Crystallography Open Database

Result: there are 166 entries in the selection

Switch to the old layout of the page

Download all results as: list of COD numbers | list of CIF URLs | data in CSV format | archive of CIF files (ZIP)

Searching journal of publication like 'Powder Diffraction'

Left arrow Left arrow First | Left arrow Previous 100 | of 2 | Next 100 Blue right arrow | Last Blue right arrow Blue right arrow | Display 5 20 50 100 200 300 500 1000 entries per page

COD ID Up arrow Links Formula Blue up arrow Space group Up arrow Cell parameters Cell volume Up arrow Bibliography
1509113 CIFAg0.4 Ga1.6 YP 63/m m c4.438; 4.438; 7.224
90; 90; 120
123.22Dwight, A.E.
The Ca In2-type structure in Y Ag0.4 Ga1.6
Powder Diffraction, 1986, 1, 328-329
1507761 CIFAl F4 KP n m a8.3242; 7.2502; 11.8875
90; 90; 90
717.44Le Bail, A
Ab initio structure determination of theta-KAlF4 with edge-sharing AlF6 octahedra
Powder Diffraction, 2009, 24, 185-190
1507767 CIFAl F4 NaC m c m3.6121; 14.952; 5.2692
90; 90; 90
284.58Le Bail, A
Crystal structure of NaAlF4, a new aristotype
Powder Diffraction, 2009, 24, 301-305
9015084 CIFAl2 Ca6 H64 O50 S3P 3 1 c11.229; 11.229; 21.478
90; 90; 120
2345.34Goetz-Neunhoeffer F; Neubauer, J.
Refined ettringite (Ca6Al2(SO4)3(OH)12*26H2O) structure for quantitative X-ray diffraction analysis
Powder Diffraction, 2006, 21, 4-11
3000042 CIFAl2 Cs3 F9P 63/m m c6.2535; 6.2535; 14.7193
90; 90; 120
498.5Armel Le Bail; Lubomir Smrcok
Face-sharing octahedra in Cs~2~AlF~5~ and Cs~3~Al~2~F~9~
Powder Diffraction, 2015, 30, 130-138
3000041 CIFAl3 Cs6 F15P m n 216.36216; 12.7523; 11.4102
90; 90; 90
925.73Armel Le Bail; Lubomir Smrcok
Face-sharing octahedra in Cs~2~AlF~5~ and Cs~3~Al~2~F~9~
Powder Diffraction, 2015, 30, 130-138
1507769 CIFAl3 F12 H2 K3 OP m m n :27.0523; 12.1005; 6.7057
90; 90; 90
572.24Le Bail, A
Thermodiffractometry and crystal structures of the hexagonal-tungsten-bronze-related K3Al3F12.nH2O (n=2,1)
Powder Diffraction, 2009, 24, 292-300
1507768 CIFAl3 F12 H4 K3 O2P n m a13.5135; 7.04327; 12.2253
90; 90; 90
1163.59Le Bail, A
Thermodiffractometry and crystal structures of the hexagonal-tungsten-bronze-related K3Al3F12.nH2O (n=2,1)
Powder Diffraction, 2009, 24, 292-300
1520794 CIFAl5.84 Ca2.89 H32.64 O48.32 Si10.16I 1 2/a 19.8799; 10.2801; 9.8764
90; 90.113; 90
1003.11Artioli, G.; Marchi, M.
On the space group of garronite
Powder Diffraction, 1999, 14, 190-194
9017808 CIFAl7 Ca6 F0.87 O16I -4 3 d11.96269; 11.96269; 11.96269
90; 90; 90
1711.93Costa, U.; Ballirano, P.
Improved powder X-ray data for the cement phase Ca12Al14O32F2 (C11A7f)
Powder Diffraction, 2000, 15, 56-61
1511295 CIFB Pd3P n m a5.4602; 7.5596; 4.8417
90; 90; 90
199.851Ellner, M.; Mittemeijer, E.J.; Beck, M.
Powder diffraction data for borides Pd3 B and Pd5 B2 and the formation of an amorphous boride Pd2 B
Powder Diffraction, 2001, 16, 98-101
1525620 CIFB2 Pd5C 1 2/c 112.7759; 4.9497; 5.4704
90; 97.049; 90
343.316Beck, M.; Mittemeijer, E.J.; Ellner, M.
Powder diffraction data for borides Pd3 B and Pd5 B2 and the formation of an amorphous boride Pd2 B
Powder Diffraction, 2001, 16, 98-101
1531871 CIFBa Cs In2 O12 P3P 21 310.22854; 10.22854; 10.22854
90; 90; 90
1070.14Louer, D.; Moise, V.; Rulmont, A.; Liegeois-Duyckaerts, M.
