{1} is 
1305  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Cl; R^{5} is H; Q^{2} is 2Pyridinyl,4Cl; and Q^{1} is 
1306  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Cl; R^{5} is H; Q^{2} is 2Pyridinyl,3Cl,4F; and Q^{1} is 
1307  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Cl; R^{5} is H; Q^{2} is Ph(2SO_{2}Me); and Q^{1} is 
1308  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Cl; R^{5} is H; Q^{2} is Ph(2SO_{2}Me, 3F); and Q^{1} is 
1309  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Cl; R^{5} is H; Q^{2} is Ph(2SO_{2}Me, 3Me); and Q^{1} is 
1310  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Cl; R^{5} is H; Q^{2} is Ph(2SO_{2}Me, 4F); and Q^{1} is 
1311  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Cl; R^{5} is H; Q^{2} is Ph(2SO_{2}Me, 5F); and Q^{1} is 
1312  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Cl; R^{5} is H; Q^{2} is Ph(2SO_{2}Me,3,4diF); and Q^{1} is 
1313  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Cl; R^{5} is H; Q^{2} is Ph(2SO_{2}Me, 3Cl); and Q^{1} is 
1314  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Cl; R^{5} is H; Q^{2} is Ph(2SO_{2}Me, 4Cl); and Q^{1} is 
1315  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Cl; R^{5} is H; Q^{2} is Ph(2SO_{2}Me,3Cl,4F); and Q^{1} is 
1316  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Cl; R^{5} is H; Q^{2} is Ph(2SO_{2}NH_{2}); and Q^{1} is 
1317  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Cl; R^{5} is H; Q^{2} is Ph(2SO_{2}NH_{2}, 3F); and Q^{1} is 
1318  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Cl; R^{5} is H; Q^{2} is Ph(2SO_{2}NH_{2}, 3Cl); and Q^{1} is 
1319  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Cl; R^{5} is H; Q^{2} is Ph(2SO_{2}NH_{2}, 4F); and Q^{1} is 
1320  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Cl; R^{5} is H; Q^{2} is Ph(2SO_{2}NH_{2}, 5F); and Q^{1} is 
1321  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Cl; R^{5} is H; Q^{2} is Ph(2SO_{2}NH_{2},3,4diF); and Q^{1} is 
1322  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Cl; R^{5} is H; Q^{2} is Ph(3F); and Q^{1} is 
1323  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Cl; R^{5} is H; Q^{2} is Ph(3,4diF); and Q^{1} is 
1324  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Cl; R^{5} is H; Q^{2} is Ph(3,5diF); and Q^{1} is 
1325  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Cl; R^{5} is H; Q^{2} is Ph(3,4,5triF); and Q^{1} is 
1326  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Cl; R^{5} is H; Q^{2} is Ph(3F,4Cl); and Q^{1} is 
1327  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Cl; R^{5} is H; Q^{2} is Ph(3CF_{3}); and Q^{1} is 
1328  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Cl; R^{5} is H; Q^{2} is Ph(3CF_{3},4F); and Q^{1} is 
1329  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Cl; R^{5} is H; Q^{2} is Ph(3CF_{3},4Cl); and Q^{1} is 
1330  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Cl; R^{5} is H; Q^{2} is Ph(3CF_{3},5F); and Q^{1} is 
1331  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Cl; R^{5} is H; Q^{2} is Ph(3CF_{3},4,5diF); and Q^{1} is 
1332  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Cl; R^{5} is H; Q^{2} is Ph(3SO_{2}Me); and Q^{1} is 
1333  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Cl; R^{5} is H; Q^{2} is Ph(3SO_{2}Me,4Cl); and Q^{1} is 
1334  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Cl; R^{5} is H; Q^{2} is Ph(3SO_{2}Me,4F); and Q^{1} is 
1335  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Cl; R^{5} is H; Q^{2} is Ph(3SO_{2}Me,4,5diF); and Q^{1} is 
1336  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Cl; R^{5} is H; Q^{2} is Ph(3SO_{2}Me,5F); and Q^{1} is 
1337  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Cl; R^{5} is H; Q^{2} is Ph(3SO_{2}NH_{2}); and Q^{1} is 
1338  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Cl; R^{5} is H; Q^{2} is Ph(3SO_{2}NH_{2},4F); and Q^{1} is 
1339  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Cl; R^{5} is H; Q^{2} is Ph(3SO_{2}NH_{2},4,5diF); and Q^{1} is 
1340  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Cl; R^{5} is H; Q^{2} is Ph(3SO_{2}NH_{2},4Cl); and Q^{1} is 
1341  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Cl; R^{5} is H; Q^{2} is Ph(3SO_{2}NH_{2},5F); and Q^{1} is 
1342  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Cl; R^{5} is H; Q^{2} is Ph(3Me); and Q^{1} is 
1343  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Cl; R^{5} is H; Q^{2} is Ph(3Me,4F); and Q^{1} is 
1344  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Cl; R^{5} is H; Q^{2} is Ph(3Me,4Cl); and Q^{1} is 
1345  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Cl; R^{5} is H; Q^{2} is Ph(3Me,5F); and Q^{1} is 
1346  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Cl; R^{5} is H; Q^{2} is Ph(3Me,4,5diF); and Q^{1} is 
1347  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Cl; R^{5} is H; Q^{2} is Ph(3Cl); and Q^{1} is 
1348  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Cl; R^{5} is H; Q^{2} is Ph(3Cl,4F); and Q^{1} is 
1349  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Cl; R^{5} is H; Q^{2} is Ph(3,4diCl); and Q^{1} is 
