JR281

Table 1 Crystal data and structure refinement for JR281.
Identification code JR281
Empirical formula C52H35CrF9N7O10S3
Formula weight 1237.05
Temperature/K 150.01(10)
Crystal system triclinic
Space group P-1
a/Å 13.1076(5)
b/Å 13.8460(5)
c/Å 14.7792(5)
α/° 100.865(3)
β/° 90.278(3)
γ/° 108.118(3)
Volume/Å3 2497.76(16)
Z 2
ρcalcg/cm3 1.645
μ/mm‑1 3.975
F(000) 1258.0
Crystal size/mm3 0.522 × 0.286 × 0.164
Radiation Cu Kα (λ = 1.54184)
2Θ range for data collection/° 6.104 to 141.146
Index ranges -15 ≤ h ≤ 15, -16 ≤ k ≤ 16, -13 ≤ l ≤ 18
Reflections collected 18796
Independent reflections 9338 [Rint = 0.0199, Rsigma = 0.0215]
Data/restraints/parameters 9338/0/742
Goodness-of-fit on F2 1.041
Final R indexes [I>=2σ (I)] R1 = 0.0500, wR2 = 0.1271
Final R indexes [all data] R1 = 0.0516, wR2 = 0.1283
Largest diff. peak/hole / e Å-3 1.85/-0.78

 

Table 2 Fractional Atomic Coordinates (×104) and Equivalent Isotropic Displacement Parameters (Å2×103) for JR281. Ueq is defined as 1/3 of of the trace of the orthogonalised UIJ tensor.
AtomxyzU(eq)
Cr16476.8(3)7578.6(3)2316.2(3)15.55(12)
O3610099.3(18)6158.2(19)484.4(15)37.7(5)
N16778.3(17)8733.5(16)1560.4(14)17.8(4)
N25258.4(17)8096.7(17)2861.0(15)20.1(4)
N36063.8(17)6476.9(17)3135.1(15)21.5(5)
N45445.6(17)6501.1(16)1274.1(15)20.9(5)
N57661.9(17)7053.2(16)1737.8(15)18.9(4)
N67628.6(17)8578.8(16)3301.0(14)18.8(4)
C17777(2)9185.1(19)1348.2(18)20.5(5)
C28008(2)9657(2)584.0(19)24.5(6)
C37173(2)9573(2)-14.4(19)25.9(6)
C46102(2)9104(2)188.2(18)22.1(5)
C55207(2)8940(2)-428.4(19)26.0(6)
C64190(2)8525(2)-183(2)27.1(6)
C74020(2)8339(2)712(2)25.2(6)
C84868(2)8471.7(19)1344.5(18)20.6(5)
C95928(2)8780.0(19)1043.3(18)18.9(5)
C104644(2)8429(2)2321.6(19)22.4(5)
C113816(2)8782(3)2674(2)33.2(7)
C123595(3)8787(3)3581(2)42.6(8)
C134211(3)8452(3)4130(2)37.9(7)
C145043(2)8103(2)3763.9(19)24.7(6)
C155639(2)7691(2)4371.7(19)24.9(6)
C165727(2)8076(3)5311(2)32.4(7)
C176064(3)7581(3)5954(2)36.1(7)