A powder diffraction study of M(I) Ba In2 (P O4)3 (M(I) = Na, K, Cs) with a langbeinite-type structure
Powder Diffraction, 2002, 17, 1-6
1532348 CIFBa Dy4 O8 SrP n m a10.26111; 3.45219; 12.049
90; 90; 90
426.815Wong-Ng, W.; Dillingham, J.; Kaduk, J.A.
Crystal structures and reference diffraction patterns of Ba Sr R4 O9
Powder Diffraction, 2002, 17, 202-209
1532770 CIFBa Er4 O8 SrP n m a10.21534; 3.41465; 11.97533
90; 90; 90
417.721Wong-Ng, W.; Kaduk, J.A.; Dillingham, J.
Crystal structures and reference diffraction patterns of Ba Sr R4 O9
Powder Diffraction, 2002, 17, 202-209
1532342 CIFBa Eu4 O8 SrP n m a10.3306; 3.51847; 12.1936
90; 90; 90
443.212Wong-Ng, W.; Kaduk, J.A.; Dillingham, J.
Crystal structures and reference diffraction patterns of Ba Sr R4 O9
Powder Diffraction, 2002, 17, 202-209
1532345 CIFBa Gd4 O8 SrP n m a10.32655; 3.49713; 12.1722
90; 90; 90
439.578Wong-Ng, W.; Kaduk, J.A.; Dillingham, J.
Crystal structures and reference diffraction patterns of Ba Sr R4 O9
Powder Diffraction, 2002, 17, 202-209
1532351 CIFBa Ho4 O8 SrP n m a10.23438; 3.43224; 12.01585
90; 90; 90
422.079Wong-Ng, W.; Kaduk, J.A.; Dillingham, J.
Crystal structures and reference diffraction patterns of Ba Sr R4 O9
Powder Diffraction, 2002, 17, 202-209
1531868 CIFBa In2 K O12 P3P 21 310.12268; 10.12268; 10.12268
90; 90; 90
1037.26Louer, D.; Moise, V.; Liegeois-Duyckaerts, M.; Rulmont, A.
A powder diffraction study of M(I) Ba In2 (P O4)3 (M(I) = Na, K, Cs) with a langbeinite-type structure
Powder Diffraction, 2002, 17, 1-6
1531865 CIFBa In2 Na O12 P3P 21 310.02794; 10.02794; 10.02794
90; 90; 90
1008.41Louer, D.; Moise, V.; Liegeois-Duyckaerts, M.; Rulmont, A.
A powder diffraction study of M(I) Ba In2 (P O4)3 (M(I) = Na, K, Cs) with a langbeinite-type structure
Powder Diffraction, 2002, 17, 1-6
1532335 CIFBa La4 O8 SrP n m a10.5501; 3.692; 12.5663
90; 90; 90
489.47Wong-Ng, W.; Kaduk, J.A.; Dillingham, J.
Crystal structures and reference diffraction patterns of Ba Sr R4 O9
Powder Diffraction, 2002, 17, 202-209
1532780 CIFBa Lu4 O8 SrP n m a10.12504; 3.36249; 11.84691
90; 90; 90
403.332Wong-Ng, W.; Kaduk, J.A.; Dillingham, J.
Crystal structures and reference diffraction patterns of Ba Sr R4 O9
Powder Diffraction, 2002, 17, 202-209
1532337 CIFBa Nd4 O8 SrP n m a10.4012; 3.58727; 12.3393
90; 90; 90
460.403Wong-Ng, W.; Kaduk, J.A.; Dillingham, J.
Crystal structures and reference diffraction patterns of Ba Sr R4 O9
Powder Diffraction, 2002, 17, 202-209
1532340 CIFBa O8 Sm4 SrP n m a10.349; 3.54266; 12.2391
90; 90; 90
448.722Wong-Ng, W.; Dillingham, J.; Kaduk, J.A.
Crystal structures and reference diffraction patterns of Ba Sr R4 O9
Powder Diffraction, 2002, 17, 202-209
1532772 CIFBa O8 Sr Tm4P n m a10.17143; 3.40117; 11.92002
90; 90; 90
412.37Wong-Ng, W.; Kaduk, J.A.; Dillingham, J.
Crystal structures and reference diffraction patterns of Ba Sr R4 O9
Powder Diffraction, 2002, 17, 202-209
1532768 CIFBa O8 Sr Y4P n m a10.2434; 3.43107; 12.0221
90; 90; 90
422.527Wong-Ng, W.; Kaduk, J.A.; Dillingham, J.
Crystal structures and reference diffraction patterns of Ba Sr R4 O9
Powder Diffraction, 2002, 17, 202-209
1532776 CIFBa O8 Sr Yb4P n m a10.15475; 3.38199; 11.87965
90; 90; 90
407.986Wong-Ng, W.; Kaduk, J.A.; Dillingham, J.