1350  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Cl; R^{5} is H; Q^{2} is Ph(3Cl,5F); and Q^{1} is 
1351  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Cl; R^{5} is H; Q^{2} is Ph(3Cl,4,5diF); and Q^{1} is 
1352  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Cl; R^{5} is H; Q^{2} is Ph(3,5diCl); and Q^{1} is 
1353  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Cl; R^{5} is H; Q^{2} is Ph(4F); and Q^{1} is 
1354  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Cl; R^{5} is H; Q^{2} is Ph(4Cl); and Q^{1} is 
1355  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Cl; R^{5} is H; Q^{2} is 2,2diF1,3benzodioxol4yl; and Q^{1} is 
1356  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Cl; R^{5} is H; Q^{2} is 2,2diF1,3benzodioxol5yl; and Q^{1} is 
1357  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Cl; R^{5} is H; Q^{2} is 2,2diMe1,3benzodioxol4yl; and Q^{1} is 
1358  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Cl; R^{5} is H; Q^{2} is 2,2diMe1,3benzodioxol5yl; and Q^{1} is 
1359  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Cl; R^{5} is H; Q^{2} is 1,3benzodioxol4yl; and Q^{1} is 
1360  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is Cl; R^{5} is H; Q^{2} is 1,3benzodioxol5yl; and Q^{1} is 
1361  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Br; Q^{2} is Ph(2F); and Q^{1} is 
1362  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Br; Q^{2} is Ph(2,3diF); and Q^{1} is 
1363  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Br; Q^{2} is Ph(2,4diF); and Q^{1} is 
1364  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Br; Q^{2} is Ph(2,5diF); and Q^{1} is 
1365  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Br; Q^{2} is Ph(2,3,4triF); and Q^{1} is 
1366  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Br; Q^{2} is Ph(2,3,5triF); and Q^{1} is 
1367  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is, H; R^{5} is Br; Q^{2} is Ph(2,3,4,5tetraF); and Q^{1} is 
1368  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Br; Q^{2} is Ph(2F,3Cl,4Br); and Q^{1} is 
1369  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Br; Q^{2} is Ph(2F,3Cl,4F); and Q^{1} is 
1370  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Br; Q^{2} is Ph(2F,3Br,4F); and Q^{1} is 
1371  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Br; Q^{2} is Ph(2F,3Me); and Q^{1} is 
1372  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Br; Q^{2} is Ph(2F,3Me,4F); and Q^{1} is 
1373  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Br; Q^{2} is Ph(2F,3Me,4Cl); and Q^{1} is 
1374  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Br; Q^{2} is Ph(2F,3Cl); and Q^{1} is 
1375  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Br; Q^{2} is Ph(2F,4Cl); and Q^{1} is 
1376  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Br; Q^{2} is Ph(2F,3,4diCl); and Q^{1} is 
1377  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Br; Q^{2} is Ph(2F,4Br); and Q^{1} is 
1378  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Br; Q^{2} is Ph(2F,3OMe); and Q^{1} is 
1379  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Br; Q^{2} is Ph(2F,3OMe,4F); and Q^{1} is 
1380  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Br; Q^{2} is Ph(2F,3OMe,4Cl); and Q^{1} is 
1381  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Br; Q^{2} is Ph(2F,3CF_{2}H); and Q^{1} is 
1382  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Br; Q^{2} is Ph(2F,3CF_{3}); and Q^{1} is 
1383  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Br; Q^{2} is Ph(2F,3CF_{3},4F); and Q^{1} is 
1384  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Br; Q^{2} is Ph(2F,3NO_{2}); and Q^{1} is 
1385  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Br; Q^{2} is Ph(2F,3NO_{2},4F); and Q^{1} is 
1386  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Br; Q^{2} is Ph(2F,3SO_{2}Me); and Q^{1} is 
1387  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Br; Q^{2} is Ph(2F,3SO_{2}Me,4F); and Q^{1} is 
1388  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Br; Q^{2} is Ph(2CF_{3}); and Q^{1} is 
1389  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Br; Q^{2} is Ph(2CF_{3},3F); and Q^{1} is 
1390  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Br; Q^{2} is Ph(2CF_{3},3Me); and Q^{1} is 
1391  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Br; Q^{2} is Ph(2CF_{3},4F); and Q^{1} is 
1392  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Br; Q^{2} is Ph(2CF_{3},3Cl); and Q^{1} is 
1393  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Br; Q^{2} is Ph(2CF_{3},4Cl); and Q^{1} is 
1394  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Br; Q^{2} is Ph(2CF_{3},3,4diF); and Q^{1} is 
1395  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Br; Q^{2} is Ph(2CF_{2}H); and Q^{1} is 
1396  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Br; Q^{2} is Ph(2CF_{2}H,3F); and Q^{1} is 
1397  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Br; Q^{2} is Ph(2CF_{2}H,3Me); and Q^{1} is 
1398  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Br; Q^{2} is Ph(2CF_{2}H,4F); and Q^{1} is 
1399  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Br; Q^{2} is Ph(2CF_{2}H,3Cl); and Q^{1} is 