C186256(2)6673(3)5665(2)35.3(7)
C196196(2)6244(2)4708(2)27.8(6)
C206355(2)5284(2)4375(2)33.5(7)
C216309(3)4918(2)3450(2)33.0(7)
C226204(2)5556(2)2851(2)25.3(6)
C235962(2)6799(2)4058.0(19)23.5(6)
C244425(2)6053(2)1431(2)23.7(6)
C253593(2)5693(2)733(2)29.5(6)
C263822(2)5889(2)-127(2)29.3(6)
C274895(2)6323(2)-332.1(19)24.8(6)
C285714(2)6545.7(19)380.6(18)20.8(5)
C295184(3)6553(2)-1206(2)28.7(6)
C306237(3)6910(2)-1380(2)29.9(6)
C317048(2)7025(2)-702.5(19)25.4(6)
C326810(2)6836.6(19)171.5(17)20.0(5)
C337688(2)6807.3(19)798.5(18)19.6(5)
C348495(2)6480(2)394.6(19)23.6(5)
C359330(2)6421(2)945(2)25.5(6)
C3710979(3)6086(4)1019(3)54.4(11)
C389300(2)6654(2)1895.9(19)24.6(6)
C398462(2)6966.0(19)2273.7(18)20.3(5)
C408514(2)7275(2)3298.2(18)21.5(5)
C418976(2)6778(2)3825(2)28.9(6)
C429273(3)7171(3)4772(2)35.2(7)
C439168(3)8099(3)5178(2)34.9(7)
C448669(2)8627(2)4678.3(19)26.5(6)
C458564(2)9605(2)5057(2)30.8(6)
C468057(2)10060(2)4541(2)28.8(6)
C477558(2)9510(2)3678.7(18)22.8(5)
C488265(2)8165(2)3752.5(18)20.6(5)
S13551.5(6)8410.0(5)7087.2(5)26.95(16)
F12016.5(19)6609.6(17)6730.3(18)60.6(6)
F23030(2)6934.0(18)5620.3(15)64.2(7)
F31831(2)7696(2)5954(2)86.5(10)
O14237(2)7885(2)7392.1(16)42.6(6)
O24017.3(18)9110.2(17)6482.0(16)36.3(5)
O32949(2)8803.3(19)7787.9(17)47.0(6)
C492549(3)7365(3)6315(3)43.1(8)
S22106.8(7)4579.5(8)2890.4(6)43.6(2)
F4252.3(18)4819(2)3297.2(19)74.2(8)
F51402(2)5233(2)4462.2(16)72.0(8)
F61544(3)6228(2)3489(2)85.1(9)
O41732(3)3559(2)3098(2)67.3(9)
O51821(2)4598(2)1962.8(17)56.7(7)
O63187(2)5175(2)3238(2)55.9(7)
C511283(3)5229(3)3575(3)49.7(9)
S3841.9(6)-646.9(7)1933.6(6)38.1(2)
F787.2(19)913.3(19)2416.9(17)61.6(6)
F81760(2)1270(2)2774.6(19)71.3(7)
F91198(2)1106.2(19)1368.3(16)64.5(7)
O7476(3)-905(2)2789(2)84.8(12)
O872(2)-1075(2)1169(2)61.0(8)
O91882(2)-696(2)1720(2)63.7(9)
C50986(3)732(3)2126(2)40.1(8)
N71728(3)6029(3)8723(3)70.2(11)
C521286(3)6620(3)8703(3)53.6(10)
C53730(3)7378(3)8671(3)56.9(10)