Crystal structures and reference diffraction patterns of Ba Sr R4 O9
Powder Diffraction, 2002, 17, 202-209
1533137 CIFBa0.3 Mn O3 Pr0.7P n m a5.49; 7.7578; 5.5227
90; 90; 90
235.214Ellouze, M.; Boujelben, W.; Fuess, H.
Rietveld refinement X-ray powder data of Pr0.7 Ba0.3 Mn O3
Powder Diffraction, 2003, 18, 29-31
1526208 CIFBa1.08 Bi1.92 O9 Ta2I 4/m m m3.9325; 3.9325; 25.5069
90; 90; 90
394.453Paiva-Santos, C.O.; Mazon, T.; Zaghete, M.A.; Campos, A.L.; Varela, J.A.; Foschini, C.R.
Crystal structure of Ba Bi2 Ta2 O9
Powder Diffraction, 2000, 15, 134-138
1526970 CIFBa1.8 Ca0.19 Cu3 La0.2 O7.08 Y0.81P m m m3.8731; 3.8249; 11.6602
90; 90; 90
172.737Wu, X.S.; Wang, F.Z.; Jiang, S.S.
Structure determination and Rietveld refinement of Y0.8 Ca0.2 Ba1.8 La0.2 Cu3 Oy
Powder Diffraction, 2001, 16, 212-215
1541208 CIFBa2 Cu O5 TlP 4/m m m3.85; 3.85; 9.54
90; 90; 90
141.407Matheis, D.P.; Snyder, R.L.
The crystal structures and powder diffraction patterns of the bismuth and thallium Ruddlesden-Popper copper oxide superconductors
Powder Diffraction, 1990, 5, 8-24
1532371 CIFBa2 Cu3 La0.7 O6.97 Pr0.3P m m m3.9147; 3.8672; 11.7033
90; 90; 90
177.175Wu, X.S.; Wang, J.; Sha, H.; Yu, T.; Tan, W.S.; Hu, A.; Jiang, S.S.; Ding Yongfan
The crystal structure of La0.7 Pr0.3 Ba2 Cu3 Od ceramic compound
Powder Diffraction, 2002, 17, 25-29
1532568 CIFBa4 Eu3 F17R -3 :H11.1787; 11.1787; 20.5789
90; 90; 120
2227.08Achary, S.N.; Patwe, S.J.; Tyagi, A.K.
Powder XRD study of Ba4 Eu3 F17
Powder Diffraction, 2002, 17, 225-229
1533489 CIFBa4 F17 Nd3R -3 :H11.2818; 11.2818; 20.7788
90; 90; 120
2290.38Grover, V.; Patwe, S.J.; Achary, S.N.; Tyagi, A.K.
Synthesis and structural elucidation of Ba4 Nd3 F17: a powder XRD study
Powder Diffraction, 2002, 17, 326-330
1526950 CIFBa5 Dy8 O21 Zn4I 4/m13.80473; 13.80473; 5.72491
90; 90; 90
1091Wong-Ng, W.; Kaduk, J.A.; Dillingham, J.
Crystallographic studies and X-ray diffraction patterns of Ba5 R8 Zn4 O21 by Rietveld refinements
Powder Diffraction, 2001, 16, 131-143
1526952 CIFBa5 Er8 O21 Zn4I 4/m13.71838; 13.71838; 5.69019
90; 90; 90
1070.86Wong-Ng, W.; Kaduk, J.A.; Dillingham, J.
Crystallographic studies and X-ray diffraction patterns of Ba5 R8 Zn4 O21 by Rietveld refinements
Powder Diffraction, 2001, 16, 131-143
1526948 CIFBa5 Eu8 O21 Zn4I 4/m13.96062; 13.96062; 5.78483
90; 90; 90
1127.46Wong-Ng, W.; Dillingham, J.; Kaduk, J.A.
Crystallographic studies and X-ray diffraction patterns of Ba5 R8 Zn4 O21 by Rietveld refinements
Powder Diffraction, 2001, 16, 131-143
1526949 CIFBa5 Gd8 O21 Zn4I 4/m13.91895; 13.91895; 5.76822
90; 90; 90
1117.52Wong-Ng, W.; Kaduk, J.A.; Dillingham, J.
Crystallographic studies and X-ray diffraction patterns of Ba5 R8 Zn4 O21 by Rietveld refinements
Powder Diffraction, 2001, 16, 131-143
1526951 CIFBa5 Ho8 O21 Zn4I 4/m13.76577; 13.76577; 5.70754
90; 90; 90
1081.56Wong-Ng, W.; Kaduk, J.A.; Dillingham, J.
Crystallographic studies and X-ray diffraction patterns of Ba5 R8 Zn4 O21 by Rietveld refinements
Powder Diffraction, 2001, 16, 131-143
1526953 CIFBa5 O21 Tm8 Zn4I 4/m13.67323; 13.67323; 5.67492
90; 90; 90
1060.97Wong-Ng, W.; Kaduk, J.A.; Dillingham, J.
