Structures published

Total: 404

W(CO)2(O2CMe)2(CNArDipp2)2

C₆₈H₈₀N₂O₆W

Treffly B. Ditri Curtis E. Moore Arnold L. Rheingold Joshua S. Figueroa

Inorganic Chemistry (2011) 50, 10448-10459

a=12.7672(9)Å b=18.9332(14)Å c=26.1549(19)Å

α=94.5690(10)° β=90.2100(10)° γ=101.2740(10)°

(eta6-C6H6)Mo(N2)(CNArDipp2)2

C₁₄₂H₁₇₈Mo₂N₈OSi₂

Treffly B. Ditri Curtis E. Moore Arnold L. Rheingold Joshua S. Figueroa

Inorganic Chemistry (2011) 50, 10448-10459

a=12.5493(10)Å b=12.7014(11)Å c=22.4890(19)Å

α=74.1840(10)° β=74.6450(10)° γ=68.8530(10)°

(eta6-C6H6)MoI2(CNArDipp2)2

C₆₈H₈₀I₂MoN₂

Treffly B. Ditri Curtis E. Moore Arnold L. Rheingold Joshua S. Figueroa

Inorganic Chemistry (2011) 50, 10448-10459

a=15.891(9)Å b=18.193(10)Å c=22.629(12)Å

α=90.00° β=110.253(7)° γ=90.00°

Trans-MoI4(CNArDipp2)2

C₃₉H₄₇I₂Mo_0.5N

Treffly B. Ditri Curtis E. Moore Arnold L. Rheingold Joshua S. Figueroa

Inorganic Chemistry (2011) 50, 10448-10459

a=20.601(5)Å b=16.167(4)Å c=15.491(7)Å

α=90.00° β=126.228(3)° γ=90.00°

BMOF-1-dcppy-10.2EtOAc

C₃₄H₂₀N₆O₈Zn₂

Phuong V. Dau Min Kim Sergio J. Garibay Frédéric H. L. Münch Curtis E. Moore Seth M. Cohen

Inorganic Chemistry (2012) 51, 5671-5676

a=14.020(2)Å b=15.082(2)Å c=15.121(2)Å

α=76.892(2)° β=86.550(2)° γ=83.446(2)°

BMOF-1-bpdc-12.6EtOAc

C₃₈H₂₄N₂O₈Zn₂

Phuong V. Dau Min Kim Sergio J. Garibay Frédéric H. L. Münch Curtis E. Moore Seth M. Cohen

Inorganic Chemistry (2012) 51, 5671-5676

a=14.071(5)Å b=15.265(5)Å c=15.351(6)Å

α=88.337(13)° β=85.779(14)° γ=85.205(11)°

DMOF-1-dcppy-6EtOAc

C₂₈H₈N₆O₈Zn₂

Phuong V. Dau Min Kim Sergio J. Garibay Frédéric H. L. Münch Curtis E. Moore Seth M. Cohen

Inorganic Chemistry (2012) 51, 5671-5676

a=15.1370(18)Å b=15.1370(18)Å c=9.6187(12)Å

α=90.00° β=90.00° γ=90.00°

DMOF-1-bpdc-6EtOAc

C₃₆H₁₆N₂O₈Zn₂

Phuong V. Dau Min Kim Sergio J. Garibay Frédéric H. L. Münch Curtis E. Moore Seth M. Cohen

Inorganic Chemistry (2012) 51, 5671-5676

a=15.210(3)Å b=15.210(3)Å c=9.6282(19)Å

α=90.00° β=90.00° γ=90.00°

C₅₄H₃₂MnN₈(0.125(CH₂Cl₂))

