Structures by: Bordet P.


Structures by: Bordet P.

Results: 105


#NameUnit Cell
1004018Thulium copper oxide
Physica C (1992) 193, 178-188
a=3.83
b=3.83
c=11.6
α= 90
β= 90
γ= 90
V = 170.159
1008355Yttrium barium copper oxide (.9/2.1/3/6) - prepared at T = 950 C
Nature (London) (1987) 327, 687-689
a=3.8715(6)
b=3.8715(6)
c=11.738(2)
α= 90
β= 90
γ= 90
V = 175.9
1008356Iron(II) diniobate
Journal of Solid State Chemistry (1986) 64, 30-46
a=14.2661(2)
b=5.7334(1)
c=5.0495(1)
α= 90
β= 90
γ= 90
V = 413.0
1008359Potassium dihydrogen triiodate
Solid State Ionics (1986) 21, 243-254
a=8.266(2)
b=8.200(2)
c=8.180(2)
α= 66.08(2)
β= 60.16(2)
γ= 71.06(2)
V = 434.3
1008360Potassium dihydrogen triiodate
Solid State Ionics (1986) 21, 243-254
a=8.266(2)
b=8.200(2)
c=8.180(2)
α= 66.08(2)
β= 60.16(2)
γ= 71.06(2)
V = 434.3
1008369Diyttrium tetrabarium heptacuprate
Nature (London) (1988) 334, 596-598
a=3.851(1)
b=3.869(1)
c=50.29(2)
α= 90
β= 90
γ= 90
V = 749.3
1008426Yttrium barium copper iron oxide (1/2/2.8/.2/7.1)
Solid State Communications (1988) 66, 435-439
a=3.8674(0)
b=3.8674(0)
c=11.6687(2)
α= 90
β= 90
γ= 90
V = 174.5
1008448Yttrium barium copper oxide (1/2/4/8.1)
Journal of the Less-Common Metals (1989) 150, 129-137
a=3.8415(3)
b=3.8707(3)
c=27.240(2)
α= 90
β= 90
γ= 90
V = 405.0
1008489Trilead tristrontium copper(I) dicopper octaoxide chloride
Physica C: Superconductivity and Its Applications (Amsterdam, Netherlands) (1990) 167, 1-2 67-74
a=5.444(10)
b=5.495(10)
c=19.49(3)
α= 90
β= 90
γ= 90
V = 583.0
1008490Yttrium barium copper gold oxide (1/2/2.9/0.1/6.5)
Physica C (Amsterdam) (152,1988-) (1990) 172, 183-189
a=3.842(1)
b=3.878(1)
c=11.765(2)
α= 90
β= 90
γ= 90
V = 175.3
1008498Tristrontium copper platinum(IV) oxide
Acta Crystallographica B (39,1983-) (1992) 48, 1-11
a=9.317(4)
b=9.720(4)
c=6.685(3)
α= 90
β= 91.95(2)
γ= 90
V = 605.1
1008515Vanadium oxide (5/9)
Journal of Solid State Chemistry (1991) 92, 380-385
a=7.0050(15)
b=8.3629(15)
c=10.9833(17)
α= 91.98(2)
β= 108.34(2)
γ= 110.39(2)
V = 564.9
1008536Vanadium oxide (5/9)
Journal of Solid State Chemistry (1991) 92, 380-385
a=7.002(2)
b=8.3516(20)
c=10.9052(23)
α= 91.91(2)
β= 108.39(2)
γ= 110.50(2)
V = 559.4
1008567Barium strontium copper oxide carbonate (1/1/1/2.05/1)
Physica C (Amsterdam) (152,1988-) (1992) 195, 335-344
a=5.5899(2)
b=5.5899(2)
c=7.7153(3)
α= 90
β= 90
γ= 90
V = 241.1