Crystallographic studies and X-ray diffraction patterns of Ba5 R8 Zn4 O21 by Rietveld refinements
Powder Diffraction, 2001, 16, 131-143
1526954 CIFBa5 O21 Yb8 Zn4I 4/m13.63502; 13.63502; 5.65846
90; 90; 90
1051.99Wong-Ng, W.; Kaduk, J.A.; Dillingham, J.
Crystallographic studies and X-ray diffraction patterns of Ba5 R8 Zn4 O21 by Rietveld refinements
Powder Diffraction, 2001, 16, 131-143
6000419 CIFBa7 Cl2 F12P -610.6373; 10.6373; 4.1724
90; 90; 120
408.86Es-Sakhi, B.; Gravereau, P.; Fouassier, C.
Ab initio determination and Rietveld refinement of the crystal structure of Ba7Cl2F12
Powder Diffraction, 1998, 13, 152-156
1532913 CIFBi0.5 K0.1 Na0.4 O3 TiR 3 c :H5.496; 5.496; 13.5063
90; 90; 120
353.314Jones, G.O.; Kreisel, J.; Thomas, P.A.
A structural study of the (Na1-x Kx)0.5 Bi0.5 Ti O3 perovskite series as a function of substitution (x) and temperature
Powder Diffraction, 2002, 17, 301-319
1532915 CIFBi0.5 K0.1 Na0.4 O3 TiP 4 b m5.5154; 5.5154; 3.8999
90; 90; 90
118.634Jones, G.O.; Kreisel, J.; Thomas, P.A.
A structural study of the (Na1-x Kx)0.5 Bi0.5 Ti O3 perovskite series as a function of substitution (x) and temperature
Powder Diffraction, 2002, 17, 301-319
1532916 CIFBi0.5 K0.2 Na0.3 O3 TiR 3 c :H5.5047; 5.5047; 13.5341
90; 90; 120
355.163Jones, G.O.; Kreisel, J.; Thomas, P.A.
A structural study of the (Na1-x Kx)0.5 Bi0.5 Ti O3 perovskite series as a function of substitution (x) and temperature
Powder Diffraction, 2002, 17, 301-319
1532918 CIFBi0.5 K0.2 Na0.3 O3 TiP 4 m m3.9032; 3.9032; 3.9112
90; 90; 90
59.587Jones, G.O.; Kreisel, J.; Thomas, P.A.
A structural study of the (Na1-x Kx)0.5 Bi0.5 Ti O3 perovskite series as a function of substitution (x) and temperature
Powder Diffraction, 2002, 17, 301-319
1532919 CIFBi0.5 K0.25 Na0.25 O3 TiR 3 c :H5.5207; 5.5207; 13.567
90; 90; 120
358.099Jones, G.O.; Kreisel, J.; Thomas, P.A.
A structural study of the (Na1-x Kx)0.5 Bi0.5 Ti O3 perovskite series as a function of substitution (x) and temperature
Powder Diffraction, 2002, 17, 301-319
1532920 CIFBi0.5 K0.25 Na0.25 O3 TiP 4 m m3.9136; 3.9136; 3.9289
90; 90; 90
60.176Jones, G.O.; Kreisel, J.; Thomas, P.A.
A structural study of the (Na1-x Kx)0.5 Bi0.5 Ti O3 perovskite series as a function of substitution (x) and temperature
Powder Diffraction, 2002, 17, 301-319
1532922 CIFBi0.5 K0.3 Na0.2 O3 TiP m -3 m3.9312; 3.9312; 3.9312
90; 90; 90
60.754Jones, G.O.; Kreisel, J.; Thomas, P.A.
A structural study of the (Na1-x Kx)0.5 Bi0.5 Ti O3 perovskite series as a function of substitution (x) and temperature
Powder Diffraction, 2002, 17, 301-319
1532924 CIFBi0.5 K0.5 O3 TiP 4 m m3.9388; 3.9388; 3.9613
90; 90; 90
61.456Jones, G.O.; Kreisel, J.; Thomas, P.A.
A structural study of the (Na1-x Kx)0.5 Bi0.5 Ti O3 perovskite series as a function of substitution (x) and temperature
Powder Diffraction, 2002, 17, 301-319
1526458 CIFBi2 O3P 1 21/c 15.8444; 8.1574; 7.5032
90; 112.97; 90
329.352Ivanov, S.A.; Orlov, V.G.; Tellgren, R.; Rundlof, H.
Structural studies of alpha-(Bi2 O3) by neutron powder diffraction
Powder Diffraction, 2001, 16, 227-230
1526947 CIFBi2.8 Ca1.2 O12 Sr4P 1 21/n 18.38898; 5.99334; 5.89586
90; 89.997; 90
296.432Wong-Ng, W.; Kaduk, J. A.; Huang, Q.; Roth, R. S.