Jordan L. Arthur Curtis E. Moore Arnold L. Rheingold Joel S. Miller

Inorganic Chemistry (2011) 50, 2735-2737

a=17.6731(15)Å b=22.610(2)Å c=11.5115(9)Å

α=90.00° β=107.230(6)° γ=90.00°

C₁₆H₁₈Co₂N₁₀S₄

Endrit Shurdha Curtis E. Moore Arnold L. Rheingold Joel S. Miller

Inorganic Chemistry (2011) 50, 10546-10548

a=9.6785(5)Å b=13.9686(8)Å c=19.8210(11)Å

α=90.00° β=91.3540(10)° γ=90.00°

C₆₈H₁₁₀BFeNO₂P₃

Caroline T. Saouma Curtis E. Moore Arnold L. Rheingold Jonas C. Peters

Inorganic Chemistry (2011) 50, 11285-11287

a=14.5464(9)Å b=27.6742(18)Å c=17.3460(11)Å

α=90.00° β=112.1960(10)° γ=90.00°

C₁₁₈H₂₁₀B₂Fe₂N₂O₇P₆

Caroline T. Saouma Curtis E. Moore Arnold L. Rheingold Jonas C. Peters

Inorganic Chemistry (2011) 50, 11285-11287

a=14.1982(3)Å b=15.5521(3)Å c=15.6310(3)Å

α=114.5230(10)° β=107.3310(10)° γ=91.1740(10)°

C₁₁₈H₁₉₆B₂Fe₂N₂O₄P₆

Caroline T. Saouma Curtis E. Moore Arnold L. Rheingold Jonas C. Peters

Inorganic Chemistry (2011) 50, 11285-11287

a=18.2270(6)Å b=19.7406(8)Å c=31.1376(12)Å

α=90.00° β=90.833(3)° γ=90.00°

2,5-Mes2py

C₂₃H₂₅N

Julia M. Stauber Andrew L. Wadler Curtis E. Moore Arnold L. Rheingold Joshua S. Figueroa

Inorganic Chemistry (2011) 50, 7309-7316

a=8.1239(10)Å b=10.2042(13)Å c=12.2561(16)Å

α=80.309(2)° β=76.989(2)° γ=67.065(2)°

[Cu(2,5-Mes2py)2]OTf

C₄₇H₅₀CuF₃N₂O₃S

Julia M. Stauber Andrew L. Wadler Curtis E. Moore Arnold L. Rheingold Joshua S. Figueroa

Inorganic Chemistry (2011) 50, 7309-7316

a=39.15(2)Å b=11.714(6)Å c=18.342(10)Å

α=90.00° β=94.148(13)° γ=90.00°

Cu(OTf)2(2,5-Mes2py)2

C₅₇H₅₉CuF₆N₂O₆S₂

Julia M. Stauber Andrew L. Wadler Curtis E. Moore Arnold L. Rheingold Joshua S. Figueroa

Inorganic Chemistry (2011) 50, 7309-7316

a=11.750(3)Å b=13.467(3)Å c=17.713(4)Å

α=92.256(3)° β=90.538(3)° γ=105.233(3)°

(mu-I)2[CoI(2,5-Mes2py)]2

C₄₆H₅₀Co₂I₄N₂

Julia M. Stauber Andrew L. Wadler Curtis E. Moore Arnold L. Rheingold Joshua S. Figueroa

Inorganic Chemistry (2011) 50, 7309-7316

a=21.544(6)Å b=14.986(4)Å c=16.980(5)Å

α=90.00° β=120.478(3)° γ=90.00°

CoBr2(THF)(2,5-Mes2py)2

C₂₇H₃₃Br₂CoNO

Julia M. Stauber Andrew L. Wadler Curtis E. Moore Arnold L. Rheingold Joshua S. Figueroa

Inorganic Chemistry (2011) 50, 7309-7316

a=18.454(5)Å b=9.218(2)Å c=16.758(4)Å

α=90.00° β=109.199(3)° γ=90.00°

CoI2(2,5-Mes2py)2

C₄₆H₅₀CoI₂N₂

Julia M. Stauber Andrew L. Wadler Curtis E. Moore Arnold L. Rheingold Joshua S. Figueroa

Inorganic Chemistry (2011) 50, 7309-7316

a=23.298(3)Å b=20.346(2)Å c=18.482(2)Å

α=90.00° β=107.507(2)° γ=90.00°

PdCl(allyl)(CNArDipp2)

C₃₄H₄₂ClNPd_,1/2(C₄H₈O)

Barnett, Brandon R.Labios, Liezel A.Stauber, Julia M.Moore, Curtis E.Rheingold, Arnold L.Figueroa, Joshua S.

Organometallics (2017) 36, 4 944

a=22.184(6)Å b=18.952(5)Å c=16.253(5)Å

α=90.00° β=105.030(3)° γ=90.00°

[(CNArDipp2)Pd]2(u-allyl)(u-OtBu)

C₆₉H₈₈N₂OPd_2,C₆H₅F

Barnett, Brandon R.Labios, Liezel A.Stauber, Julia M.Moore, Curtis E.Rheingold, Arnold L.Figueroa, Joshua S.

