Structures by: Kubas G. J.

Total: 29

C72H48BF24O3P

C72H48BF24O3P

Fang, XinggaoScott, Brian L.John, Kevin D.Kubas, Gregory J.Watkin, John G.

New Journal of Chemistry (2000) 24, 10 831

a=14.2714(8)Å   b=15.7335(9)Å   c=17.2879(9)Å

α=113.553(1)°   β=104.959(1)°   γ=97.734(1)°

C58H40BCl4F24O3P

C58H40BCl4F24O3P

Fang, XinggaoScott, Brian L.John, Kevin D.Kubas, Gregory J.Watkin, John G.

New Journal of Chemistry (2000) 24, 10 831

a=14.1573(7)Å   b=25.790(2)Å   c=17.873(1)Å

α=90.00°   β=108.646(1)°   γ=90.00°

Tris[3,5-bis(trifluoromethyl)phenyl]borane

C24H9BF18

Konze, Wayde V.Scott, Brian L.Kubas, Gregory J.

Chemical Communications (1999) 18 1807

a=9.5433(9)Å   b=11.656(1)Å   c=12.775(1)Å

α=100.544(2)°   β=110.146(1)°   γ=97.299(2)°

Bis(triphenylphosphine)bis[3,5-bis(trifluoromethyl)phenyl]platinum

C64H48F12P2Pt

Konze, Wayde V.Scott, Brian L.Kubas, Gregory J.

Chemical Communications (1999) 18 1807

a=11.3973(6)Å   b=11.4539(5)Å   c=12.8260(6)Å

α=105.6750(10)°   β=111.4660(10)°   γ=103.3930(10)°

Bis[1,2-bis(diphenylphosphino)ethane-P,P'](dithioformato-S,S')technetium tris(benzene) solvate

C53H49P4S2Tc,3C6H6

Bryan, Jeffrey C.Burrell, Anthony K.Kubas, Gregory J.

Acta Crystallographica Section E (2001) 57, 1 m1-m2

a=14.132(4)Å   b=14.738(6)Å   c=17.031(4)Å

α=65.79(3)°   β=88.10(3)°   γ=67.88(3)°

C27H47O3P2TeW

C27H47O3P2TeW

McDonough, James EWeir, John JSukcharoenphon, KengkajHoff, Carl DKryatova, Olga PRybak-Akimova, Elena VScott, Brian LKubas, Gregory JMendiratta, ArjunCummins, Christopher C

Journal of the American Chemical Society (2006) 128, 31 10295-10303

a=12.154(5)Å   b=16.218(7)Å   c=16.684(7)Å

α=75.872(6)°   β=79.373(8)°   γ=89.993(8)°

C136H120B2F68N4O2P4Pt2

C136H120B2F68N4O2P4Pt2

Wayde V. KonzeBrian L. ScottGregory J. Kubas

Journal of the American Chemical Society (2002) 124, 12550-12556

a=14.1156(8)Å   b=15.2352(9)Å   c=19.1117(10)Å

α=74.3060(10)°   β=70.3290(10)°   γ=82.5500(10)°

C96H82B2F48P4Pt2

C96H82B2F48P4Pt2

Wayde V. KonzeBrian L. ScottGregory J. Kubas

Journal of the American Chemical Society (2002) 124, 12550-12556

a=13.0443(6)Å   b=18.1546(9)Å   c=24.8574(11)Å

α=110.1080(10)°   β=98.9020(10)°   γ=98.7380(10)°

C16H32Cl8FeN4

C16H32Cl8FeN4

Ned J. HardmanXinggao FangBrian L. ScottRobert J. WrightRichard L. MartinGregory J. Kubas

Inorganic Chemistry (2005) 44, 8306-8316

a=16.3145(13)Å   b=9.2831(8)Å   c=19.4183(17)Å

α=90.00°   β=112.162(2)°   γ=90.00°

C16H30F6FeN4O6S2

C16H30F6FeN4O6S2

Ned J. HardmanXinggao FangBrian L. ScottRobert J. WrightRichard L. MartinGregory J. Kubas