1008572Lanthanum copper oxide (2/1/4)
Materials Research Society Symposia Proceedings (1990) 169, 47-52
a=5.350(1)
b=13.148(6)
c=5.398(3)
α= 90
β= 90
γ= 90
V = 379.7
1008573Lanthanum copper oxide (2/1/4.02)
Materials Research Society Symposia Proceedings (1990) 169, 47-52
a=5.350(1)
b=13.148(6)
c=5.398(3)
α= 90
β= 90
γ= 90
V = 379.7
1008595Lithium titanium oxide (0.9/2/4)
Journal of Alloys Compd. (1993) 195, 81-84
a=8.398(1)
b=8.398(1)
c=8.398(1)
α= 90
β= 90
γ= 90
V = 592.3
1008596Lithium titanium oxide (0.9/2/4)
Journal of Alloys Compd. (1993) 195, 81-84
a=8.387(1)
b=8.387(1)
c=8.387(1)
α= 90
β= 90
γ= 90
V = 590.0
1008597Lithium titanium oxide (0.9/2/4)
Journal of Alloys Compd. (1993) 195, 81-84
a=8.386(1)
b=8.386(1)
c=8.386(1)
α= 90
β= 90
γ= 90
V = 589.7
1008636Lithium iron oxide (9.3/21.3/32)
Solid State Ionics (1993) 66, 259-265
a=8.4325(8)
b=8.4325(1)
c=8.4325(1)
α= 90
β= 90
γ= 90
V = 599.6
1008637Lithium iron oxide (9.1/21.3/32)
Solid State Ionics (1993) 66, 259-265
a=8.4328(8)
b=8.4328(1)
c=8.4328(1)
α= 90
β= 90
γ= 90
V = 599.7
1008644Lanthanum vanadate(III)
Journal of Solid State Chemistry (1993) 106, 253-270
a=5.55548(4)
b=7.84868(6)
c=5.55349(5)
α= 90
β= 90
γ= 90
V = 242.1
1008645Lanthanum vanadate(III)
Journal of Solid State Chemistry (1993) 106, 253-270
a=5.55810(4)
b=7.83421(6)
c=5.54862(5)
α= 90
β= 90
γ= 90
V = 241.6
1008646Lanthanum vanadate(III)
Journal of Solid State Chemistry (1993) 106, 253-270
a=5.59360(4)
b=7.75951(5)
c=5.56490(3)
α= 90
β= 90
γ= 90.1250(4)
V = 241.5
1008647Lanthanum vanadate(III)
Journal of Solid State Chemistry (1993) 106, 253-270
a=5.5917(3)
b=7.7516(4)
c=5.5623(3)
α= 90
β= 90
γ= 90.129(6)
V = 241.1
1008649Yttrium barium copper oxide (1/2/3/6.9)
Physical Review, Serie 3. B - Condensed Matter (18,1978-) (1993) 48, 14 10638-10641
a=3.8184(3)
b=3.8857(2)
c=11.701(1)
α= 90
β= 90
γ= 90
V = 173.6
1008671Lithium niobium(III) oxide
Physica C (Amsterdam) (152,1988-) (1994) 235, 745-746
a=2.9210(9)
b=2.9210(9)
c=10.459(4)
α= 90
β= 90
γ= 120
V = 77.3
1008672Lithium niobium oxide (0.8/1/2)
Physica C (Amsterdam) (152,1988-) (1994) 235, 745-746
a=2.9239(4)
b=2.9239(4)
c=20.91299(200)
α= 90
β= 90
γ= 120
V = 154.8
1008673Uranium osmium silicide (2/3.3/0.7)
Journal of Alloys and Compounds (1994) 209, 1-2 251-255
a=7.436(2)
b=7.436(2)
c=7.436(2)
α= 90
β= 90
γ= 90
V = 411.2
1008674Mercury barium calcium copper oxide (0.69/2/2/3/8.6)