Organometallics (2017) 36, 4 944

a=9.3164(10)Å b=12.2291(13)Å c=16.0753(17)Å

α=107.346(3)° β=92.444(3)° γ=105.882(3)°

[(CNArDipp2)Pd]2(u-allyl)(u-LDA)

C₇₁H₉₃N₃Pd₂

Barnett, Brandon R.Labios, Liezel A.Stauber, Julia M.Moore, Curtis E.Rheingold, Arnold L.Figueroa, Joshua S.

Organometallics (2017) 36, 4 944

a=19.5686(13)Å b=16.9767(11)Å c=19.6154(13)Å

α=90° β=92.8850(10)° γ=90°

Pd3(u-CO)3(CNArDipp2)3

C₉₆H₁₁₁N₃O₃Pd_3,C₄H₁₀O

Barnett, Brandon R.Labios, Liezel A.Stauber, Julia M.Moore, Curtis E.Rheingold, Arnold L.Figueroa, Joshua S.

Organometallics (2017) 36, 4 944

a=15.618(8)Å b=16.161(8)Å c=20.549(10)Å

α=80.016(7)° β=84.921(7)° γ=65.649(6)°

Pd3(eta2-Dipp-u-CNArDipp2)3

C₉₃H₁₁₁N₃Pd_3,13(C₄H₈O)

Barnett, Brandon R.Labios, Liezel A.Stauber, Julia M.Moore, Curtis E.Rheingold, Arnold L.Figueroa, Joshua S.

Organometallics (2017) 36, 4 944

a=18.1967(5)Å b=18.1967(5)Å c=45.5371(16)Å

α=90° β=90° γ=120°

PdBr(m-Xyl)(CNArDipp2)2

C₇₀H₈₃BrN₂Pd_,0.5(C₄H₁₀O)

Barnett, Brandon R.Labios, Liezel A.Stauber, Julia M.Moore, Curtis E.Rheingold, Arnold L.Figueroa, Joshua S.

Organometallics (2017) 36, 4 944

a=10.9266(13)Å b=14.4884(18)Å c=22.065(3)Å

α=72.626(2)° β=78.681(2)° γ=85.724(2)°

C₇₀H₈₀MnN₃O_4,2(C₄H₁₀O)

Agnew, Douglas W.Moore, Curtis E.Rheingold, Arnold L.Figueroa, Joshua S.

Organometallics (2017) 36, 2 363

a=15.7361(3)Å b=17.6996(3)Å c=26.0679(5)Å

α=90° β=102.6390(10)° γ=90°

2(C₆₉H₈₃MnN₂O₄)_,C₄H₉O

Agnew, Douglas W.Moore, Curtis E.Rheingold, Arnold L.Figueroa, Joshua S.

Organometallics (2017) 36, 2 363

a=25.996(2)Å b=21.874(2)Å c=25.178(2)Å

α=90° β=116.3112(13)° γ=90°

(k2-F3CSO3BH3)-Mn(CO)2(CNArDipp2)2

C₆₅H₇₇BF₃MnN₂O₅S

Agnew, Douglas W.Moore, Curtis E.Rheingold, Arnold L.Figueroa, Joshua S.

Organometallics (2017) 36, 2 363

a=13.1452(7)Å b=15.6184(9)Å c=15.2093(7)Å

α=90° β=93.025(2)° γ=90°

C₄₉H₃₇BF₁₅N

Agnew, Douglas W.Moore, Curtis E.Rheingold, Arnold L.Figueroa, Joshua S.

Organometallics (2017) 36, 2 363

a=12.8109(16)Å b=22.635(3)Å c=15.620(2)Å

α=90° β=106.705(7)° γ=90°

C₇₂H₉₄MnN₂O_4,C₃₂H₁₂BF₂₄

Agnew, Douglas W.Moore, Curtis E.Rheingold, Arnold L.Figueroa, Joshua S.

Organometallics (2017) 36, 2 363

a=25.384(3)Å b=16.256(2)Å c=49.409(6)Å

α=90° β=101.988(6)° γ=90°

C₆₆H₇₇MnN₂O₄

Agnew, Douglas W.Moore, Curtis E.Rheingold, Arnold L.Figueroa, Joshua S.