1400  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Br; Q^{2} is Ph(2CF_{2}H,4Cl); and Q^{1} is 
1401  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Br; Q^{2} is Ph(2CF_{2}H,3,4diF); and Q^{1} is 
1402  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Br; Q^{2} is Ph(2Me); and Q^{1} is 
1403  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Br; Q^{2} is Ph(2,3diMe); and Q^{1} is 
1404  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Br; Q^{2} is Ph(2Me,3F); and Q^{1} is 
1405  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Br; Q^{2} is Ph(2Me,3Cl); and Q^{1} is 
1406  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Br; Q^{2} is Ph(2Me,3CF_{3}); and Q^{1} is 
1407  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Br; Q^{2} is Ph(2Me,3,4diCl); and Q^{1} is 
1408  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Br; Q^{2} is Ph(2Me,3Cl,4F); and Q^{1} is 
1409  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Br; Q^{2} is Ph(2Me,4Cl); and Q^{1} is 
1410  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Br; Q^{2} is Ph(2Me,4F); and Q^{1} is 
1411  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Br; Q^{2} is Ph(2Me,5F); and Q^{1} is 
1412  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Br; Q^{2} is Ph(2Me,3,4diF); and Q^{1} is 
1413  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Br; Q^{2} is Ph(2Me,3,5diF); and Q^{1} is 
1414  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Br; Q^{2} is Ph(2Et); and Q^{1} is 
1415  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Br; Q^{2} is Ph(2Et,3F); and Q^{1} is 
1416  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Br; Q^{2} is Ph(2Et,3Cl); and Q^{1} is 
1417  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Br; Q^{2} is Ph(2Et,4F); and Q^{1} is 
1418  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Br; Q^{2} is Ph(2Et,3,4diF); and Q^{1} is 
1419  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Br; Q^{2} is Ph(2iPr); and Q^{1} is 
1420  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Br; Q^{2} is Ph(2iPr,3F); and Q^{1} is 
1421  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Br; Q^{2} is Ph(2iPr,3Cl); and Q^{1} is 
1422  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Br; Q^{2} is Ph(2iPr,4F); and Q^{1} is 
1423  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Br; Q^{2} is Ph(2iPr,3,4d_{1}F); and Q^{1} is 
1424  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Br; Q^{2} is Ph(2cPr); and Q^{1} is 
1425  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Br; Q^{2} is Ph(2cPr,3F); and Q^{1} is 
1426  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Br; Q^{2} is Ph(2cPr,3Cl); and Q^{1} is 
1427  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Br; Q^{2} is Ph(2cPr,4F); and Q^{1} is 
1428  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Br; Q^{2} is Ph(2cPr,3,4diF); and Q^{1} is 
1429  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Br; Q^{2} is Ph(2NO_{2}); and Q^{1} is 
1430  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Br; Q^{2} is Ph(2NO_{2},3F); and Q^{1} is 
1431  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Br; Q^{2} is Ph(2NO_{2},3Cl); and Q^{1} is 
1432  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Br; Q^{2} is Ph(2NO_{2},4F); and Q^{1} is 
1433  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Br; Q^{2} is Ph(2NO_{2},3,4diF); and Q^{1} is 
1434  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Br; Q^{2} is Ph(2OCF_{3}); and Q^{1} is 
1435  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Br; Q^{2} is Ph(2OCF_{3},3F); and Q^{1} is 
1436  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Br; Q^{2} is Ph(2OCF_{3},4F), and Q^{1} is 
1437  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Br; Q^{2} is Ph(2Cl); and Q^{1} is 
1438  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Br; Q^{2} is Ph(2Cl,3Me); and Q^{1} is 
1439  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Br; Q^{2} is Ph(2Cl,3Me,4F); and Q^{1} is 
1440  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Br; Q^{2} is Ph(2,3diCl); and Q^{1} is 
1441  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Br; Q^{2} is Ph(2,4diCl); and Q^{1} is 
1442  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Br; Q^{2} is Ph(2Cl,3F); and Q^{1} is 
1443  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Br; Q^{2} is Ph(2Cl,4F); and Q^{1} is 
1444  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Br; Q^{2} is Ph(2Cl,5F); and Q^{1} is 
1445  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Br; Q^{2} is Ph(2Cl,3,4diF); and Q^{1} is 
1446  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Br; Q^{2} is Ph(2Cl,3,5diF); and Q^{1} is 
1447  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Br; Q^{2} is Ph(2OCF_{2}H); and Q^{1} is 
1448  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Br; Q^{2} is Ph(2OCF_{2}H,3Me); and Q^{1} is 
1449  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Br; Q^{2} is Ph(2OCF_{2}H,3Cl); and Q^{1} is 
1450  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Br; Q^{2} is Ph(2OCF_{2}H,3F); and Q^{1} is 
1451  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Br; Q^{2} is Ph(2OCF_{2}H,4F); and Q^{1} is 