Physica C (Amsterdam) (152,1988-) (1995) 243, 222-232
a=3.86521(7)
b=3.86521(7)
c=15.6486(4)
α= 90
β= 90
γ= 90
V = 233.8
1008675Mercury barium copper oxide (0.96/2/1/4.34)
Physica C (Amsterdam) (152,1988-) (1995) 245, 207-211
a=3.86390(4)
b=3.86390(4)
c=9.4771(2)
α= 90
β= 90
γ= 90
V = 141.5
1008676Mercury barium copper oxide (0.98/2/1/4.34)
Physica C (Amsterdam) (152,1988-) (1995) 245, 207-211
a=3.86586(5)
b=3.86586(5)
c=9.4764(3)
α= 90
β= 90
γ= 90
V = 141.6
1008678Erbium iridium silicide (4/13/9)
Journal of Alloys Compd. (1995) 218, 197-203
a=18.84799(300)
b=10.918(2)
c=3.9153(5)
α= 90
β= 90
γ= 90
V = 805.7
1008679Cerium iridium silicide (1/3/2)
Journal of Alloys Compd. (1995) 218, 197-203
a=7.1838(2)
b=9.7373(3)
c=5.6018(2)
α= 90
β= 90
γ= 90
V = 391.9
1008697Zirconium titanium oxide (5/7/24)
Journal of Solid State Chemistry (1986) 64, 30-46
a=14.3574(6)
b=5.3247(3)
c=5.0200(2)
α= 90
β= 90
γ= 90
V = 383.8
1008704Ammonium dihydrogen tris(iodate)
Solid State Ionics (1986) 21, 243-254
a=8.396(2)
b=8.363(2)
c=8.207(2)
α= 65.57(2)
β= 60.13(2)
γ= 70.33(2)
V = 448.7
1008705Ammonium dihydrogen tris(iodate)
Solid State Ionics (1986) 21, 243-254
a=8.396(2)
b=8.363(2)
c=8.207(2)
α= 65.57(2)
β= 60.13(2)
γ= 70.33(2)
V = 448.7
1008723Mercury barium copper oxide (1/2/1/4.12)
Journal of Superconductivity (1995) 8, 4 507-510
a=3.87320(2)
b=3.87320(2)
c=9.48088(8)
α= 90
β= 90
γ= 90
V = 142.2
1008771Mercury gold barium calcium copper oxide (0.69/0.17/2/2/3/8.30)
Physica C (Amsterdam) (152,1988-) (1996) 262, 151-158
a=3.8464(2)
b=3.8464(2)
c=15.739(1)
α= 90
β= 90
γ= 90
V = 232.9
1008790Zirconium titanium oxide (0.5/0.5/2) - HT
Journal of Solid State Chemistry (1986) 64, 30-46
a=4.8042(2)
b=5.4825(3)
c=5.0313(2)
α= 90
β= 90
γ= 90
V = 132.5
1008791Spinel (Li, Ti)
Physica C (Amsterdam) (152,1988-) (1994) 235, 747-748
a=8.4210(7)
b=8.4210(7)
c=8.4210(7)
α= 90
β= 90
γ= 90
V = 597.2
1008792Spinel (Li, Ti)
Physica C (Amsterdam) (152,1988-) (1994) 235, 747-748
a=8.4160(6)
b=8.4160(6)
c=8.4160(6)
α= 90
β= 90
γ= 90
V = 596.1
1008793Spinel (Li, Ti)
Physica C (Amsterdam) (152,1988-) (1994) 235, 747-748
a=8.4030(6)
b=8.4030(6)
c=8.4030(6)
α= 90
β= 90
γ= 90
V = 593.3
1008814Gold barium yttrium calcium copper oxide (1/2/0.7/0.3/2/7)
Physica C (Amsterdam) (152,1988-) (1997) 276, 237-244
a=3.8298(5)
b=3.8420(5)
c=12.111(1)
α= 90
β= 90
γ= 90
V = 178.2
1008815Strontium bismuth trioxide