Organometallics (2017) 36, 2 363

a=16.862(2)Å b=16.736(2)Å c=41.454(5)Å

α=90° β=100.020(2)° γ=90°

C₆₉H_82.47F₃MnN₂O₆S_,C₄H₁₀O

Agnew, Douglas W.Moore, Curtis E.Rheingold, Arnold L.Figueroa, Joshua S.

Organometallics (2017) 36, 2 363

a=19.5867(17)Å b=15.1995(13)Å c=23.5502(17)Å

α=90° β=96.7370(12)° γ=90°

C₇₂H₇₉MnN₂O_5,2(C₄H₁₀O)

Agnew, Douglas W.Moore, Curtis E.Rheingold, Arnold L.Figueroa, Joshua S.

Organometallics (2017) 36, 2 363

a=12.2792(15)Å b=16.609(2)Å c=19.630(3)Å

α=97.684(4)° β=91.435(4)° γ=96.967(4)°

Mn(k2-benzoate)CO2(CNArDipp2)2

C₇₁H₇₉MnN₂O_4,C₃H₃

Agnew, Douglas W.Moore, Curtis E.Rheingold, Arnold L.Figueroa, Joshua S.

Organometallics (2017) 36, 2 363

a=46.2914(10)Å b=16.5737(4)Å c=16.9876(4)Å

α=90° β=104.9100(10)° γ=90°

0.5(C₁₃₆H₁₆₈K₂Mn₂N₄O₆)

Agnew, Douglas W.Moore, Curtis E.Rheingold, Arnold L.Figueroa, Joshua S.

Organometallics (2017) 36, 2 363

a=19.142(5)Å b=27.610(8)Å c=27.492(8)Å

α=90° β=104.977(4)° γ=90°

C₈₇H₈₃BF₁₅MnN₂O_4,0.5(C₄H₁₀O)

Agnew, Douglas W.Moore, Curtis E.Rheingold, Arnold L.Figueroa, Joshua S.

Organometallics (2017) 36, 2 363

a=14.7941(8)Å b=24.7433(13)Å c=26.5070(14)Å

α=97.8460(10)° β=98.6420(10)° γ=90.6020(10)°

C₅₆H₅₆N₄P₄Pd_,2(BF₄)_,2(C₂H₃N)

Seu, Candace S.Ung, David Doud, Michael D.Moore, Curtis E.Rheingold, Arnold L.Kubiak, Clifford P.

Organometallics (2013) 32, 16 4556

a=10.2698(5)Å b=19.0572(11)Å c=29.2752(17)Å

α=90.00° β=95.0210(10)° γ=90.00°

C₅₆H₈₀N₄P₄Pd_,2(BF₄)_,4(C₂H₃N)

Seu, Candace S.Ung, David Doud, Michael D.Moore, Curtis E.Rheingold, Arnold L.Kubiak, Clifford P.

Organometallics (2013) 32, 16 4556

a=9.5588(7)Å b=12.4960(9)Å c=14.8568(11)Å

α=94.027(3)° β=99.551(2)° γ=97.422(2)°

2(BF₄)_,C₆₀H₆₄N₄P₄Pd_,2(C₂H₃N)

Seu, Candace S.Ung, David Doud, Michael D.Moore, Curtis E.Rheingold, Arnold L.Kubiak, Clifford P.

Organometallics (2013) 32, 16 4556

a=10.5769(5)Å b=24.5160(8)Å c=24.1638(9)Å

α=90.00° β=99.188(2)° γ=90.00°

C₃₆H₄₈N₄P₄Pd_,2(BF₄)_,4(C₂H₃N)

Seu, Candace S.Ung, David Doud, Michael D.Moore, Curtis E.Rheingold, Arnold L.Kubiak, Clifford P.

Organometallics (2013) 32, 16 4556

a=14.0539(7)Å b=10.0080(5)Å c=18.7335(10)Å

α=90.00° β=108.980(2)° γ=90.00°

C₂₄H₃₀Ge₂

Schrick, Erin K.Forget, Trevor J.Roewe, Kimberly D.Schrick, Aaron C.Moore, Curtis E.Golen, James A.Rheingold, Arnold L.Materer, Nicholas F.Weinert, Charles S.