1452  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Br; Q^{2} is Ph(2OCF_{2}CF_{2}H); and Q^{1} is 
1453  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Br; Q^{2} is Ph(2OCF_{2}CF_{2}H,3F); and Q^{1} is 
1454  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Br; Q^{2} is Ph(2OCF_{2}CF_{2}H,4F); and Q^{1} is 
1455  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Br; Q^{2} is Ph(2Br); and Q^{1} is 
1456  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Br; Q^{2} is Ph(2Br,3F); and Q^{1} is 
1457  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Br; Q^{2} is Ph(2Br,4F); and Q^{1} is 
1458  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Br; Q^{2} is Ph(2Br,3,4diF); and Q^{1} is 
1459  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Br; Q^{2} is Ph(2I); and Q^{1} is 
1460  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Br; Q^{2} is Ph(2I,3F); and Q^{1} is 
1461  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Br; Q^{2} is Ph(2I,4F); and Q^{1} is 
1462  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Br; Q^{2} is Ph(2I,3,4diF); and Q^{1} is 
1463  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Br; Q^{2} is Ph(2CN); and Q^{1} is 
1464  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Br; Q^{2} is Ph(2CN,3Me); and Q^{1} is 
1465  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Br; Q^{2} is Ph(2CN,3F); and Q^{1} is 
1466  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Br; Q^{2} is Ph(2CN,4F); and Q^{1} is 
1467  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Br; Q^{2} is Ph(2CN,3Cl); and Q^{1} is 
1468  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Br; Q^{2} is Ph(2CN,4Cl); and Q^{1} is 
1469  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Br; Q^{2} is Ph(2CN,3,4diF); and Q^{1} is 
1470  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Br; Q^{2} is 2Pyridinyl; and Q^{1} is 
1471  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Br; Q^{2} is 2Pyridinyl,3F; and Q^{1} is 
1472  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Br; Q^{2} is 2Pyridinyl,4F; and Q^{1} is 
1473  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Br; Q^{2} is 2Pyridinyl,3,4diF; and Q^{1} is 
1474  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Br; Q^{2} is 2Pyridinyl,3Cl; and Q^{1} is 
1475  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Br; Q^{2} is 2Pyridinyl,4Cl; and Q^{1} is 
1476  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Br; Q^{2} is 2Pyridinyl,3Cl,4F; and Q^{1} is 
1477  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Br; Q^{2} is Ph(2SO_{2}Me); and Q^{1} is 
1478  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Br; Q^{2} is Ph(2SO_{2}Me, 3F); and Q^{1} is 
1479  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Br; Q^{2} is Ph(2SO_{2}Me, 3Me); and Q^{1} is 
1480  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Br; Q^{2} is Ph(2SO_{2}Me, 4F); and Q^{1} is 
1481  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Br; Q^{2} is Ph(2SO_{2}Me, 5F); and Q^{1} is 
1482  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Br; Q^{2} is Ph(2SO_{2}Me,3,4diF); and Q^{1} is 
1483  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Br; Q^{2} is Ph(2SO_{2}Me, 3C1); and Q^{1} is 
1484  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Br; Q^{2} is Ph(2SO_{2}Me, 4Cl); and Q^{1} is 
1485  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Br; Q^{2} is Ph(2SO_{2}Me,3Cl,4F); and Q^{1} is 
1486  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Br; Q^{2} is Ph(2SO_{2}NH_{2}); and Q^{1} is 
1487  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Br; Q^{2} is Ph(2SO_{2}NH_{2}, 3F); and Q^{1} is 
1488  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Br; Q^{2} is Ph(2SO_{2}NH_{2}, 3Cl); and Q^{1} is 
1489  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Br; Q^{2} is Ph(2SO_{2}NH_{2}, 4F); and Q^{1} is 
1490  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Br; Q^{2} is Ph(2SO_{2}NH_{2}, 5F); and Q^{1} is 
1491  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Br; Q^{2} is Ph(2SO_{2}NH_{2},3,4diF); and Q^{1} is 
1492  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Br; Q^{2} is Ph(3F); and Q^{1} is 
1493  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Br; Q^{2} is Ph(3,4diF); and Q^{1} is 
1494  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Br; Q^{2} is Ph(3,5diF); and Q^{1} is 
1495  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Br; Q^{2} is Ph(3,4,5triF); and Q^{1} is 
1496  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Br; Q^{2} is Ph(3F,4Cl); and Q^{1} is 
1497  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Br; Q^{2} is Ph(3CF_{3}); and Q^{1} is 
1498  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Br; Q^{2} is Ph(3CF_{3},4F); and Q^{1} is 
1499  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Br; Q^{2} is Ph(3CF_{3},4Cl); and Q^{1} is 
1500  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Br; Q^{2} is Ph(3CF_{3},5F); and Q^{1} is 
1501  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Br; Q^{2} is Ph(3CF_{3},4,5diF); and Q^{1} is 
1502  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Br; Q^{2} is Ph(3SO_{2}Me); and Q^{1} is 