Crystal structure of the monoclinic perovskite Sr~3.94~Ca~1.31~Bi~2.70~O~12~
Powder Diffraction, 2000, 15, 227-233
6000619 CIFBr O12 P3 Sr5P 63/m9.9641; 9.9641; 7.207
90; 90; 120
619.67Notzold, D.; Wulff, H.
Determining the crystal structure of Sr-5(PO4)(3)Br, a new compound in the apatite series, by powder diffraction modeling
Powder Diffraction, 1998, 13, 70-73
3000000 CIFC Ca O3A m a 28.4721; 7.1575; 4.1265
90; 90; 90
250.23Armel Le Bail; Salim Ouhenia; Daniel Chateigner
Microtwinning hypothesis for a more ordered vaterite model
Powder Diffraction, 2011, 26, 16-21
9015390 CIFC Ca O3R -3 c :H4.99029; 4.99029; 17.0687
90; 90; 120
368.114Sitepu, H.
Texture and structural refinement using neutron diffraction data from molybdite (MoO3) and calcite (CaCO3) powders and a Ni-rich Ni50.7Ti49.30 alloy Note: March model
Powder Diffraction, 2009, 24, 315-326
9015898 CIFC Ca O3P 63/m m c4.1304; 4.1304; 8.4749
90; 90; 120
125.213Le Bail, A.; Ouhenia, S.; Chateigner, D.
Microtwinning hypothesis for a more ordered vaterite model Note: Kamhi (1963) model, not preferred
Powder Diffraction, 2011, 26, 16-21
9016022 CIFC Ca O3R -3 c :H4.99026; 4.99026; 17.0684
90; 90; 120
368.103Sitepu, H.
Texture and structural refinement using neutron diffraction data from molybdite (MoO3) and calcite (CaCO3) powders and a Ni-rich Ni50.7Ti49.30 alloy Note: Generalized spherical-harmonic model
Powder Diffraction, 2009, 24, 315-326
9016547 CIFC Ca O3P b n m4.1291; 7.1581; 8.4764
90; 90; 90
250.533Le Bail, A.; Ouhenia, S.; Chateigner, D.
Microtwinning hypothesis for a more ordered vaterite model Note: Meyer (1959) model, not preferred
Powder Diffraction, 2011, 26, 16-21
6000745 CIFC H13 Co N5 O6.5P 1 21/n 110.5623; 22.7304; 7.5174
90; 91.35; 90
1804.32Wu, H. X.; Zhu, J. H.; Ma, L. D.; Shen, X. L.; Shi, G. S.
Powder diffraction of [Co(NH3)(5)CO3]NO3 .1/2H(2)O and [Co(NH3)(4)CO3]NO3 .1/2H(2)O
Powder Diffraction, 1998, 13, 32-34
6000744 CIFC H16 Co5 N6 O6.5P 1 21/m 17.6661; 9.6212; 7.0725
90; 106.261; 90
500.78Wu, H. X.; Zhu, J. H.; Ma, L. D.; Shen, X. L.; Shi, G. S.
Powder diffraction of [Co(NH3)(5)CO3]NO3 .1/2H(2)O and [Co(NH3)(4)CO3]NO3 .1/2H(2)O
Powder Diffraction, 1998, 13, 32-34
9014993 CIFC H5 Cl Mg2 O6R 3 c :H22.6791; 22.6791; 7.22336
90; 90; 120
3217.52Sugimoto, K.; Dinnebier, R. E.; Schlecht, T.
Crystal structure of dehydrated chlorartinite by X-ray powder diffraction Note: this is a dehydrated chlorartinite
Powder Diffraction, 2007, 22, 64-67
6000332 CIFC12 Co2 Cu3 N12Fm3m10.032; 10.032; 10.032
90; 90; 90
1009.63Malecki, G.; Ratuszna, A.
Crystal structure of cyanometallates Me-3[Co(CN)(6)](2) and KMe[Fe(CN)(6)] with Me = Mn2+, Ni2+ Cu2+
Powder Diffraction, 1999, 14, 25-30
6000333 CIFC12 Co2 Mn3 N12Fm3m10.413; 10.413; 10.413
90; 90; 90
1129.09Malecki, G.; Ratuszna, A.
Crystal structure of cyanometallates Me-3[Co(CN)(6)](2) and KMe[Fe(CN)(6)] with Me = Mn2+, Ni2+ Cu2+
Powder Diffraction, 1999, 14, 25-30
1521294 CIFC15.996 H30.666 Co2.666 Cu3.999 N15.996 O15.333F m -3 m10.032; 10.032; 10.032
90; 90; 90
1009.63Malecki, G.; Ratuszna, A.
