Crystal Structures List

BaO₃Ti

Natheer B. Mahmood Emad K. Al-Shakarchi

Journal of Modern Physics (2011) 2, 1420-1428

a=4.0073Å b=4.0073Å c=4.0073Å

α=90.000° β=90.000° γ=90.000°

La₂O₉W₂

Laligant, Y Le Bail, A Goutenoire, F

Journal of Solid State Chemistry (2001) 159, 223-227

a=7.2489(1)Å b=7.2878(1)Å c=7.0435(1)Å

α=96.367(1)° β=94.715(1)° γ=70.286(1)°

F₆MnNb

Bizot, D.Chassaing, J.Pannetier, J.Leblanc, M.Le Bail, A.Ferey, G.

Solid State Communications (1986) 58, 1 71-74

a=5.385(1)Å b=5.385(1)Å c=14.399(1)Å

α=90.° β=90.° γ=120.°

Al₅₆Cu₁₁Li₃₃Zn₁₁

Leblanc, M.Le Bail, A.Audier, M.

Physica B: Condensed Matter (1991) 173, 3 329-355

a=14.05(3)Å b=14.05(3)Å c=83.14(6)Å

α=90.° β=90.° γ=90.°

Potassium tetrafluoroaluminate

AlF_4,K

Le Bail, A

Powder Diffraction (2009) 24, 3 185-190

a=8.3242(3)Å b=7.2502(3)Å c=11.8875(4)Å

α=90.00000° β=90.00000° γ=90.00000°

F₁₄Ga₃Na₅

Le Bail, A Mercier, A M

Powder Diffraction (2003) 18, 128-134

a=10.4052(1)Å b=7.2251(1)Å c=7.2689(1)Å

α=90.00000° β=90.6640(4)° γ=90.00000°

Cr₃F₁₄Na₅

Le Bail, A Mercier, A M

Powder Diffraction (2003) 18, 128-134

a=10.5096(3)Å b=7.2253(2)Å c=7.2713(2)Å

α=90.00000° β=90.6753(7)° γ=90.00000°

F₁₄Fe₃Na₅

Le Bail, A Mercier, A M

Powder Diffraction (2003) 18, 128-134

a=10.4342(7)Å b=7.3418(6)Å c=7.4023(6)Å

α=90.00000° β=90.799(5)° γ=90.00000°

C₆H₂₀Al₂F₁₀N₄

Adil, K Le Bail, A Dujardin, G Maisonneuve, V

Polyhedron (2007) 26, 2493-2497

a=8.5280(7)Å b=7.3938(6)Å c=13.2368(11)Å

α=90.00000° β=128.777(2)° γ=90.00000°

C₆H₂₀Cl₄N₄

Adil, K Le Bail, A Dujardin, G Maisonneuve, V

Polyhedron (2007) 26, 2493-2497

a=11.651(3)Å b=8.159(2)Å c=6.8473(14)Å

α=90.00° β=101.53(3)° γ=90.00°

AlF₄Na

Le Bail, A

Powder Diffraction (2009) 24, 4 301-305

a=3.6121(3)Å b=14.9520(12)Å c=5.2692(4)Å

α=90.00000° β=90.00000° γ=90.00000°

Al₃F₁₂H₄K₃O₂

Le Bail, A

Powder Diffraction (2009) 24, 292-300

a=13.51350(16)Å b=7.04327(13)Å c=12.2253(2)Å

α=90.00000° β=90.00000° γ=90.00000°

Al₃F₁₂H₂K₃O

Le Bail, A

Powder Diffraction (2009) 24, 292-300

a=7.0523(5)Å b=12.1005(9)Å c=6.7057(5)Å

α=90.00000° β=90.00000° γ=90.00000°

F_2.26Fe_0.26Pb_0.74

Le Bail, A

Powder Diffraction (2011) 26, 303-307

a=5.99259(13)Å b=5.57807(12)Å c=11.5208(3)Å

α=90.00000° β=90.00000° γ=90.00000°

C₂₀H₃₉AgO₂

Stephens, P W Kaduk, J A Blanton, T N Whitcomb, D R Misture, S T Rajeswraran, M

Powder Diffraction (2012) 27, 99-103