1503  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Br; Q^{2} is Ph(3SO_{2}Me,4Cl); and Q^{1} is 
1504  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Br; Q^{2} is Ph(3SO_{2}Me,4F); and Q^{1} is 
1505  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Br; Q^{2} is Ph(3SO_{2}Me,4,5diF); and Q^{1} is 
1506  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Br; Q^{2} is Ph(3SO_{2}Me,5F); and Q^{1} is 
1507  Y^{1} is Y^{2} is R^{2} is H; R^{4} is H; R^{5} is Br; Q^{2} is Ph(3SO_{2}NH_{2}); and Q^{1} is 
1508  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Br; Q^{2} is Ph(3SO_{2}NH_{2},4F); and Q^{1} is 
1509  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Br; Q^{2} is Ph(3SO_{2}NH_{2},4,5diF); and Q^{1} is 
1510  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Br; Q^{2} is Ph(3SO_{2}NH_{2},4Cl); and Q^{1} is 
1511  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Br; Q^{2} is Ph(3SO_{2}NH_{2},5F); and Q^{1} is 
1512  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Br; Q^{2} is Ph(3Me); and Q^{1} is 
1513  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Br; Q^{2} is Ph(3Me,4F); and Q^{1} is 
1514  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Br; Q^{2} is Ph(3Me,4Cl); and Q^{1} is 
1515  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Br; Q^{2} is Ph(3Me,5F); and Q^{1} is 
1516  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Br; Q^{2} is Ph(3Me,4,5diF); and Q^{1} is 
1517  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Br; Q^{2} is Ph(3Cl); and Q^{1} is 
1518  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Br; Q^{2} is Ph(3Cl,4F); and Q^{1} is 
1519  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Br; Q^{2} is Ph(3,4diCl); and Q^{1} is 
1520  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Br; Q^{2} is Ph(3Cl,5F); and Q^{1} is 
1521  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Br; Q^{2} is Ph(3Cl,4,5diF); and Q^{1} is 
1522  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Br; Q^{2} is Ph(3,5diCl); and Q^{1} is 
1523  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Br; Q^{2} is Ph(4F); and Q^{1} is 
1524  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Br; Q^{2} is Ph(4Cl); and Q^{1} is 
1525  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Br; Q^{2} is 2,2diF1,3benzodioxol4yl; and Q^{1} is 
1526  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Br; Q^{2} is 2,2diF1,3benzodioxol5yl; and Q^{1} is 
1527  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Br; Q^{2} is 2,2diMe1,3benzodioxol4yl; and Q^{1} is 
1528  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Br; Q^{2} is 2,2diMe1,3benzodioxol5yl; and Q^{1} is 
1529  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Br; Q^{2} is 1,3benzodioxol4yl; and Q^{1} is 
1530  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Br; Q^{2} is 1,3benzodioxol5yl; and Q^{1} is 
1531  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Cl; Q^{2} is Ph(2F); and Q^{1} is 
1532  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Cl; Q^{2} is Ph(2,3diF); and Q^{1} is 
1533  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Cl; Q^{2} is Ph(2,4diF); and Q^{1} is 
1534  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Cl; Q^{2} is Ph(2,5diF); and Q^{1} is 
1535  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Cl; Q^{2} is Ph(2,3,4triF); and Q^{1} is 
1536  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Cl; Q^{2} is Ph(2,3,5triF); and Q^{1} is 
1537  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Cl; Q^{2} is Ph(2,3,4,5tetraF); and Q^{1} is 
1538  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Cl; Q^{2} is Ph(2F,3Cl,4Br); and Q^{1} is 
1539  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Cl; Q^{2} is Ph(2F,3Cl,4F); and Q^{1} is 
1540  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Cl; Q^{2} is Ph(2F,3Br,4F); and Q^{1} is 
1541  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Cl; Q^{2} is Ph(2F,3Me); and Q^{1} is 
1542  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Cl; Q^{2} is Ph(2F,3Me,4F); and Q^{1} is 
1543  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Cl; Q^{2} is Ph(2F,3Me,4Cl); and Q^{1} is 
1544  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Cl; Q^{2} is Ph(2F,3Cl); and Q^{1} is 
1545  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Cl; Q^{2} is Ph(2F,4Cl); and Q^{1} is 
1546  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Cl; Q^{2} is Ph(2F,3,4diCl); and Q^{1} is 
1547  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Cl; Q^{2} is Ph(2F,4Br); and Q^{1} is 
1548  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Cl; Q^{2} is Ph(2F,3OMe); and Q^{1} is 
1549  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Cl; Q^{2} is Ph(2F,3OMe,4F); and Q^{1} is 
1550  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Cl; Q^{2} is Ph(2F,3OMe,4Cl); and Q^{1} is 
1551  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Cl; Q^{2} is Ph(2F,3CF_{2}H); and Q^{1} is 
1552  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Cl; Q^{2} is Ph(2F,3CF_{3}); and Q^{1} is 
1553  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Cl; Q^{2} is Ph(2F,3CF_{3},4F); and Q^{1} is 