Organometallics (2013) 32, 7 2245

a=8.2473(8)Å b=9.8391(10)Å c=15.0469(13)Å

α=87.343(5)° β=85.481(5)° γ=65.243(5)°

C₃₀H₄₂Ge₂

Schrick, Erin K.Forget, Trevor J.Roewe, Kimberly D.Schrick, Aaron C.Moore, Curtis E.Golen, James A.Rheingold, Arnold L.Materer, Nicholas F.Weinert, Charles S.

Organometallics (2013) 32, 7 2245

a=24.203(3)Å b=9.2500(11)Å c=24.860(3)Å

α=90.00° β=94.039(2)° γ=90.00°

C₄₂H₆₂Ge₄

Komanduri, Sangeetha P.Shumaker, F. Alexander Roewe, Kimberly D.Wolf, Melanie Uhlig, Frank Moore, Curtis E.Rheingold, Arnold L.Weinert, Charles S.

Organometallics (2016) 35, 18 3240

a=9.4578(17)Å b=10.709(2)Å c=11.485(2)Å

α=106.109(5)° β=99.150(5)° γ=108.601(6)°

SK-218

C₃₆H₃₂Ge₃

Komanduri, Sangeetha P.Shumaker, F. Alexander Roewe, Kimberly D.Wolf, Melanie Uhlig, Frank Moore, Curtis E.Rheingold, Arnold L.Weinert, Charles S.

Organometallics (2016) 35, 18 3240

a=9.6058(6)Å b=10.9421(6)Å c=14.6843(9)Å

α=89.045(2)° β=83.682(2)° γ=85.038(2)°

C₅₄H₇₂Ge₅

Komanduri, Sangeetha P.Shumaker, F. Alexander Roewe, Kimberly D.Wolf, Melanie Uhlig, Frank Moore, Curtis E.Rheingold, Arnold L.Weinert, Charles S.

Organometallics (2016) 35, 18 3240

a=16.5478(11)Å b=12.6673(9)Å c=25.3940(18)Å

α=90° β=106.184(2)° γ=90°

C₃₁H₂₄FIrN₄S₂

Maity, Ayan Stanek, Robert J.Anderson, Bryce L.Zeller, Matthias Hunter, Allen D.Moore, Curtis E.Rheingold, Arnold L.Gray, Thomas G.

Organometallics (2015) 34, 1 109

a=10.291(3)Å b=17.035(5)Å c=15.064(4)Å

α=90° β=95.208(4)° γ=90°

C₅₂H₃₂F₂Ir₂N₄S_4,2(C₆H₆)

Maity, Ayan Stanek, Robert J.Anderson, Bryce L.Zeller, Matthias Hunter, Allen D.Moore, Curtis E.Rheingold, Arnold L.Gray, Thomas G.

Organometallics (2015) 34, 1 109

a=14.7816(5)Å b=14.7816(5)Å c=48.415(3)Å

α=90° β=90° γ=90°

C₃₁H₂₄ClIrN₄S₂

Maity, Ayan Stanek, Robert J.Anderson, Bryce L.Zeller, Matthias Hunter, Allen D.Moore, Curtis E.Rheingold, Arnold L.Gray, Thomas G.

Organometallics (2015) 34, 1 109

a=10.399(6)Å b=16.928(9)Å c=15.294(8)Å

α=90° β=94.013(7)° γ=90°

C₃₇H₂₉IrN₄S₃

Maity, Ayan Stanek, Robert J.Anderson, Bryce L.Zeller, Matthias Hunter, Allen D.Moore, Curtis E.Rheingold, Arnold L.Gray, Thomas G.

Organometallics (2015) 34, 1 109

a=16.573(2)Å b=11.8257(15)Å c=16.296(2)Å

α=90° β=98.460(2)° γ=90°

C₃₁H₂₄Cl_0.13IrN_6.6S₂

Maity, Ayan Stanek, Robert J.Anderson, Bryce L.Zeller, Matthias Hunter, Allen D.Moore, Curtis E.Rheingold, Arnold L.Gray, Thomas G.

Organometallics (2015) 34, 1 109

a=10.204(4)Å b=17.300(8)Å c=15.848(7)Å

α=90° β=91.957(7)° γ=90°

C₅₄H₈₀Cl₂Ir₂N_6,C₄H₈O_2,2(F₆P)

Specht, Zephen G.Grotjahn, Douglas B.Moore, Curtis E.Rheingold, Arnold L.