Crystal structure of cyanometallates Me3 (Co (C N)6)2 and K Me (Fe (C N)6) with Me = Mn(2+), Ni(2+), Cu(2+)
Powder Diffraction, 1999, 14, 25-30
1521295 CIFC15.996 H30.666 Co2.666 Mn3.999 N15.996 O15.333F m -3 m10.413; 10.413; 10.413
90; 90; 90
1129.09Malecki, G.; Ratuszna, A.
Crystal structure of cyanometallates Me3 (Co (C N)6)2 and K Me (Fe (C N)6) with Me = Mn(2+), Ni(2+), Cu(2+)
Powder Diffraction, 1999, 14, 25-30
6000772 CIFC17 H21 Cl2 N OP 1 21/n 114.487; 9.878; 11.39
90; 91.66; 90
1629.25Henao, J. A.; Palma, A.; Kouznetsov, V. V.; Delgado, J. M.
X-ray powder diffraction data for two new N-substituted 3,4-dihydrospiro-2(1 H) quinolines
Powder Diffraction, 1999, 14, 249-252
6000205 CIFC18 H12 O2P 21 21 2115.265; 20.524; 3.99
90; 90; 90
1250.06Yatsenko, A. V.; Chernyshev, V. V.; Zhukov, S. G.; Sonneveld, E. J.; Schenk, H.
Crystal structure of 3-methoxybenzanthrone from X-ray powder diffraction
Powder Diffraction, 1999, 14, 133-135
6000771 CIFC18 H24 Cl N O2P 1 21/n 114.471; 9.6; 11.948
90; 93.21; 90
1657.23Henao, J. A.; Palma, A.; Kouznetsov, V. V.; Delgado, J. M.
X-ray powder diffraction data for two new N-substituted 3,4-dihydrospiro-2(1 H) quinolines
Powder Diffraction, 1999, 14, 249-252
1532688 CIFC2 Cl2 O4 Pb2C 1 2/m 15.9411; 5.8714; 9.4212
90; 95.232; 90
327.266Boudaren, C.; Auffredic, J.P.; Louer, M.; Louer, D.
A powder X-ray diffraction study of lead chloride oxalate Pb2 Cl2 (C2 O4): ab initio structure determination and thermal behaviour
Powder Diffraction, 2003, 18, 205-213
1521831 CIFC2 Fe5C 1 2/c 111.588; 4.579; 5.059
90; 97.746; 90
265.988Retief, J.J.
Powder diffraction data and Rietveld refinement of Haegg-carbide, chi-(Fe5 C2)
Powder Diffraction, 1999, 14, 130-132
1507771 CIFC20 H39 Ag O2P -14.1519; 4.7055; 53.555
89.473; 87.617; 76.329
1015.8Stephens, P W; Kaduk, J A; Blanton, T N; Whitcomb, D R; Misture, S T; Rajeswraran, M
Structure determination of the silver carboxylate dimer [Ag(O2C20H39)]2, silver arachidate, using powder X-ray diffraction methods
Powder Diffraction, 2012, 27, 99-103
1507774 CIFC22 H43 Ag O2P -14.1769; 4.7218; 58.3385
89.44; 89.634; 75.854
1115.63Blanton, T N; Rajeswraran, M; Stephens, P W; Whitcomb, D R; Misture, S T; Kaduk, J A
Crystal structure determination of the silver carboxylate dimer [Ag(O2C22H43)]2, silver behenate, using powder X-ray diffraction methods
Powder Diffraction, 2011, 26, 313-320
1000003 CIFC3 O6 SrP 1 21/c 17.9661; 9.205; 7.3198
90; 102.104; 90
524.8G. Vanhoyland; M.K. Van Bael; J. Mullens; L.C. Van Poucke
Structure determination of anhydrous acid strontium oxalate by conventional X-ray powder diffraction
Powder Diffraction, 2001, 16, 224-226
3000001 CIFC4 H16 F8 O4 S2 Zr2C m c a7.8266; 13.5847; 15.6119
90; 90; 90
1659.89Youping Gao; Armel Le Bail
Di-mu-fluoro-bis[aqua-(dimethyl sulfoxide)-trifluorozirconium(IV)]
Powder Diffraction, 2010, 25, 329
3000009 CIFC5 H10 N3 O4 PI 1 2/c 116.0725; 7.7301; 14.6189
90; 96.8695; 90
1803.24Armel Le Bail; Lubomir Smrcok
Ab initio structure determination of 3,4-diaminopyridin-1-ium dihydrogen phosphate
Powder Diffraction, 2011, 26, 321
6000773 CIFC5 H7 N5 O317.356; 3.528; 11.285
90; 93.23; 90
1912.6Tettenhorst, R. T.; Gerkin, R. E.
X-ray powder diffraction data for ammonium hydrogen (acid) urate, NH4C5H3N4O3
Powder Diffraction, 1999, 14, 305-307
6000334 CIFC6 Fe K N6 NiFm3m10.234; 10.234; 10.234
90; 90; 90
1071.86Malecki, G.; Ratuszna, A.