1554  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Cl; Q^{2} is Ph(2F,3NO_{2}); and Q^{1} is 
1555  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Cl; Q^{2} is Ph(2F,3NO_{2},4F); and Q^{1} is 
1556  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Cl; Q^{2} is Ph(2F,3SO_{2}Me); and Q^{1} is 
1557  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Cl; Q^{2} is Ph(2F,3SO_{2}Me,4F); and Q^{1} is 
1558  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Cl; Q^{2} is Ph(2CF_{3}); and Q^{1} is 
1559  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Cl; Q^{2} is Ph(2CF_{3},3F); and Q^{1} is 
1560  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Cl; Q^{2} is Ph(2CF_{3},3Me); and Q^{1} is 
1561  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Cl; Q^{2} is Ph(2CF_{3},4F); and Q^{1} is 
1562  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Cl; Q^{2} is Ph(2CF_{3},3Cl); and Q^{1} is 
1563  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Cl; Q^{2} is Ph(2CF_{3},4Cl); and Q^{1} is 
1564  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Cl; Q^{2} is Ph(2CF_{3},3,4diF); and Q^{1} is 
1565  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Cl; Q^{2} is Ph(2CF_{2}H); and Q^{1} is 
1566  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Cl; Q^{2} is Ph(2CF_{2}H,3F); and Q^{1} is 
1567  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Cl; Q^{2} is Ph(2CF_{2}H,3Me); and Q^{1} is 
1568  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Cl; Q^{2} is Ph(2CF_{2}H,4F); and Q^{1} is 
1569  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Cl; Q^{2} is Ph(2CF_{2}H,3Cl); and Q^{1} is 
1570  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Cl; Q^{2} is Ph(2CF_{2}H,4Cl); and Q^{1} is 
1571  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Cl; Q^{2} is Ph(2CF_{2}H,3,4diF); and Q^{1} is 
1572  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Cl; Q^{2} is Ph(2Me); and Q^{1} is 
1573  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Cl; Q^{2} is Ph(2,3diMe); and Q^{1} is 
1574  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Cl; Q^{2} is Ph(2Me,3F); and Q^{1} is 
1575  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Cl; Q^{2} is Ph(2Me,3Cl); and Q^{1} is 
1576  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Cl; Q^{2} is Ph(2Me,3CF_{3}); and Q^{1} is 
1577  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Cl; Q^{2} is Ph(2Me,3,4diCl); and Q^{1} is 
1578  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is. H; R^{5} is Cl; Q^{2} is Ph(2Me,3Cl,4F); and Q^{1} is 
1579  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Cl; Q^{2} is Ph(2Me,4Cl); and Q^{1} is 
1580  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Cl; Q^{2} is Ph(2Me,4F); and Q^{1} is 
1581  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Cl; Q^{2} is Ph(2Me,5F); and Q^{1} is 
1582  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Cl; Q^{2} is Ph(2Me,3,4diF); and Q^{1} is 
1583  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Cl; Q^{2} is Ph(2Me,3,5diF); and Q^{1} is 
1584  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Cl; Q^{2} is Ph(2Et); and Q^{1} is 
1585  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Cl; Q^{2} is Ph(2Et,3F); and Q^{1} is 
1586  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Cl; Q^{2} is Ph(2Et,3Cl); and Q^{1} is 
1587  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Cl; Q^{2} is Ph(2Et,4F); and Q^{1} is 
1588  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Cl; Q^{2} is Ph(2Et,3,4diF); and Q^{1} is 
1589  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Cl; Q^{2} is Ph(2iPr); and Q^{1} is 
1590  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Cl; Q^{2} is Ph(2iPr,3F); and Q^{1} is 
1591  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Cl; Q^{2} is Ph(2iPr,3Cl); and Q^{1} is 
1592  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Cl; Q^{2} is Ph(2iPr,4F); and Q^{1} is 
1593  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Cl; Q^{2} is Ph(2iPr,3,4diF); and Q^{1} is 
1594  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Cl; Q^{2} is Ph(2cPr); and Q^{1} is 
1595  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Cl; Q^{2} is Ph(2cPr,3F); and Q^{1} is 
1596  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Cl; Q^{2} is Ph(2cPr,3Cl); and Q^{1} is 
1597  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Cl; Q^{2} is Ph(2cPr,4F); and Q^{1} is 
1598  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Cl; Q^{2} is Ph(2cPr,3,4diF); and Q^{1} is 
1599  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Cl; Q^{2} is Ph(2NO_{2}); and Q^{1} is 
1600  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Cl; Q^{2} is Ph(2NO_{2},3F); and Q^{1} is 
1601  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Cl; Q^{2} is Ph(2NO_{2},3Cl); and Q^{1} is 
1602  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Cl; Q^{2} is Ph(2NO_{2},4F); and Q^{1} is 
1603  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Cl; Q^{2} is Ph(2NO_{2},3,4diF); and Q^{1} is 
1604  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Cl; Q^{2} is Ph(2OCF_{3}); and Q^{1} is 
1605  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Cl; Q^{2} is Ph(2OCF_{3},3F); and Q^{1} is 