Inorganic Chemistry (2005) 44, 8306-8316

a=10.957(7)Å   b=16.085(8)Å   c=14.554(9)Å

α=90.00°   β=92.345(7)°   γ=90.00°

C12H24Cl2FeN2O2

C12H24Cl2FeN2O2

Ned J. HardmanXinggao FangBrian L. ScottRobert J. WrightRichard L. MartinGregory J. Kubas

Inorganic Chemistry (2005) 44, 8306-8316

a=10.6055(7)Å   b=10.6869(7)Å   c=14.5662(9)Å

α=87.5320(10)°   β=89.1400(10)°   γ=86.0700(10)°

[Fe(SbF6)(u-Cl)(N2O2)]2

C24H48Cl2F12Fe2N4O4Sb2

Ned J. HardmanXinggao FangBrian L. ScottRobert J. WrightRichard L. MartinGregory J. Kubas

Inorganic Chemistry (2005) 44, 8306-8316

a=10.243(3)Å   b=12.995(4)Å   c=14.809(5)Å

α=90.00°   β=97.150(7)°   γ=90.00°

C44H56Mo2O6P2Te2

C44H56Mo2O6P2Te2

John J. WeirJames E. McDonoughGeorge FortmanDerek IsrowCarl D. HoffBrian ScottGregory J. Kubas

Inorganic Chemistry (2007) 46, 652-659

a=11.3864(3)Å   b=14.2809(3)Å   c=16.9416(4)Å

α=103.4117(3)°   β=91.5691(3)°   γ=101.3573(3)°

C46H35BCl2F24O4PRe

C46H35BCl2F24O4PRe

Jean Huhmann-VincentBrian L. ScottGregory J. Kubas

Inorganic Chemistry (1999) 38, 115-124

a=11.4222(5)Å   b=16.7303(8)Å   c=27.772(1)Å

α=90.00°   β=97.325(1)°   γ=90.00°

C13H21ClO4PRe

C13H21ClO4PRe

Jean Huhmann-VincentBrian L. ScottGregory J. Kubas

Inorganic Chemistry (1999) 38, 115-124

a=25.803(2)Å   b=8.672(1)Å   c=15.578(2)Å

α=90.00°   β=92.254(7)°   γ=90.00°

C50H33BF29NO4PRe

C50H33BF29NO4PRe

Jean Huhmann-VincentBrian L. ScottGregory J. Kubas

Inorganic Chemistry (1999) 38, 115-124

a=14.1056(8)Å   b=14.2860(8)Å   c=14.7448(7)Å

α=94.5550(10)°   β=109.2490(10)°   γ=100.4580(10)°

C22H30ClO4PRe

C22H30ClO4PRe

Jean Huhmann-VincentBrian L. ScottGregory J. Kubas

Inorganic Chemistry (1999) 38, 115-124

a=9.115(1)Å   b=11.203(1)Å   c=23.195(2)Å

α=90.00°   β=93.589(6)°   γ=90.00°

C76H46BClF24O10P2Re2

C76H46BClF24O10P2Re2

Jean Huhmann-VincentBrian L. ScottGregory J. Kubas

Inorganic Chemistry (1999) 38, 115-124

a=13.048(2)Å   b=16.348(2)Å   c=19.496(4)Å

α=92.52(1)°   β=96.58(1)°   γ=100.24(1)°

C76H72BClF24O8P2Re2

C76H72BClF24O8P2Re2

Jean Huhmann-VincentBrian L. ScottGregory J. Kubas

Inorganic Chemistry (1999) 38, 115-124

a=13.4105(2)Å   b=18.0091(3)Å   c=18.9398(3)Å

α=91.776(1)°   β=108.642(1)°   γ=103.470(1)°

Chlorobis[1,2-ethanediylbis(diphenylphosphine)-P,P'](thiocarbonyl-C)technetium

C53H48ClP4STc,C6H6

Bryan, Jeffrey C.Burrell, Anthony K.Kubas, Gregory J.