 

Table 3 Anisotropic Displacement Parameters (Å2×103) for JR281. The Anisotropic displacement factor exponent takes the form: -2π2[h2a*2U11+2hka*b*U12+…].
AtomU11U22U33U23U13U12
Cr115.6(2)16.8(2)16.0(2)5.75(16)1.08(15)6.13(16)
O3633.7(12)57.0(14)33.5(12)9.1(10)5.3(9)30.2(11)
N118.5(10)17.0(10)18.7(10)3.6(8)-0.1(8)6.7(8)
N218.6(10)21.5(11)20.3(11)4.3(9)1.6(8)6.4(9)
N319.8(11)23.5(11)20.6(11)7.7(9)0.3(8)4.4(9)
N421.2(11)18.4(10)24.4(11)7.6(9)-0.4(9)6.3(9)
N521.1(11)17.9(10)18.7(11)4.6(8)1.2(8)7.2(8)
N618.7(10)21.4(11)18.4(10)6.3(8)2.8(8)8.0(9)
C120.1(12)18.9(12)22.4(13)4.5(10)1.1(10)5.9(10)
C226.6(14)20.9(13)27.6(14)9.4(11)6.2(11)6.9(11)
C335.8(15)23.2(13)23.7(14)10.3(11)7.0(11)13.2(12)
C429.3(14)17.3(12)23.4(13)5.8(10)1.1(11)11.8(11)
C539.6(16)21.1(13)21.6(13)5.2(10)-3.5(11)15.4(12)
C632.2(15)21.6(13)29.0(15)1.9(11)-11.1(12)12.7(11)
C723.0(13)23.4(13)30.8(15)4.4(11)-3.8(11)10.5(11)
C821.5(13)18.9(12)23.4(13)4.5(10)-0.9(10)9.2(10)
C922.7(13)14.4(11)20.7(12)1.6(9)-2.5(10)8.7(10)
C1018.4(12)24.0(13)25.0(14)4.1(11)0.7(10)7.5(10)
C1126.1(15)48.3(18)33.6(16)11.8(14)2.6(12)21.3(14)
C1236.1(17)69(2)37.9(18)15.4(17)12.6(14)34.3(17)
C1333.5(16)60(2)29.6(16)14.6(15)12.1(13)25.3(16)
C1421.3(13)30.3(14)23.7(14)7.8(11)4.4(11)8.4(11)
C1521.0(13)33.6(15)21.9(13)10.2(11)6.1(10)8.3(11)
C1630.3(15)45.4(18)25.6(15)9.4(13)6.9(12)16.3(13)
C1732.0(16)59(2)20.9(14)10.7(14)4.9(12)17.7(15)
C1831.0(16)56(2)24.8(15)20.1(14)3.0(12)14.4(14)
C1923.3(14)34.7(15)27.6(15)15.4(12)2.7(11)6.7(12)
C2033.4(16)35.6(16)35.7(17)22.2(13)0.0(13)8.2(13)
C2139.4(17)24.5(14)36.3(17)12.9(12)-2.5(13)8.1(13)
C2228.8(14)21.4(13)25.3(14)6.7(11)-3.0(11)6.4(11)
C2318.2(12)30.1(14)22.4(13)12.8(11)2.6(10)3.3(11)
C2421.5(13)18.5(12)30.1(14)5.7(11)-0.2(11)4.3(10)
C2521.7(14)20.9(13)43.0(17)3.0(12)-4.2(12)4.7(11)
C2626.4(14)22.5(13)36.2(16)-0.9(12)-11.5(12)8.0(11)
C2731.1(14)17.2(12)27.0(14)1.4(10)-8.5(11)11.0(11)
C2825.7(13)15.6(12)22.4(13)4.4(10)-3.1(10)8.1(10)
C2941.0(17)20.1(13)25.3(14)0.4(11)-10.9(12)12.7(12)
C3049.2(18)24.5(14)20.3(14)5.5(11)-0.7(12)17.0(13)
C3132.8(15)22.3(13)23.6(14)5.9(11)3.3(11)11.6(11)