a=4.1519(10)Å b=4.7055(10)Å c=53.555(4)Å

α=89.473(15)° β=87.617(5)° γ=76.329(5)°

CrH₂₂MgO₁₅

Fortes, A D Wood, I G

Powder Diffraction (2012) 27, 8-11

a=6.81133(8)Å b=6.95839(9)Å c=17.3850(2)Å

α=87.920(1)° β=89.480(1)° γ=62.772(1)°

C₇H₆AlNO₆

Stahl, K Brink, B Andersen, J

Powder Diffraction (2011) 26(S1), S44-S46

a=6.7813(1)Å b=7.4944(1)Å c=8.5013(1)Å

α=95.257(1)° β=102.478(1)° γ=108.979(1)°

C₂₂H₄₃AgO₂

Blanton, T N Rajeswraran, M Stephens, P W Whitcomb, D R Misture, S T Kaduk, J A

Powder Diffraction (2011) 26, 313-320

a=4.1769(2)Å b=4.7218(2)Å c=58.3385(1)Å

α=89.440(3)° β=89.634(5)° γ=75.854(1)°

MoO₁₁P₃Pb₂

Leclaire, A Raveau, B

Materials Research Bulletin (2006) 41, 967-972

a=6.5454(3)Å b=7.0643(3)Å c=19.9697(5)Å

α=90.00000° β=99.382(2)° γ=90.00000°

Nb₄O₁₇Sr₅Ti

Drews, A R Wong-Ng, W Roth, R S Vanderah, T A

Materials Research Bulletin (1996) 31, 153-163

a=5.6614(4)Å b=32.515(7)Å c=3.9525(3)Å

α=90.0° β=90.0° γ=90.0°

Bi_3.33O₁₀V₂

Kumada, N Takei, T Haramoto, R Yonesaki, Y Dong, Q Kinomura, N Nishimoto, S Kameshima, Y Miyake, M

Materials Research Bulletin (2011) 46, 962-965

a=7.1135(14)Å b=7.8442(15)Å c=9.3719(18)Å

α=106.090(7)° β=94.468(7)° γ=112.506(8)°

C₂₀H₁₀₀N₁₀O₈₈P₂W₂₂Zr

Cai, L Li, Y Yu, C Ji, H Liu, Y Liu, S

Inorganica Chimica Acta (2009) 362, 2895-2899

a=12.250(1)Å b=20.527(2)Å c=20.938(3)Å

α=90.00° β=90.43(01)° γ=90.00°

C₂₀H₁₀₀N₁₀O₈₈P₂W₂₂Zr

Cai, L Li, Y Yu, C Ji, H Liu, Y Liu, S

Inorganica Chimica Acta (2009) 362, 2895-2899

a=12.2742(9)Å b=20.5699(15)Å c=20.9526(15)Å

α=90.00° β=90.4360(10)° γ=90.00°

[Ni(C₇H₂₀N₄)](ClO₄)₂

Hatzipanayioti, D Veneris, A Parsons, S

Inorganica Chimica Acta (2007) 360, 2857-2861

a=9.9355(8)Å b=14.1122(11)Å c=10.9630(9)Å

α=90.00° β=90.550(6)° γ=90.00°

C₄₆H₄₂Cu₂N₄O₅

Selvakumar, P M Nadella, N Prathap, K J Kureshy, R I Suresh, E Subramanian, P S

Inorganica Chimica Acta (2011) 375, 1 106-113

a=16.4414(12)Å b=9.8667(7)Å c=24.3148(18)Å

α=90.00° β=90.6740(10)° γ=90.00°

C₄₄H₃₂Cl₄Cu₂N₄O₄

Selvakumar, P M Nadella, N Prathap, K J Kureshy, R I Suresh, E Subramanian, P S

Inorganica Chimica Acta (2011) 375, 1 106-113

a=12.891(12)Å b=13.324(11)Å c=23.68(2)Å

α=90.00° β=90.00° γ=90.00°

(C₂H₆Mo₂O₁₂Si)_2,2(C₂₄H₂₀P₁)

Salles, L Piquemal, J Y Mahha, Y Gentil,M Herson, P Bregeault, M

Polyhedron (2007) 26, 17 4786-4792

a=13.395(3)Å b=13.474(6)Å c=15.877(3)Å

α=76.99(3)° β=77.80(2)° γ=61.03(2)°

(C₈H₁₈Mo₂O₁₂Si)_2,2(C₂₄H₂₀P)