Organometallics (2013) 32, 21 6400

a=12.0360(7)Å b=12.5925(8)Å c=13.0880(8)Å

α=80.127(2)° β=63.055(2)° γ=68.254(2)°

C₂₃H₃₁ClIrN_3,1/6(C₆H₁₄)

Specht, Zephen G.Grotjahn, Douglas B.Moore, Curtis E.Rheingold, Arnold L.

Organometallics (2013) 32, 21 6400

a=21.557(4)Å b=21.557(4)Å c=26.611(5)Å

α=90° β=90° γ=120°

Olex2 1.2-beta (compiled Apr 23 2013 17:59:47, GUI svn.r4466)

C₃₄H₃₄CoO₂PSSi

Baldridge, Kim K.Bunker, Kevin D.Vélez, Carmen L.Holland, Ryan L.Rheingold, Arnold L.Moore, Curtis E.O’Connor, Joseph M.

Organometallics (2013) 32, 19 5473

a=10.5612(12)Å b=17.853(2)Å c=16.0829(19)Å

α=90° β=95.579(2)° γ=90°

Olex2 1.2-beta (compiled Apr 23 2013 17:59:47, GUI svn.r4466)

C₄₁H₄₈CoO₂PSSi

Baldridge, Kim K.Bunker, Kevin D.Vélez, Carmen L.Holland, Ryan L.Rheingold, Arnold L.Moore, Curtis E.O’Connor, Joseph M.

Organometallics (2013) 32, 19 5473

a=10.5763(16)Å b=10.6836(16)Å c=16.640(3)Å

α=93.231(2)° β=92.647(2)° γ=92.913(2)°

Mn2(CO)7(CNArDipp2)3

C₁₀₀H₁₁₁Mn₂N₃O₇

Agnew, Douglas W.Sampson, Matthew D.Moore, Curtis E.Rheingold, Arnold L.Kubiak, Clifford P.Figueroa, Joshua S.

Inorganic chemistry (2016) 55, 23 12400-12408

a=25.964(3)Å b=11.7576(13)Å c=29.248(4)Å

α=90° β=90.045(3)° γ=90°

IMn(CO)3(CNArDipp2)2(C4H8O)

C₆₅H₇₄IMnN₂O_3,2(C₄H₈O)

Agnew, Douglas W.Sampson, Matthew D.Moore, Curtis E.Rheingold, Arnold L.Kubiak, Clifford P.Figueroa, Joshua S.

Inorganic chemistry (2016) 55, 23 12400-12408

a=16.7392(14)Å b=17.0282(14)Å c=24.298(2)Å

α=90° β=102.184(3)° γ=90°

Mn2(CO)8(CNArDipp2)2

C₇₀H₇₄Mn₂N₂O_8,2(C₄H₁₀O)

Agnew, Douglas W.Sampson, Matthew D.Moore, Curtis E.Rheingold, Arnold L.Kubiak, Clifford P.Figueroa, Joshua S.

Inorganic chemistry (2016) 55, 23 12400-12408

a=17.3739(16)Å b=25.063(3)Å c=17.1374(17)Å

α=90° β=90° γ=90°

Cr(CO)5(CNArMes2)

C₃₀H₂₅CrNO₅

Carpenter, Alex E.Mokhtarzadeh, Charles C.Ripatti, Donald S.Havrylyuk, Irena Kamezawa, Ryo Moore, Curtis E.Rheingold, Arnold L.Figueroa, Joshua S.

Inorganic chemistry (2015) 54, 6 2936-2944

a=10.0406(6)Å b=10.2030(7)Å c=15.5732(14)Å

α=101.2300(10)° β=92.8150(10)° γ=118.3960(10)°

Cr(CO)5(pMeCNArMes2)

C₃₁H₂₇CrNO₅

Carpenter, Alex E.Mokhtarzadeh, Charles C.Ripatti, Donald S.Havrylyuk, Irena Kamezawa, Ryo Moore, Curtis E.Rheingold, Arnold L.Figueroa, Joshua S.

Inorganic chemistry (2015) 54, 6 2936-2944

a=11.4647(7)Å b=19.4477(11)Å c=12.6957(8)Å

α=90° β=95.2560(10)° γ=90°

CNArTripp2

C₃₇H₄₉N

Carpenter, Alex E.Mokhtarzadeh, Charles C.Ripatti, Donald S.Havrylyuk, Irena Kamezawa, Ryo Moore, Curtis E.Rheingold, Arnold L.Figueroa, Joshua S.