C3226.4(13)15.7(12)18.4(12)2.4(9)-0.8(10)8.1(10)
C3321.9(13)16.1(12)21.2(13)6.0(10)1.9(10)5.1(10)
C3424.9(13)24.7(13)21.4(13)5.6(10)3.9(10)7.7(11)
C3524.2(14)24.9(14)29.6(15)5.1(11)7.0(11)11.2(11)
C3743(2)95(3)43(2)13(2)4.3(16)49(2)
C3822.6(13)28.1(14)26.9(14)7.3(11)-0.3(11)12.5(11)
C3922.3(13)18.1(12)22.3(13)6.0(10)1.4(10)7.7(10)
C4018.0(12)26.9(13)22.2(13)9.0(11)0.9(10)8.5(10)
C4128.7(15)36.2(16)27.5(15)10.4(12)0.8(12)16.2(12)
C4238.3(17)50.0(19)27.0(15)16.3(14)-1.9(13)22.8(15)
C4336.0(16)50.6(19)21.3(14)7.9(13)-4.6(12)18.0(15)
C4423.0(13)35.1(15)20.9(13)5.9(11)-0.5(11)8.7(12)
C4530.7(15)35.7(16)21.8(14)0.4(12)-1.2(11)7.8(13)
C4633.0(15)23.8(14)26.6(14)0.6(11)1.3(12)7.4(12)
C4724.3(13)22.4(13)22.2(13)5.3(10)3.2(10)7.4(11)
C4817.8(12)25.3(13)19.2(13)7.3(10)1.9(10)5.8(10)
S130.0(4)29.3(3)24.2(3)3.9(3)2.7(3)14.1(3)
F153.1(13)41.6(12)81.0(17)22.0(11)5.7(12)0.7(10)
F296.2(19)46.3(13)36.2(12)-5.3(10)-1.0(12)10.9(12)
F365.1(16)61.4(16)129(3)27.1(16)-55.7(17)10.3(13)
O145.2(13)52.5(14)39.2(13)10.3(11)-4.4(10)28.2(12)
O239.1(12)33.5(11)39.6(12)11.2(10)11.1(10)13.8(10)
O359.6(16)45.0(14)43.1(14)6.3(11)23.1(12)27.4(12)
C4944.3(19)37.0(18)49(2)14.6(16)-7.3(16)10.5(15)
S244.7(5)60.1(5)37.0(4)16.9(4)5.0(4)28.0(4)
F437.6(12)95(2)79.9(18)-16.8(15)-1.6(12)26.7(13)
F573.2(17)91.1(19)35.2(12)-0.5(12)10.3(11)10.1(14)
F698(2)53.9(15)113(2)10.6(15)5.6(18)41.4(15)
O480(2)47.3(16)83(2)25.0(15)-10.8(17)25.2(15)
O569.2(18)84(2)32.7(13)18.9(13)9.7(12)42.1(16)
O635.4(13)76.1(19)62.7(17)28.7(15)6.4(12)18.1(13)
C5145(2)63(2)40(2)3.6(17)0.5(16)20.5(18)
S326.9(4)44.3(4)37.9(4)11.8(3)6.8(3)1.9(3)
F755.3(14)59.5(14)60.6(14)-8.7(11)14.7(11)16.8(11)
F858.4(15)58.5(15)71.4(17)-1.8(12)-18.4(12)-9.0(12)
F997.6(19)58.9(14)51.2(13)26.5(11)31.6(13)35.8(14)
O7123(3)52.2(18)47.3(17)12.7(14)32.5(18)-19.2(18)
O850.8(16)59.9(17)67.7(19)-16.0(14)-12.0(14)28.3(14)
O936.8(14)77(2)101(2)59.0(18)16.2(14)28.1(14)
C5033.7(17)43.9(19)35.2(17)7.0(14)4.3(14)2.3(14)
N756(2)79(3)84(3)39(2)-11.6(19)21(2)
C5239(2)60(2)60(2)33(2)-7.2(17)0.6(18)
C5347(2)58(2)67(3)27(2)11(2)10.8(19)