Nature (London) (1997) 390, 148-150
a=5.9480(2)
b=6.0951(2)
c=8.4854(3)
α= 90
β= 90.063(6)
γ= 90
V = 307.6
1008816Strontium potassium bismuth oxide (0.44/0.56/1/3)
Nature (London) (1997) 390, 148-150
a=5.9416(2)
b=5.9416(2)
c=8.4394(4)
α= 90
β= 90
γ= 90
V = 297.9
1008817Mercury barium copper oxide sulfate(VI) (0.88/2/1/4.15/0.18)
Physica C (Amsterdam) (152,1988-) (1997) 282, 65-68
a=3.8986(2)
b=3.8986(2)
c=9.2466(6)
α= 90
β= 90
γ= 90
V = 140.5
1008818Gold barium yttrium calcium copper oxide (1/2/0.7/0.3/2/7)
Physica C (Amsterdam) (152,1988-) (1997) 282, 951-952
a=3.8298(5)
b=3.8420(5)
c=12.111(1)
α= 90
β= 90
γ= 90
V = 178.2
1008819Mercury barium copper oxide (1/2/1/4.34)
Superconductor Science and Technology (1997) 10, 8 598-604
a=3.8816(1)
b=3.8816(1)
c=9.5163(3)
α= 90
β= 90
γ= 90
V = 143.4
1008820Mercury barium copper oxide (1/2/1/4.27)
Superconductor Science and Technology (1997) 10, 8 598-604
a=3.8792(1)
b=3.8792(1)
c=9.5117(2)
α= 90
β= 90
γ= 90
V = 143.1
1008821Mercury barium copper oxide (1/2/1/4.01)
Superconductor Science and Technology (1997) 10, 8 598-604
a=3.8776(1)
b=3.8776(1)
c=9.5005(3)
α= 90
β= 90
γ= 90
V = 142.8
1008822Mercury barium copper oxide (1/2/1/4.27)
Superconductor Science and Technology (1997) 10, 8 598-604
a=3.8793(1)
b=3.8793(1)
c=9.5050(1)
α= 90
β= 90
γ= 90
V = 143.0
1008823Mercury barium copper oxide (1/2/1/4.24)
Superconductor Science and Technology (1997) 10, 8 598-604
a=3.8751(1)
b=3.8751(1)
c=9.4852(1)
α= 90
β= 90
γ= 90
V = 142.4
1008824Mercury barium copper oxide (1/2/1/4.31)
Superconductor Science and Technology (1997) 10, 8 598-604
a=3.8784(1)
b=3.8784(1)
c=9.4903(1)
α= 90
β= 90
γ= 90
V = 142.8
1008857Yttrium barium copper oxide (1/2/2.8/7)
Physical Review, Serie 3. B - Condensed Matter (18,1978-) (1993) 47, 6 3465-3468
a=3.8764(4)
b=3.8764(4)
c=11.624(1)
α= 90
β= 90
γ= 90
V = 174.7
1008858Uranium ruthenium silicide (2/2.8/1.2)
Journal of Alloys Compd. (1994) 209, 251-255
a=5.501(2)
b=5.501(2)
c=11.367(3)
α= 90
β= 90
γ= 120
V = 297.9
1008863Mercury barium calcium copper oxide (1/2/2/3/8.16)
Physical Review, Serie 3. B - Condensed Matter (18,1978-) (1995) 52, 15551-15557
a=3.85159(3)
b=3.85159
c=15.7644(4)
α= 90
β= 90
γ= 90
V = 233.9
1008864Mercury barium calcium copper oxide (1/2/2/3/8.16)
Physical Review, Serie 3. B - Condensed Matter (18,1978-) (1995) 52, 15551-15557
a=3.8089(3)
b=3.8089(3)