Inorganic chemistry (2015) 54, 6 2936-2944

a=10.9087(13)Å b=12.0442(14)Å c=25.283(3)Å

α=90° β=90° γ=90°

Cr(CO)5(CNArClips)

C₂₈H₁₇Cl₄CrNO₅

Carpenter, Alex E.Mokhtarzadeh, Charles C.Ripatti, Donald S.Havrylyuk, Irena Kamezawa, Ryo Moore, Curtis E.Rheingold, Arnold L.Figueroa, Joshua S.

Inorganic chemistry (2015) 54, 6 2936-2944

a=6.4468(4)Å b=12.9490(8)Å c=17.0430(10)Å

α=94.610(3)° β=91.736(3)° γ=96.334(3)°

Cr(CO)5(CN(pF-ArDArF))

C₂₈H₈CrF₁₃NO₅

Carpenter, Alex E.Mokhtarzadeh, Charles C.Ripatti, Donald S.Havrylyuk, Irena Kamezawa, Ryo Moore, Curtis E.Rheingold, Arnold L.Figueroa, Joshua S.

Inorganic chemistry (2015) 54, 6 2936-2944

a=13.9002(5)Å b=13.9199(6)Å c=14.5750(5)Å

α=90° β=93.4920(11)° γ=90°

Cr(CO)5(CN(3,5-(CF3)2C6H3))

C₁₄H₃CrF₆NO₅

Carpenter, Alex E.Mokhtarzadeh, Charles C.Ripatti, Donald S.Havrylyuk, Irena Kamezawa, Ryo Moore, Curtis E.Rheingold, Arnold L.Figueroa, Joshua S.

Inorganic chemistry (2015) 54, 6 2936-2944

a=16.7891(12)Å b=6.2223(4)Å c=31.887(2)Å

α=90° β=99.575(2)° γ=90°

Cr(CO)5(CN(pMeArDArF2))

C₂₉H₁₁CrF₁₂NO₅

Carpenter, Alex E.Mokhtarzadeh, Charles C.Ripatti, Donald S.Havrylyuk, Irena Kamezawa, Ryo Moore, Curtis E.Rheingold, Arnold L.Figueroa, Joshua S.

Inorganic chemistry (2015) 54, 6 2936-2944

a=11.3248(3)Å b=12.6913(4)Å c=20.7094(7)Å

α=90° β=91.4627(9)° γ=90°

Cr(CO)5(CNArDArF2)

C₂₈H₉CrF₁₂NO₅

Carpenter, Alex E.Mokhtarzadeh, Charles C.Ripatti, Donald S.Havrylyuk, Irena Kamezawa, Ryo Moore, Curtis E.Rheingold, Arnold L.Figueroa, Joshua S.

Inorganic chemistry (2015) 54, 6 2936-2944

a=13.7139(9)Å b=13.8037(11)Å c=14.7183(12)Å

α=90° β=91.201(3)° γ=90°

Cr(CO)5(CNArTripp2)'

C₄₂H₄₉CrNO₅

Carpenter, Alex E.Mokhtarzadeh, Charles C.Ripatti, Donald S.Havrylyuk, Irena Kamezawa, Ryo Moore, Curtis E.Rheingold, Arnold L.Figueroa, Joshua S.

Inorganic chemistry (2015) 54, 6 2936-2944

a=26.7041(14)Å b=10.9879(6)Å c=27.4160(15)Å

α=90° β=90.041(3)° γ=90°

Cr(CO)5(CNXylyl)

0.5(C₁₄H₉CrNO₅)

Carpenter, Alex E.Mokhtarzadeh, Charles C.Ripatti, Donald S.Havrylyuk, Irena Kamezawa, Ryo Moore, Curtis E.Rheingold, Arnold L.Figueroa, Joshua S.

Inorganic chemistry (2015) 54, 6 2936-2944

a=7.3313(3)Å b=13.1945(6)Å c=14.5373(6)Å

α=90° β=90° γ=90°

Cr(CO)5(CNArDipp2)

C₁₈H_18.5Cr_0.5N_0.5O_2.5,C₃H_2.5F_0.5

Carpenter, Alex E.Mokhtarzadeh, Charles C.Ripatti, Donald S.Havrylyuk, Irena Kamezawa, Ryo Moore, Curtis E.Rheingold, Arnold L.Figueroa, Joshua S.