 

Table 4 Bond Lengths for JR281.
AtomAtomLength/Å AtomAtomLength/Å
Cr1N12.060(2) C26C271.407(4)
Cr1N22.054(2) C27C281.421(4)
Cr1N32.067(2) C27C291.414(4)
Cr1N42.070(2) C28C321.419(4)
Cr1N52.038(2) C29C301.357(5)
Cr1N62.058(2) C30C311.409(4)
O36C351.324(3) C31C321.383(4)
O36C371.434(4) C32C331.489(4)
N1C11.331(3) C33C341.373(4)
N1C91.373(3) C34C351.391(4)
N2C101.363(3) C35C381.386(4)
N2C141.364(3) C38C391.384(4)
N3C221.334(4) C39C401.489(4)
N3C231.374(4) C40C411.379(4)
N4C241.330(3) C40C481.420(4)
N4C281.376(3) C41C421.408(4)
N5C331.369(3) C42C431.360(5)
N5C391.360(3) C43C441.415(4)
N6C471.336(3) C44C451.414(4)
N6C481.381(3) C44C481.419(4)
C1C21.398(4) C45C461.363(4)
C2C31.366(4) C46C471.395(4)
C3C41.412(4) S1O11.437(2)
C4C51.416(4) S1O21.441(2)
C4C91.415(4) S1O31.434(2)
C5C61.358(4) S1C491.818(4)
C6C71.401(4) F1C491.323(4)
C7C81.394(4) F2C491.348(5)
C8C91.421(4) F3C491.319(4)
C8C101.483(4) S2O41.436(3)
C10C111.389(4) S2O51.426(3)
C11C121.372(5) S2O61.434(3)
C12C131.377(5) S2C511.809(4)
C13C141.396(4) F4C511.321(4)
C14C151.485(4) F5C511.318(4)
C15C161.381(4) F6C511.349(5)
C15C231.425(4) S3O71.424(3)
C16C171.412(4) S3O81.417(3)
C17C181.350(5) S3O91.421(3)
C18C191.420(4) S3C501.825(4)
C19C201.408(4) F7C501.335(4)
C19C231.424(4) F8C501.324(4)
C20C211.360(5) F9C501.316(4)
C21C221.398(4) N7C521.144(6)
C24C251.400(4) C52C531.460(6)
C25C261.364(4)    