Salles, L Piquemal, J Y Mahha, Y Gentil, M Herson, P Bregeault, M

Polyhedron (2007) 26, 17 4786-4792

a=10.646(3)Å b=11.086(2)Å c=24.237(7)Å

α=100.81(2)° β=96.56(2)° γ=101.36(2)°

(C₂H₅Cl₁Mo₂O₁₂Si)_2,2(C₂₄H₂₀P)

Salles, L Piquemal, J Y Mahha, Y Gentil, M Herson, P Bregeault, M

Polyhedron (2007) 26, 17 4786-4792

a=13.467(3)Å b=13.548(3)Å c=15.931(3)Å

α=76.03(2)° β=79.39(2)° γ=61.18(2)°

C₄₈H₅₄Cl₄Mn₂N₄O₁₈

Corbella, M Gomez, V Garcia, B Rodriguez, E Albela, B Maestro, M A

Inorganica Chimica Acta (2011) 376, 1 456-462

a=12.5248(6)Å b=19.3128(9)Å c=23.8828(12)Å

α=81.046(2)° β=75.573(2)° γ=78.114(2)°

[C₃₄H₂₄Br₂Mn₂N₄O₅]₂(ClO₄)_,C₂H₆O_,0.33C₂H₃N

Corbella, M Gomez, V Garcia, B Rodriguez, E Albela, B Maestro, M A

Inorganica Chimica Acta (2011) 376, 1 456-462

a=25.4824(6)Å b=25.4824(6)Å c=35.0425(11)Å

α=90.00° β=90.00° γ=120.00°

Compound 3

C₁₀H₁₅N₃O₅Pt

Wilson, Justin J.Lippard, Stephen J.

Journal of medicinal chemistry (2012) 55, 11 5326-5336

a=9.4898(12)Å b=15.218(2)Å c=8.9436(12)Å

α=90.00° β=90.00° γ=90.00°

Compound 4

C₁₀H₁₂F₃N₃O₅Pt

Wilson, Justin J.Lippard, Stephen J.

Journal of medicinal chemistry (2012) 55, 11 5326-5336

a=18.336(2)Å b=7.1871(9)Å c=10.8106(13)Å

α=90.00° β=100.556(2)° γ=90.00°

C₂₆H₂₆O₈

Zhou, Hui Maris, Thierry Wuest, James D.

The Journal of Physical Chemistry C (2012) 116, 24 13052

a=9.3227(1)Å b=10.6215(2)Å c=13.2099(2)Å

α=76.492(1)° β=69.406(1)° γ=78.765(2)°

C₃₄H₃₀O₈

Zhou, Hui Maris, Thierry Wuest, James D.

The Journal of Physical Chemistry C (2012) 116, 24 13052

a=9.0092(2)Å b=9.5914(2)Å c=10.1026(1)Å

α=70.319(2)° β=66.113(1)° γ=65.792(1)°

C₄₀H₃₄O_8,CHCl₃

Zhou, Hui Maris, Thierry Wuest, James D.

The Journal of Physical Chemistry C (2012) 116, 24 13052

a=10.2725(2)Å b=15.2009(3)Å c=23.7310(4)Å

α=90° β=95.8960(10)° γ=90°

C₄₂H₃₄O_8,2(CHCl₃)

Zhou, Hui Maris, Thierry Wuest, James D.

The Journal of Physical Chemistry C (2012) 116, 24 13052

a=9.0194(7)Å b=10.2710(12)Å c=13.3188(11)Å

α=67.405(5)° β=73.348(3)° γ=64.216(4)°

C₁₆H₁₈S₄Si

Yzambart, Gilles Fabre, Bruno Camerel, Franck Roisnel, Thierry Lorcy, Dominique

The Journal of Physical Chemistry C (2012) 116, 22 12093

a=12.2489(8)Å b=9.5980(8)Å c=31.693(2)Å

α=90° β=96.914(3)° γ=90°

C₁₃H₁₀S₄

Yzambart, Gilles Fabre, Bruno Camerel, Franck Roisnel, Thierry Lorcy, Dominique

The Journal of Physical Chemistry C (2012) 116, 22 12093

a=7.5140(5)Å b=7.9218(8)Å c=22.6337(19)Å

α=90° β=93.267(3)° γ=90°