c=15.400(4)
α= 90
β= 90
γ= 90
V = 223.4
1008865Mercury barium calcium copper oxide (1/2/2/3/8.16)
Physical Review, Serie 3. B - Condensed Matter (18,1978-) (1995) 52, 15551-15557
a=3.7608(6)
b=3.7608(6)
c=15.018(7)
α= 90
β= 90
γ= 90
V = 212.4
1009001Gallium arsenate(V)
Journal of Solid State Chemistry (1999) 146, 114-123
a=4.9942(1)
b=4.9942(1)
c=11.3816(13)
α= 90
β= 90
γ= 120
V = 245.8
1009002Gallium arsenate(V)
Journal of Solid State Chemistry (1999) 146, 114-123
a=4.997(1)
b=4.997(1)
c=11.379(3)
α= 90
β= 90
γ= 120
V = 246.1
1009003Gallium arsenate(V)
Journal of Solid State Chemistry (1999) 146, 114-123
a=5.007(1)
b=5.007(1)
c=11.391(3)
α= 90
β= 90
γ= 120
V = 247.3
1009004Gallium arsenate(V)
Journal of Solid State Chemistry (1999) 146, 114-123
a=5.011(1)
b=5.011(1)
c=11.388(3)
α= 90
β= 90
γ= 120
V = 247.6
1009005Gallium arsenate(V)
Journal of Solid State Chemistry (1999) 146, 114-123
a=5.017(1)
b=5.017(1)
c=11.401(3)
α= 90
β= 90
γ= 120
V = 248.5
1009006Gallium arsenate(V)
Journal of Solid State Chemistry (1999) 146, 114-123
a=5.025(1)
b=5.025(1)
c=11.408(3)
α= 90
β= 90
γ= 120
V = 249.5
1009007Gallium arsenate(V)
Journal of Solid State Chemistry (1999) 146, 114-123
a=5.033(1)
b=5.033(1)
c=11.411(3)
α= 90
β= 90
γ= 120
V = 250.3
1009008Gallium arsenate(V)
Journal of Solid State Chemistry (1999) 146, 114-123
a=5.040(1)
b=5.040(1)
c=11.408(3)
α= 90
β= 90
γ= 120
V = 251.0
1009009Gallium arsenate(V)
Journal of Solid State Chemistry (1999) 146, 114-123
a=5.051(1)
b=5.051(1)
c=11.421(3)
α= 90
β= 90
γ= 120
V = 252.3
1009010Gallium arsenate(V)
Journal of Solid State Chemistry (1999) 146, 114-123
a=5.059(1)
b=5.059(1)
c=11.424(3)
α= 90
β= 90
γ= 120
V = 253.2
1009011Strontium potassium dibismuthate (1.6/1.4/1)
Journal of Solid State Chemistry (1999) 144, 405-408
a=4.1549(1)
b=4.1549(1)
c=21.82729(60)
α= 90
β= 90
γ= 90
V = 376.8
1520857Li27.84 Ti36.816 Nb1.344 O90
Journal of Solid State Chemistry (2000) 152, 546-553
a=5.0744
b=5.0744
c=69.94049
α= 90
β= 90
γ= 120
V = 1559.656
1520860Li27.84 Ti36.816 Nb1.344 O90
Journal of Solid State Chemistry (2000) 152, 546-553
a=5.126
b=5.126
c=70.6122
α= 90
β= 90
γ= 120
V = 1606.821
1520868Sr1.25 Bi0.75 O3
Journal of Solid State Chemistry (2000) 150, 316-323
a=5.94761
b=6.09707
c=8.48555
α= 90
β= 90.042
γ= 90
V = 307.711
1520874(Sr0.4 K0.6) Bi O3
Journal of Solid State Chemistry (2000) 150, 316-323
a=5.92803