 

Table 5 Bond Angles for JR281.
AtomAtomAtomAngle/˚ AtomAtomAtomAngle/˚
N1Cr1N3174.47(9) C26C27C28117.9(3)
N1Cr1N492.67(8) C26C27C29122.9(3)
N2Cr1N187.01(8) C29C27C28119.3(3)
N2Cr1N387.47(9) N4C28C27120.0(2)
N2Cr1N492.20(9) N4C28C32120.2(2)
N2Cr1N694.02(8) C32C28C27119.8(2)
N3Cr1N487.96(9) C30C29C27120.1(3)
N5Cr1N192.23(8) C29C30C31120.4(3)
N5Cr1N2178.29(8) C32C31C30121.8(3)
N5Cr1N393.30(9) C28C32C33122.9(2)
N5Cr1N486.31(9) C31C32C28117.9(2)
N5Cr1N687.48(8) C31C32C33118.6(2)
N6Cr1N188.34(8) N5C33C32121.2(2)
N6Cr1N391.64(9) N5C33C34121.7(2)
N6Cr1N4173.74(9) C34C33C32117.1(2)
C35O36C37117.1(3) C33C34C35119.8(3)
C1N1Cr1120.06(17) O36C35C34114.9(3)
C1N1C9119.2(2) O36C35C38126.4(3)
C9N1Cr1117.39(16) C38C35C34118.8(2)
C10N2Cr1120.41(17) C39C38C35119.4(2)
C10N2C14118.9(2) N5C39C38121.9(2)
C14N2Cr1120.64(18) N5C39C40121.1(2)
C22N3Cr1119.93(18) C38C39C40116.9(2)
C22N3C23118.8(2) C41C40C39118.8(2)
C23N3Cr1118.35(18) C41C40C48118.0(3)
C24N4Cr1119.89(18) C48C40C39122.5(2)
C24N4C28119.0(2) C40C41C42122.0(3)
C28N4Cr1117.05(17) C43C42C41119.8(3)
C33N5Cr1120.72(17) C42C43C44120.5(3)
C39N5Cr1120.90(17) C43C44C48119.0(3)
C39N5C33118.4(2) C45C44C43122.9(3)
C47N6Cr1120.37(18) C45C44C48118.2(3)
C47N6C48119.1(2) C46C45C44119.7(3)
C48N6Cr1117.69(17) C45C46C47119.4(3)
N1C1C2123.0(2) N6C47C46122.5(3)
C3C2C1118.2(3) N6C48C40120.4(2)
C2C3C4120.2(2) N6C48C44119.9(2)
C3C4C5122.8(3) C44C48C40119.7(2)
C3C4C9118.0(2) O1S1O2115.59(14)
C9C4C5119.2(2) O1S1C49102.41(16)
C6C5C4120.4(3) O2S1C49102.14(15)
C5C6C7119.9(3) O3S1O1115.20(15)
C8C7C6122.0(3) O3S1O2114.28(14)
C7C8C9117.6(2) O3S1C49104.74(17)
C7C8C10119.0(2) F1C49S1112.8(3)
C9C8C10122.8(2) F1C49F2106.6(3)
N1C9C4119.8(2) F2C49S1109.9(3)
N1C9C8120.5(2) F3C49S1111.8(3)
C4C9C8119.7(2) F3C49F1107.2(3)
N2C10C8121.1(2) F3C49F2108.3(3)
N2C10C11121.5(3) O4S2C51102.1(2)
C11C10C8117.4(2) O5S2O4113.1(2)
C12C11C10119.7(3) O5S2O6116.33(18)
C11C12C13119.2(3) O5S2C51103.99(17)
C12C13C14120.2(3) O6S2O4114.88(18)
N2C14C13120.4(3) O6S2C51104.19(18)
N2C14C15121.5(2) F4C51S2112.2(3)
C13C14C15118.0(3) F4C51F6105.0(3)
C16C15C14118.5(3) F5C51S2112.3(3)
C16C15C23117.6(3) F5C51F4109.2(3)
C23C15C14123.0(2) F5C51F6106.9(3)
C15C16C17122.1(3) F6C51S2110.9(3)
C18C17C16120.3(3) O7S3C50102.05(18)
C17C18C19120.3(3) O8S3O7115.4(2)
C18C19C23119.1(3) O8S3O9113.17(19)
C20C19C18122.3(3) O8S3C50102.73(17)
C20C19C23118.6(3) O9S3O7116.5(2)
C21C20C19119.9(3) O9S3C50104.59(17)
C20C21C22118.5(3) F7C50S3111.6(2)
N3C22C21123.4(3) F8C50S3110.7(3)
N3C23C15120.6(2) F8C50F7106.6(3)
N3C23C19119.6(3) F9C50S3112.1(2)
C19C23C15119.8(3) F9C50F7106.8(3)
N4C24C25122.7(3) F9C50F8108.9(3)
C26C25C24118.7(3) N7C52C53179.4(5)
C25C26C27120.1(3)     