Inorganic chemistry (2015) 54, 6 2936-2944

a=8.6921(9)Å b=21.885(2)Å c=10.1779(11)Å

α=90° β=92.318(2)° γ=90°

[Na(18-c-6)][Fe(azulene)(CNArMes2)2]

C₈₇H₉₉FeN₃NaO_6,0.5(C₄H₁₀O)

Mokhtarzadeh, Charles C.Margulieux, Grant W.Carpenter, Alex E.Weidemann, Nils Moore, Curtis E.Rheingold, Arnold L.Figueroa, Joshua S.

Inorganic chemistry (2015) 54, 11 5579-5587

a=16.260(2)Å b=16.648(3)Å c=18.225(3)Å

α=64.902(5)° β=89.753(6)° γ=62.646(5)°

Fe(CO)4(CNArMes2)

C₂₉H₂₅FeNO₄

Mokhtarzadeh, Charles C.Margulieux, Grant W.Carpenter, Alex E.Weidemann, Nils Moore, Curtis E.Rheingold, Arnold L.Figueroa, Joshua S.

Inorganic chemistry (2015) 54, 11 5579-5587

a=8.2857(3)Å b=18.0545(7)Å c=8.6241(3)Å

α=90° β=96.625(2)° γ=90°

Na2[Fe(CNArMes2)4]

C₁₀₀H₁₀₀FeN₄Na₂

Mokhtarzadeh, Charles C.Margulieux, Grant W.Carpenter, Alex E.Weidemann, Nils Moore, Curtis E.Rheingold, Arnold L.Figueroa, Joshua S.

Inorganic chemistry (2015) 54, 11 5579-5587

a=27.1109(10)Å b=11.8497(4)Å c=27.5348(10)Å

α=90° β=115.721(2)° γ=90°

Cis,cis,trans-FeI2(CO)2(CNArMes2)2

C₅₂H₅₀FeI₂N₂O₂

Mokhtarzadeh, Charles C.Margulieux, Grant W.Carpenter, Alex E.Weidemann, Nils Moore, Curtis E.Rheingold, Arnold L.Figueroa, Joshua S.

Inorganic chemistry (2015) 54, 11 5579-5587

a=13.5946(5)Å b=14.6648(5)Å c=15.0797(5)Å

α=64.878(2)° β=64.999(2)° γ=64.8240(10)°

Fe(CO)3(CNArMes2)2

C₅₃H₅₀FeN₂O₃

Mokhtarzadeh, Charles C.Margulieux, Grant W.Carpenter, Alex E.Weidemann, Nils Moore, Curtis E.Rheingold, Arnold L.Figueroa, Joshua S.

Inorganic chemistry (2015) 54, 11 5579-5587

a=26.7165(11)Å b=13.6599(5)Å c=27.7314(11)Å

α=90° β=117.941(3)° γ=90°

Na[HFe(CNArMes2)4]

C₁₀₀H₁₀₁FeN₄Na_,C₅H₁₂

Mokhtarzadeh, Charles C.Margulieux, Grant W.Carpenter, Alex E.Weidemann, Nils Moore, Curtis E.Rheingold, Arnold L.Figueroa, Joshua S.

Inorganic chemistry (2015) 54, 11 5579-5587

a=13.4873(10)Å b=27.8985(17)Å c=22.7298(14)Å

α=90° β=90.479(5)° γ=90°

Fe(N2)(CNArMes2)4

C₁₀₀H₁₀₀FeN₆

Mokhtarzadeh, Charles C.Margulieux, Grant W.Carpenter, Alex E.Weidemann, Nils Moore, Curtis E.Rheingold, Arnold L.Figueroa, Joshua S.

Inorganic chemistry (2015) 54, 11 5579-5587

a=16.195(2)Å b=23.161(3)Å c=21.453(3)Å

α=90° β=97.426(6)° γ=90°

[Fe(CNArMes2)]2

C₅₀H₅₀Fe₂N₂

Mokhtarzadeh, Charles C.Margulieux, Grant W.Carpenter, Alex E.Weidemann, Nils Moore, Curtis E.Rheingold, Arnold L.Figueroa, Joshua S.

Inorganic chemistry (2015) 54, 11 5579-5587

a=7.8487(9)Å b=21.294(3)Å c=11.8949(14)Å

α=90° β=95.471(2)° γ=90°