Crystal structure of cyanometallates Me-3[Co(CN)(6)](2) and KMe[Fe(CN)(6)] with Me = Mn2+, Ni2+ Cu2+
Powder Diffraction, 1999, 14, 25-30
1531362 CIFC6 H16 Fe Mn2 N6 O8P 1 21/n 19.3656; 12.2731; 7.4816
90; 98.649; 90
850.193Gomez, A.; Lara, V.H.; Bosch, P.; Reguera, E.
The structure of two manganese hexacyanometallates(II): Mn2 (Fe (C N)6) * 8(H2 O) and Mn2 (Os (C N)6) *8(H2 O)
Powder Diffraction, 2002, 17, 144-148
1531363 CIFC6 H16 Mn2 N6 O8 OsP 1 21/n 19.4922; 12.493; 7.6013
90; 98.695; 90
891.048Gomez, A.; Lara, V.H.; Bosch, P.; Reguera, E.
The structure of two manganese hexacyanometallates(II): Mn2 (Fe (C N)6) * 8(H2 O) and Mn2 (Os (C N)6) *8(H2 O)
Powder Diffraction, 2002, 17, 144-148
1521296 CIFC6 H2 Fe K Mn N6 OP 1 21/c 110.108; 10.104; 10.114
90; 92.93; 90
1031.6Malecki, G.; Ratuszna, A.
Crystal structure of cyanometallates Me3 (Co (C N)6)2 and K Me (Fe (C N)6) with Me = Mn(2+), Ni(2+), Cu(2+)
Powder Diffraction, 1999, 14, 25-30
6000335 CIFC6 H4 Fe K Mn N6 O2P 1 21/c 110.108; 10.104; 10.114
90; 92.93; 90
1031.6Malecki, G.; Ratuszna, A.
Crystal structure of cyanometallates Me-3[Co(CN)(6)](2) and KMe[Fe(CN)(6)] with Me = Mn2+, Ni2+ Cu2+
Powder Diffraction, 1999, 14, 25-30
6000289 CIFC7 H11 N3 O3P 1 21/c 112.426; 12.173; 6.656
90; 100.19; 90
991De Armas, H. N.; Hernandez, R. G.; Rivera, A. B.; Hernandez, R. P.; Martinez, I. H.
Crystal pseudopolymorphism of secnidazole bulk drug, C7H11N3O3
Powder Diffraction, 1999, 14, 136-141
1500024 CIFC7 H17 Cl N2 O2P 1 21/n 18.8749; 16.4118; 7.1373
90; 93.8031; 90
1037.28Armel Le Bail
<i>Ab initio</i> structure determination of bethanechol chloride
Powder Diffraction, 2010, 25
1507773 CIFC7 H6 Al N O6P -16.7813; 7.4944; 8.5013
95.257; 102.478; 108.979
392.733Stahl, K; Brink, B; Andersen, J
Structure determination of a novel metal-organic compound synthesized from aluminum and 2,5-pyridinedicarboxylic acid
Powder Diffraction, 2011, S44-S46
6000221 CIFC9 H12 N4 O4P 1 21/a 111.599; 11.55; 8.575
90; 110.76; 90
1074.19Chernyshev, V. V.; Yatsenko, A. V.; Tafeenko, V. A.; Sonneveld, E. J.; Schenk, H.; Makarov, V. A.
Crystal and molecular structure of 1-amino-4-methoxycarbonyl-3-methyl-8-oxopyrazolo[1,5-a]pyrimidine monohydrate from laboratory powder data
Powder Diffraction, 1999, 14, 289-292
9017809 CIFCa O4 SA m m a7.00032; 6.99234; 6.24097
90; 90; 90
305.487Antao, S.
Crystal-structure analysis of four mineral samples of anhydrite, Ca(SO4), using synchrotron high-resolution powder X-ray diffraction data
Powder Diffraction, 2011, 26, 326-330
9017810 CIFCa O4 SA m m a7.00071; 6.99274; 6.24125
90; 90; 90
305.535Antao, S.
Crystal-structure analysis of four mineral samples of anhydrite, Ca(SO4), using synchrotron high-resolution powder X-ray diffraction data
Powder Diffraction, 2011, 26, 326-330
9017811 CIFCa O4 SA m m a7.00136; 6.99339; 6.24171
90; 90; 90
305.614Antao, S.
Crystal-structure analysis of four mineral samples of anhydrite, Ca(SO4), using synchrotron high-resolution powder X-ray diffraction data
Powder Diffraction, 2011, 26, 326-330
1522195 CIFCa0.85 O6 Pt Sr3.15R -3 c :H9.724; 9.724; 11.5214
90; 90; 120
943.465Wong-Ng, W.; Swartzendruber, L.J.; Kaduk, J.A.; Brown, H.J.; Young, R.A.; Jiang, F.