 

Table 6 Torsion Angles for JR281.
ABCDAngle/˚ ABCDAngle/˚
Cr1N1C1C2154.8(2) C23C19C20C211.6(4)
Cr1N1C9C4-146.01(19) C24N4C28C2713.4(3)
Cr1N1C9C831.8(3) C24N4C28C32-168.1(2)
Cr1N2C10C8-2.8(3) C24C25C26C278.1(4)
Cr1N2C10C11179.9(2) C25C26C27C28-0.1(4)
Cr1N2C14C13-179.8(2) C25C26C27C29-179.4(3)
Cr1N2C14C15-3.0(3) C26C27C28N4-10.8(4)
Cr1N3C22C21157.1(2) C26C27C28C32170.6(2)
Cr1N3C23C1529.4(3) C26C27C29C30-175.8(3)
Cr1N3C23C19-149.7(2) C27C28C32C318.3(4)
Cr1N4C24C25151.7(2) C27C28C32C33-163.1(2)
Cr1N4C28C27-144.05(19) C27C29C30C311.9(4)
Cr1N4C28C3234.5(3) C28N4C24C25-5.1(4)
Cr1N5C33C32-4.8(3) C28C27C29C304.9(4)
Cr1N5C33C34178.16(19) C28C32C33N5-36.0(4)
Cr1N5C39C38-177.2(2) C28C32C33C34141.2(3)
Cr1N5C39C40-1.5(3) C29C27C28N4168.5(2)
Cr1N6C47C46156.9(2) C29C27C28C32-10.0(4)
Cr1N6C48C4030.4(3) C29C30C31C32-3.6(4)
Cr1N6C48C44-149.2(2) C30C31C32C28-1.5(4)
O36C35C38C39176.8(3) C30C31C32C33170.3(2)
N1C1C2C3-5.8(4) C31C32C33N5152.7(2)
N2C10C11C12-0.8(5) C31C32C33C34-30.2(3)
N2C14C15C16153.8(3) C32C33C34C35-179.1(2)
N2C14C15C23-37.4(4) C33N5C39C381.0(4)
N4C24C25C26-5.7(4) C33N5C39C40176.7(2)
N4C28C32C31-170.3(2) C33C34C35O36-176.0(2)
N4C28C32C3318.3(4) C33C34C35C382.8(4)
N5C33C34C35-1.9(4) C34C35C38C39-1.8(4)
N5C39C40C41150.9(3) C35C38C39N5-0.1(4)
N5C39C40C48-39.3(4) C35C38C39C40-175.9(2)
C1N1C9C413.4(3) C37O36C35C34-180.0(3)
C1N1C9C8-168.8(2) C37O36C35C381.4(5)
C1C2C3C45.9(4) C38C39C40C41-33.2(4)
C2C3C4C5-176.3(3) C38C39C40C48136.6(3)
C2C3C4C93.2(4) C39N5C33C32177.0(2)
C3C4C5C6-177.3(3) C39N5C33C340.0(4)
C3C4C9N1-12.9(4) C39C40C41C42165.6(3)
C3C4C9C8169.2(2) C39C40C48N622.1(4)
C4C5C6C75.6(4) C39C40C48C44-158.3(2)
C5C4C9N1166.5(2) C40C41C42C43-4.2(5)
C5C4C9C8-11.3(4) C41C40C48N6-168.0(2)
C5C6C7C8-6.5(4) C41C40C48C4411.6(4)
C6C7C8C9-1.5(4) C41C42C43C446.0(5)
C6C7C8C10170.1(2) C42C43C44C45-178.3(3)
C7C8C9N1-167.5(2) C42C43C44C480.9(5)
C7C8C9C410.3(4) C43C44C45C46-178.9(3)
C7C8C10N2150.6(3) C43C44C48N6169.7(3)
C7C8C10C11-32.1(4) C43C44C48C40-9.9(4)
C8C10C11C12-178.2(3) C44C45C46C476.1(4)
C9N1C1C2-4.0(4) C45C44C48N6-11.0(4)
C9C4C5C63.3(4) C45C44C48C40169.4(3)
C9C8C10N2-38.2(4) C45C46C47N6-5.5(4)
C9C8C10C11139.1(3) C47N6C48C40-168.5(2)
C10N2C14C13-0.5(4) C47N6C48C4411.9(4)
C10N2C14C15176.3(2) C48N6C47C46-3.7(4)
C10C8C9N121.2(4) C48C40C41C42-4.7(4)
C10C8C9C4-161.0(2) C48C44C45C461.9(4)
C10C11C12C130.8(6) O1S1C49F159.3(3)
C11C12C13C14-0.6(6) O1S1C49F2-59.5(3)
C12C13C14N20.5(5) O1S1C49F3-179.9(3)
C12C13C14C15-176.4(3) O2S1C49F1179.3(3)
C13C14C15C16-29.3(4) O2S1C49F260.5(3)
C13C14C15C23139.4(3) O2S1C49F3-59.9(3)
C14N2C10C8177.9(2) O3S1C49F1-61.3(3)
C14N2C10C110.7(4) O3S1C49F2179.9(2)
C14C15C16C17165.8(3) O3S1C49F359.5(3)
C14C15C23N321.8(4) O4S2C51F4-64.7(3)
C14C15C23C19-159.0(3) O4S2C51F558.7(3)
C15C16C17C18-3.7(5) O4S2C51F6178.3(3)
C16C15C23N3-169.3(3) O5S2C51F453.1(4)
C16C15C23C199.9(4) O5S2C51F5176.6(3)
C16C17C18C194.6(5) O5S2C51F6-63.9(3)
C17C18C19C20-177.9(3) O6S2C51F4175.4(3)
C17C18C19C231.7(4) O6S2C51F5-61.1(3)
C18C19C20C21-178.8(3) O6S2C51F658.4(3)
C18C19C23N3170.1(3) O7S3C50F7-52.7(3)
C18C19C23C15-9.1(4) O7S3C50F865.9(3)
C19C20C21C225.9(5) O7S3C50F9-172.3(3)
C20C19C23N3-10.3(4) O8S3C50F767.2(3)
C20C19C23C15170.6(3) O8S3C50F8-174.3(3)
C20C21C22N3-5.3(5) O8S3C50F9-52.5(3)
C22N3C23C15-169.8(2) O9S3C50F7-174.4(3)
C22N3C23C1911.1(4) O9S3C50F8-55.9(3)
C23N3C22C21-3.4(4) O9S3C50F965.9(3)
C23C15C16C17-3.6(4)      