1606  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Cl; Q^{2} is Ph(2OCF_{3},4F); and Q^{1} is 
1607  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Cl; Q^{2} is Ph(2Cl); and Q^{1} is 
1608  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Cl; Q^{2} is Ph(2Cl,3Me); and Q^{1} is 
1609  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Cl; Q^{2} is Ph(2Cl,3Me,4F); and Q^{1} is 
1610  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Cl; Q^{2} is Ph(2,3diCl); and Q^{1} is 
1611  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Cl; Q^{2} is Ph(2,4diCl); and Q^{1} is 
1612  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Cl; Q^{2} is Ph(2Cl,3F); and Q^{1} is 
1613  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Cl; Q^{2} is Ph(2Cl,4F); and Q^{1} is 
1614  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Cl; Q^{2} is Ph(2Cl,5F); and Q^{1} is 
1615  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Cl; Q^{2} is Ph(2Cl,3,4diF); and Q^{1} is 
1616  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Cl; Q^{2} is Ph(2Cl,3,5diF); and Q^{1} is 
1617  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Cl; Q^{2} is Ph(2OCF_{2}H); and Q^{1} is 
1618  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Cl; Q^{2} is Ph(2OCF_{2}H,3Me); and Q^{1} is 
1619  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Cl; Q^{2} is Ph(2OCF_{2}H,3Cl); and Q^{1} is 
1620  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Cl; Q^{2} is Ph(2OCF_{2}H,3F); and Q^{1} is 
1621  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Cl; Q^{2} is Ph(2OCF_{2}H,4F); and Q^{1} is 
1622  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Cl; Q^{2} is Ph(2OCF_{2}CF_{2}H); and Q^{1} is 
1623  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Cl; Q^{2} is Ph(2OCF_{2}CF_{2}H,3F); and Q^{1} is 
1624  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Cl; Q^{2} is Ph(2OCF_{2}CF_{2}H,4F); and Q^{1} is 
1625  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Cl; Q^{2} is Ph(2Br); and Q^{1} is 
1626  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Cl; Q^{2} is Ph(2Br,3F); and Q^{1} is 
1627  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Cl; Q^{2} is Ph(2Br,4F); and Q^{1} is 
1628  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Cl; Q^{2} is Ph(2Br,3,4diF); and Q^{1} is 
1629  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Cl; Q^{2} is Ph(2I); and Q^{1} is 
1630  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Cl; Q^{2} is Ph(2I,3F); and Q^{1} is 
1631  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Cl; Q^{2} is Ph(2I,4F); and Q^{1} is 
1632  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Cl; Q^{2} is Ph(21,3,4diF); and Q^{1} is 
1633  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Cl; Q^{2} is Ph(2CN); and Q^{1} is 
1634  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Cl; Q^{2} is Ph(2CN,3Me); and Q^{1} is 
1635  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Cl; Q^{2} is Ph(2CN,3F); and Q^{1} is 
1636  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Cl; Q^{2} is Ph(2CN,4F); and Q^{1} is 
1637  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Cl; Q^{2} is Ph(2CN,3Cl); and Q^{1} is 
1638  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Cl; Q^{2} is Ph(2CN,4Cl); and Q^{1} is 
1639  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Cl; Q^{2} is Ph(2CN,3,4diF); and Q^{1} is 
1640  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Cl; Q^{2} is 2Pyridinyl; and Q^{1} is 
1641  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Cl; Q^{2} is 2Pyridinyl,3F; and Q^{1} is 
1642  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Cl; Q^{2} is 2Pyridinyl,4F; and Q^{1} is 
1643  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Cl; Q^{2} is 2Pyridinyl,3,4diF; and Q^{1} is 
1644  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Cl; Q^{2} is 2Pyridinyl,3Cl; and Q^{1} is 
1645  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Cl; Q^{2} is 2Pyridinyl,4Cl; and Q^{1} is 
1646  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Cl; Q^{2} is 2Pyridinyl,3C1,4F; and Q^{1} is 
1647  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Cl; Q^{2} is Ph(2SO_{2}Me); and Q^{1} is 
1648  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Cl; Q^{2} is Ph(2SO_{2}Me, 3F); and Q^{1} is 
1649  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Cl; Q^{2} is Ph(2SO_{2}Me, 3Me); and Q^{1} is 
1650  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Cl; Q^{2} is Ph(2SO_{2}Me, 4F); and Q^{1} is 
1651  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Cl; Q^{2} is Ph(2SO_{2}Me, 5F); and Q^{1} is 
1652  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Cl; Q^{2} is Ph(2SO_{2}Me,3,4diF); and Q^{1} is 
1653  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Cl; Q^{2} is Ph(2SO_{2}Me, 3Cl); and Q^{1} is 
1654  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Cl; Q^{2} is Ph(2SO_{2}Me, 4Cl); and Q^{1} is 
1655  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Cl; Q^{2} is Ph(2SO_{2}Me,3Cl,4F); and Q^{1} is 
1656  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Cl; Q^{2} is Ph(2SO_{2}NH_{2}); and Q^{1} is 