Acta Crystallographica Section E (2001) 57, 1 m23-m24

a=10.3872(10)Å   b=10.5518(9)Å   c=12.8953(11)Å

α=67.185(6)°   β=72.620(9)°   γ=83.849(8)°

C49H92N2O6P4W2

C49H92N2O6P4W2

Matthew D. ButtsJeffrey C. BryanXiao-Liang LuoGregory J. Kubas

Inorganic Chemistry (1997) 36, 3341-3353

a=13.676(3)Å   b=13.833(2)Å   c=16.447(4)Å

α=70.80(2)°   β=84.90(2)°   γ=71.64(2)°

Trans, mer bis(tricyclohexanophosphine)tricarbonylethylenetungsten

W,3(CO),2(C18H33P),(C2H4)

Matthew D. ButtsJeffrey C. BryanXiao-Liang LuoGregory J. Kubas

Inorganic Chemistry (1997) 36, 3341-3353

a=11.250(5)Å   b=12.716(6)Å   c=14.458(6)Å

α=87.01(4)°   β=81.03(3)°   γ=74.04(3)°

Tri-isopropylphosphinetricarbonylhydridetungsten dimer μ-diphenylsilane

W,3(CO),(C9H21P),H,(C12H10Si)

Matthew D. ButtsJeffrey C. BryanXiao-Liang LuoGregory J. Kubas

Inorganic Chemistry (1997) 36, 3341-3353

a=15.760(2)Å   b=17.427(2)Å   c=17.957(2)Å

α=90.00°   β=90.390(8)°   γ=90.00°

C45H48F20GaMnOP4

C45H48F20GaMnOP4

Wayne A. KingBrian L. ScottJuergen EckertGregory J. Kubas

Inorganic Chemistry (1999) 38, 1069-1084

a=17.528(4)Å   b=18.192(4)Å   c=8.169(2)Å

α=90.00°   β=90.00°   γ=90.00°

C178H100Cl2F60Ga4Mn2O2P8

C178H100Cl2F60Ga4Mn2O2P8

Wayne A. KingBrian L. ScottJuergen EckertGregory J. Kubas

Inorganic Chemistry (1999) 38, 1069-1084

a=10.224(4)Å   b=32.732(27)Å   c=24.310(9)Å

α=90.00°   β=97.69(3)°   γ=90.00°

C11H16N2O2SiW

C11H16N2O2SiW

Fortman, George C.Isrow, DerekMcDonough, James E.Schleyer, Paul von RaguéSchaefer, Henry F.Scott, BrianKubas, Gregory J.Kégl, TamásUngváry, FerencHoff, Carl D.

Organometallics (2008) 27, 19 4873

a=6.3928(7)Å   b=10.6551(12)Å   c=10.8766(12)Å

α=100.632(2)°   β=96.245(2)°   γ=93.510(2)°

C49H27BF24MnO7P

C49H27BF24MnO7P

Fang, XinggaoScott, Brian L.John, Kevin D.Kubas, Gregory J.

Organometallics (2000) 19, 20 4141

a=18.1505(9)Å   b=14.6079(7)Å   c=21.074(1)Å

α=90.00°   β=101.339(1)°   γ=90.00°

C50H31BF24O14P2Re2

C50H31BF24O14P2Re2

Fang, XinggaoScott, Brian L.John, Kevin D.Kubas, Gregory J.

Organometallics (2000) 19, 20 4141

a=19.7070(10)Å   b=16.5848(8)Å   c=18.5384(10)Å

α=90.00°   β=94.6000(10)°   γ=90.00°

C49H40BF24O10P2Re

C49H40BF24O10P2Re

Fang, XinggaoScott, Brian L.John, Kevin D.Kubas, Gregory J.

Organometallics (2000) 19, 20 4141

a=12.9841(9)Å   b=14.2024(10)Å   c=16.3209(12)Å

α=91.3250(10)°   β=98.4470(10)°   γ=102.836(2)°