 

Table 7 Hydrogen Atom Coordinates (Å×104) and Isotropic Displacement Parameters (Å2×103) for JR281.
AtomxyzU(eq)
H18347.039186.421725.8625
H28712.0510019.64485.5829
H37311.049824.9-556.8931
H55315.69118.47-1004.6831
H63608.18362.91-609.1433
H73318.348121.35890.6230
H113411.729013.932296.1140
H123036.569014.033821.2251
H134073.528459.094747.6545
H165559.218679.64552839
H176154.557883.366579.0343
H186427.076326.996095.342
H206491.424899.94786.7840
H216347.224257.563220.3340
H226233.465327.52220.8130
H244257.225974.872029.2328
H252898.015328.74852.4635
H263266.855735.42-578.9135
H294651.486460.18-1662.8134
H306423.557080.18-1949.4136
H317763.827232.41-846.7230
H348484.456297.5-244.9128
H37A11492.635911.72613.0882
H37B10714.725557.071375.1682
H37C11318.266739.21426.982
H389838.676600.982277.3329
H419095.46165.733546.3935
H429540.236797.25119.1242
H439426.478389.045787.8442
H458838.919936.85656.1737
H468042.8510730.744760.5735
H477161.749802.123354.5927
H53A49.897042.318323.8585
H53B1160.67917.028379.9585
H53C613.027673.999287.7185

Experimental

Single crystals of C52H35CrF9N7O10S3 [JR281] were []. A suitable crystal was selected and [] on a SuperNova, Dual, Cu at home/near, Atlas diffractometer. The crystal was kept at 150.01(10) K during data collection. Using Olex2 [1], the structure was solved with the SHELXT [2] structure solution program using Intrinsic Phasing and refined with the SHELXL [3] refinement package using Least Squares minimisation.

  1. Dolomanov, O.V., Bourhis, L.J., Gildea, R.J, Howard, J.A.K. & Puschmann, H. (2009), J. Appl. Cryst. 42, 339-341.
  2. Sheldrick, G.M. (2015). Acta Cryst. A71, 3-8.
  3. Sheldrick, G.M. (2015). Acta Cryst. C71, 3-8.

Crystal structure determination of [JR281]

Crystal Data for C52H35CrF9N7O10S3 (=1237.05 g/mol): triclinic, space group P-1 (no. 2), a = 13.1076(5) Å, b = 13.8460(5) Å, c = 14.7792(5) Å, α = 100.865(3)°, β = 90.278(3)°, γ = 108.118(3)°, = 2497.76(16) Å3, Z = 2, T = 150.01(10) K, μ(Cu Kα) = 3.975 mm-1, Dcalc = 1.645 g/cm3, 18796 reflections measured (6.104° ≤ 2Θ ≤ 141.146°), 9338 unique (Rint = 0.0199, Rsigma = 0.0215) which were used in all calculations. The final R1 was 0.0500 (I > 2σ(I)) and wR2 was 0.1283 (all data).

Refinement model description

Number of restraints - 0, number of constraints - unknown.

Details:

1. Fixed Uiso
At 1.2 times of:
All C(H) groups
At 1.5 times of:
All C(H,H,H) groups
2.a Aromatic/amide H refined with riding coordinates:
C1(H1), C2(H2), C3(H3), C5(H5), C6(H6), C7(H7), C11(H11), C12(H12), C13(H13),
C16(H16), C17(H17), C18(H18), C20(H20), C21(H21), C22(H22), C24(H24), C25(H25),
C26(H26), C29(H29), C30(H30), C31(H31), C34(H34), C38(H38), C41(H41),
C42(H42), C43(H43), C45(H45), C46(H46), C47(H47)
2.b Idealised Me refined as rotating group:
C37(H37A,H37B,H37C), C53(H53A,H53B,H53C)

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