1657  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Cl; Q^{2} is Ph(2SO_{2}NH_{2}, 3F); and Q^{1} is 
1658  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Cl; Q^{2} is Ph(2SO_{2}NH_{2}, 3Cl); and Q^{1} is 
1659  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Cl; Q^{2} is Ph(2SO_{2}NH_{2}, 4F); and Q^{1} is 
1660  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Cl; Q^{2} is Ph(2SO_{2}NH_{2}, 5F); and Q^{1} is 
1661  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Cl; Q^{2} is Ph(2SO_{2}NH_{2},3,4diF); and Q^{1} is 
1662  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Cl; Q^{2} is Ph(3F); and Q^{1} is 
1663  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Cl; Q^{2} is Ph(3,4diF); and Q^{1} is 
1664  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Cl; Q^{2} is Ph(3,5diF); and Q^{1} is 
1665  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Cl; Q^{2} is Ph(3,4,5triF); and Q^{1} is 
1666  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Cl; Q^{2} is Ph(3F,4Cl); and Q^{1} is 
1667  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Cl; Q^{2} is Ph(3CF_{3}); and Q^{1} is 
1668  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Cl; Q^{2} is Ph(3CF_{3},4F); and Q^{1} is 
1669  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Cl; Q^{2} is Ph(3CF_{3},4Cl); and Q^{1} is 
1670  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Cl; Q^{2} is Ph(3CF_{3},5F); and Q^{1} is 
1671  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Cl; Q^{2} is Ph(3CF_{3},4,5diF); and Q^{1} is 
1672  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Cl; Q^{2} is Ph(3SO_{2}Me); and Q^{1} is 
1673  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Cl; Q^{2} is Ph(3SO_{2}Me,4Cl); and Q^{1} is 
1674  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Cl; Q^{2} is Ph(3SO_{2}Me,4F); and Q^{1} is 
1675  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Cl; Q^{2} is Ph(3SO_{2}Me,4,5diF); and Q^{1} is 
1676  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Cl; Q^{2} is Ph(3SO_{2}Me,5F); and Q^{1} is 
1677  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Cl; Q^{2} is Ph(3SO_{2}NH_{2}); and Q^{1} is 
1678  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Cl; Q^{2} is Ph(3SO_{2}NH_{2},4F); and Q^{1} is 
1679  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Cl; Q^{2} is Ph(3SO_{2}NH_{2},4,5diF); and Q^{1} is 
1680  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Cl; Q^{2} is Ph(3SO_{2}NH_{2},4Cl); and Q^{1} is 
1681  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Cl; Q^{2} is Ph(3SO_{2}NH_{2},5F); and Q^{1} is 
1682  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Cl; Q^{2} is Ph(3Me); and Q^{1} is 
1683  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Cl; Q^{2} is Ph(3Me,4F); and Q^{1} is 
1684  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Cl; Q^{2} is Ph(3Me,4Cl); and Q^{1} is 
1685  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Cl; Q^{2} is Ph(3Me,5F); and Q^{1} is 
1686  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Cl; Q^{2} is Ph(3Me,4,5diF); and Q^{1} is 
1687  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Cl; Q^{2} is Ph(3Cl); and Q^{1} is 
1688  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Cl; Q^{2} is Ph(3Cl,4F); and Q^{1} is 
1689  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Cl; Q^{2} is Ph(3,4diCl); and Q^{1} is 
1690  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Cl; Q^{2} is Ph(3Cl,5F); and Q^{1} is 
1691  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Cl; Q^{2} is Ph(3Cl,4,5diF); and Q^{1} is 
1692  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Cl; Q^{2} is Ph(3,5diCl); and Q^{1} is 
1693  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Cl; Q^{2} is Ph(4F); and Q^{1} is 
1694  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Cl; Q^{2} is Ph(4Cl); and Q^{1} is 
1695  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Cl; Q^{2} is 2,2diF1,3benzodioxol4yl; and Q^{1} is 
1696  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Cl; Q^{2} is 2,2diF1,3benzodioxol5yl; and Q^{1} is 
1697  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Cl; Q^{2} is 2,2diMe1,3benzodioxol4yl; and Q^{1} is 
1698  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Cl; Q^{2} is 2,2diMe1,3benzodioxol5yl; and Q^{1} is 
1699  Y^{1} is O; Y^{2} is O; R^{2} is H; R^{4} is H; R^{5} is Cl; Q^{2} is 1,3benzodioxol4yl; and Q^{1} is 
Table 1700 is constructed the same way as Table 1 above, except the strucrure is replaced with the following: 

Tables 1701 through 3399
Table 3400 is constructed the same way as Table 1 above, except the strucrure is replaced with the following: 

Tables 3401 through 5099
Table 5100 is constructed the same way as Table 1 above, except the strucrure is replaced with the following: 

Tables 5101 through 6799
Formulation/Utility
Weight Percent  
Active Ingredient  Diluent  Surfactant  
WaterDispersible and Watersoluble Granules, Tablets and Powders  0.00190  099.999  015 
Oil Dispersions, Suspensions, Emulsions, Solutions (including Emulsifiable Concentrates)  150  4099  050 
Dusts  125  7099  05 
Granules and Pellets  0.00199  599.999  015 
High Strength Compositions  9099  010  02 