Investigation of (Sr4-d Cad) Pt O6 using X-ray Rietveld refinement
Powder Diffraction, 1999, 14, 181-189
9012498 CIFCa1.011 Ce3.989 O13 Si3P 63/m9.4343; 9.4343; 6.8885
90; 90; 120
530.976Skakle, J. M. S.; Dickson, C. L.; Glasser, F. P.
The crystal structures of CeSiO4 and Ca2Ce8(SiO4)6O2
Powder Diffraction, 2000, 15, 234-238
1522197 CIFCa1.855 O6 Pt Sr2.145R -3 c :H9.6153; 9.6153; 11.4284
90; 90; 120
915.044Wong-Ng, W.; Kaduk, J.A.; Young, R.A.; Jiang, F.; Swartzendruber, L.J.; Brown, H.J.
Investigation of (Sr4-d Cad) Pt O6 using X-ray Rietveld refinement
Powder Diffraction, 1999, 14, 181-189
1522199 CIFCa2.906 O6 Pt Sr1.094R -3 c :H9.478; 9.478; 11.3301
90; 90; 120
881.45Wong-Ng, W.; Brown, H.J.; Kaduk, J.A.; Jiang, F.; Young, R.A.; Swartzendruber, L.J.
Investigation of (Sr4-d Cad) Pt O6 using X-ray Rietveld refinement
Powder Diffraction, 1999, 14, 181-189
9012719 CIFCa5 F O12 S1.5 Si1.5P 63/m9.44174; 9.44174; 6.93964
90; 90; 120
535.762Pajares, I.; De la Torre, A. G.; Martinez-Ramirez S; Puertas, F.; Blanco-Varela M T; Aranda, M. A. G.
Quantitative analysis of mineralized white Portland clinkers: The structure of fluorellestadite Locality: synthetic
Powder Diffraction, 2002, 17, 281-286
6000780 CIFCd4 Ge Se6C 1 c 112.847; 7.407; 12.854
90; 109.82; 90
1150.7Henao, J. A.; Delgado, J. M.; Quintero, M.
X-ray powder diffraction data and structural study of Cd4GeSe6
Powder Diffraction, 1998, 13, 202-209
1525852 CIFCd4 H9 O11.5 SP 639.145; 9.145; 15.099
90; 90; 120
1093.57Louer, D.; Rius, J.; Louer, M.; Bennard-Rocherulle, P.
Structural study of cadmium hydroxide sulfates. VI. The layer structure of Cd4 S O4 (O H)6 * 1.5(H2 O) studied from X-ray powder and single-crystal diffraction data
Powder Diffraction, 2001, 16, 86-91
1539679 CIFCd5 H12 N2 O16C 1 2/m 118.931; 6.858; 5.931
90; 94.85; 90
767.258Benard, P.; Louer, D.; Louer, M.
Solving the crystal structure of Cd5 (O H)8 (N O3)2 (H2 O)2 from powder diffraction data. A comparison with single crystal data
Powder Diffraction, 1991, 6, 10-15
9012497 CIFCe O4 SiI 41/a m d :26.9564; 6.9564; 6.1953
90; 90; 90
299.8Skakle, J. M. S.; Dickson, C. L.; Glasser, F. P.
The crystal structures of CeSiO4 and Ca2Ce8(SiO4)6O2
Powder Diffraction, 2000, 15, 234-238
1548619 CIFCe0.5 Nd0.5 O1.75I a -311.00425; 11.00425; 11.00425
90; 90; 90
1332.54Chakraborty, K. R.; Krishna, P. S. R.; Chavan, S. V.; Tyagi, A. K.
A neutron diffraction study on ceria - neodia solid solutions
Powder Diffraction, 2006, 21, 36-39
1533309 CIFCe0.68 O1.81 Y0.32F m -3 m5.3942; 5.3942; 5.3942
90; 90; 90
156.957Chakraborty, K.R.; Chavan, S.V.; Tyagi, A.K.
A neutron diffraction study on a typical highly defective ceria - yttria solid solution
Powder Diffraction, 2002, 17, 278-280
9013973 CIFCl2 Hg7 O3P b m a11.777; 13.891; 6.46
90; 90; 90
1056.82Roberts, A. C.; Grice, J. D.; Gault, R. A.; Criddle, A. J.; Erd, R. C.
Hanawaltite, Hg1+6Hg2+[Cl,(OH)]2O3 - A new mineral from the Clear Creek claim, San Benito County, California: Description and crystal structure
Powder Diffraction, 1996, 11, 45-50

Left arrow Left arrow First | Left arrow Previous 100 | of 2 | Next 100 Blue right arrow | Last Blue right arrow Blue right arrow | Display 5 20 50 100 200 300 500 1000 entries per page

Back to the search form
Your own data is not in the COD? Deposit it, thanks!