Structures by: Hirscher N. A.

Total: 15

C42H39CrO3

C42H39CrO3

Hirscher, Nathanael A.Perez Sierra, DannyAgapie, Theodor

Journal of the American Chemical Society (2019) 141, 14 6022-6029

a=10.7286(4)Å   b=11.7519(4)Å   c=15.0753(5)Å

α=95.481(2)°   β=102.260(2)°   γ=115.318(2)°

C25H29CrO4.58

C25H29CrO4.58

Hirscher, Nathanael A.Perez Sierra, DannyAgapie, Theodor

Journal of the American Chemical Society (2019) 141, 14 6022-6029

a=20.0935(10)Å   b=11.1921(6)Å   c=10.9889(5)Å

α=90°   β=116.859(2)°   γ=90°

0.5(C42H42Cr2O6)

0.5(C42H42Cr2O6)

Hirscher, Nathanael A.Perez Sierra, DannyAgapie, Theodor

Journal of the American Chemical Society (2019) 141, 14 6022-6029

a=12.0150(16)Å   b=12.4851(16)Å   c=15.1703(19)Å

α=75.513(5)°   β=87.541(5)°   γ=80.203(5)°

C27H33CrO3

C27H33CrO3

Hirscher, Nathanael A.Perez Sierra, DannyAgapie, Theodor

Journal of the American Chemical Society (2019) 141, 14 6022-6029

a=8.3974(4)Å   b=22.6187(10)Å   c=12.1007(5)Å

α=90°   β=92.754(2)°   γ=90°

C45H45CrO3

C45H45CrO3

Hirscher, Nathanael A.Perez Sierra, DannyAgapie, Theodor

Journal of the American Chemical Society (2019) 141, 14 6022-6029

a=11.5802(10)Å   b=15.8845(12)Å   c=20.0281(17)Å

α=90°   β=103.123(3)°   γ=90°

C45H49CrNO2P2,C0.5HCl,C32H12BF24

C45H49CrNO2P2,C0.5HCl,C32H12BF24

Hirscher, Nathanael A.Perez Sierra, DannyAgapie, Theodor

Journal of the American Chemical Society (2019) 141, 14 6022-6029

a=12.9268(7)Å   b=16.7595(10)Å   c=18.9950(9)Å

α=104.445(2)°   β=96.510(2)°   γ=107.746(2)°

C31.82H29.47AlCl2.18NP2

C31.82H29.47AlCl2.18NP2

Lifschitz, Alejo M.Hirscher, Nathanael A.Lee, Heui BeomBuss, Joshua A.Agapie, Theodor

Organometallics (2017) 36, 8 1640

a=11.6158(8)Å   b=11.8725(10)Å   c=12.0068(11)Å

α=94.734(5)°   β=100.951(5)°   γ=110.634(5)°

C31H27Cl3CrNP2,2(CH2Cl2)

C31H27Cl3CrNP2,2(CH2Cl2)

Lifschitz, Alejo M.Hirscher, Nathanael A.Lee, Heui BeomBuss, Joshua A.Agapie, Theodor

Organometallics (2017) 36, 8 1640

a=10.8962(7)Å   b=12.8113(15)Å   c=13.8238(17)Å

α=75.733(6)°   β=81.438(5)°   γ=73.265(5)°

C30H36Al2Cl3NP2

C30H36Al2Cl3NP2

Lifschitz, Alejo M.Hirscher, Nathanael A.Lee, Heui BeomBuss, Joshua A.Agapie, Theodor

Organometallics (2017) 36, 8 1640

a=10.5133(4)Å   b=12.7230(5)Å   c=13.7659(6)Å

α=64.1950(10)°   β=80.7120(10)°   γ=80.8120(10)°

AlCl4,C27H28NP2

AlCl4,C27H28NP2

Lifschitz, Alejo M.Hirscher, Nathanael A.Lee, Heui BeomBuss, Joshua A.Agapie, Theodor

Organometallics (2017) 36, 8 1640

a=10.2494(5)Å   b=15.7035(8)Å   c=17.8108(10)Å

α=90°   β=90°   γ=90°

C24H20AlCl3OP2,C6H6

C24H20AlCl3OP2,C6H6

Lifschitz, Alejo M.Hirscher, Nathanael A.Lee, Heui BeomBuss, Joshua A.Agapie, Theodor

Organometallics (2017) 36, 8 1640

a=9.3545(11)Å   b=9.3024(11)Å   c=17.270(2)Å

α=90°   β=101.913(3)°   γ=90°

0.5(C54H54Cl6Cr2N2P4),3(CH2Cl2)

0.5(C54H54Cl6Cr2N2P4),3(CH2Cl2)

Lifschitz, Alejo M.Hirscher, Nathanael A.Lee, Heui BeomBuss, Joshua A.Agapie, Theodor

Organometallics (2017) 36, 8 1640

a=13.5833(11)Å   b=14.3977(14)Å   c=20.235(2)Å

α=94.594(5)°   β=92.147(5)°   γ=109.222(4)°

C64H60Cl3Cr2N2P4,0.5(C0.77H2.3AlCl3.23),0.5(C0.69H2.06AlCl3.31),2(C7H8)

C64H60Cl3Cr2N2P4,0.5(C0.77H2.3AlCl3.23),0.5(C0.69H2.06AlCl3.31),2(C7H8)

Lifschitz, Alejo M.Hirscher, Nathanael A.Lee, Heui BeomBuss, Joshua A.Agapie, Theodor

Organometallics (2017) 36, 8 1640

a=14.6582(5)Å   b=22.7883(8)Å   c=24.5404(9)Å

α=68.6350(10)°   β=88.7120(10)°   γ=88.3820(10)°

(SiNN)Rh(COE)

C31H43N2RhSi

Lee, Chun-IHirscher, Nathanael A.Zhou, JiaBhuvanesh, NattamaiOzerov, Oleg V.

Organometallics (2015) 34, 13 3099

a=13.2282(18)Å   b=7.2984(9)Å   c=28.596(4)Å

α=90.00°   β=99.750(7)°   γ=90.00°

C35H52B2N2O4RhSi

C35H52B2N2O4RhSi

Lee, Chun-IHirscher, Nathanael A.Zhou, JiaBhuvanesh, NattamaiOzerov, Oleg V.

Organometallics (2015) 34, 13 3099

a=12.013(2)Å   b=18.428(3)Å   c=18.279(3)Å

α=90°   β=105.157(2)°   γ=90°