b=5.92803
c=8.4301
α= 90
β= 90
γ= 90
V = 296.247
1520877(Sr0.4 K0.6) Bi O2.84
Journal of Solid State Chemistry (2000) 150, 316-323
a=5.95493
b=5.95493
c=8.4508
α= 90
β= 90
γ= 90
V = 299.675
1520878(Sr0.4 K0.6) Bi O2.66
Journal of Solid State Chemistry (2000) 150, 316-323
a=5.96045
b=5.96045
c=8.4545
α= 90
β= 90
γ= 90
V = 300.363
1520879(Sr0.4 K0.6) Bi O2.62
Journal of Solid State Chemistry (2000) 150, 316-323
a=5.9655
b=5.9655
c=8.4581
α= 90
β= 90
γ= 90
V = 301.000
1520880(Sr0.4 K0.6) Bi O2.53
Journal of Solid State Chemistry (2000) 150, 316-323
a=5.97122
b=5.97122
c=8.4648
α= 90
β= 90
γ= 90
V = 301.816
1521873(V O)2 (P2 O7)
Journal of Solid State Chemistry (2000) 153, 124-131
a=7.571
b=9.536
c=8.362
α= 90
β= 90
γ= 90
V = 603.712
1525765Y Ba2 (Re O6)
Physica C (Amsterdam) (2001) 355, 267-277
a=8.274
b=8.274
c=8.274
α= 90
β= 90
γ= 90
V = 566.430
1525766(Cu0.9 Re0.1) Ba2 Y Cu2 O7.049
Physica C (Amsterdam) (2001) 355, 267-277
a=3.84192
b=3.87655
c=11.69134
α= 90
β= 90
γ= 90
V = 174.124
1525767(Cu0.85 Re0.15) Ba2 Y Cu2 O7
Physica C (Amsterdam) (2001) 355, 267-277
a=3.84602
b=3.87911
c=11.73153
α= 90
β= 90
γ= 90
V = 175.024
1528509Y Cu O2.5
Solid State Sciences (2006) 8, 457-461
a=6.1869
b=11.2066
c=7.1484
α= 90
β= 90
γ= 90
V = 495.628
1531196Rb0.333 W O3
Journal of Solid State Chemistry (2003) 172, 148-159
a=7.3939
b=7.3939
c=7.5758
α= 90
β= 90
γ= 120
V = 358.679
1531227Ca2.3 (Ca0.7 Nb1.95 V0.05) O8
Journal of Solid State Chemistry (2003) 172, 178-187
a=16.91
b=16.91
c=41.5
α= 90
β= 90
γ= 120
V = 10276.990
1532267(Hg0.875 Pb0.125)2 Ba2 Y Cu2 O8.02
Physica C (Amsterdam) (2002) 377, 146-155
a=3.86716
b=3.86716
c=28.8433
α= 90
β= 90
γ= 90
V = 431.349
1532270(Hg0.875 Pb0.125)2 Ba2 (Y0.74 Ca0.26) Cu2 O7.98
Physica C (Amsterdam) (2002) 377, 146-155
a=3.85742
b=3.85742
c=28.8228
α= 90
β= 90
γ= 90
V = 428.874
1532273(Hg0.75 Pb0.25)2 Ba2 (Y0.58 Ca0.42) Cu2 O8.00
Physica C (Amsterdam) (2002) 377, 146-155
a=3.85554
b=3.85554
c=28.9314
α= 90
β= 90
γ= 90
V = 430.071
1532684Mg11.92 Ni2.32 Sn1.76
Journal of Alloys Compd. (2004) 372, 121-128
a=9.851
b=9.851
c=6.868
α= 90
β= 90
γ= 90
V = 666.486
1533030Mn V Sb O6
Journal of Solid State Chemistry (2004) 177, 268-273
a=4.6604
b=4.9603
c=17.1433
α= 90
β= 90
γ= 90
V = 396.301
1533202La Cu0.98 O2.58
Solid State Sciences (2003) 5, 1095-1104
a=6.6941
b=6.6941
c=10.4157
α= 90
β= 90
γ= 120
V = 404.207
1533203(La O2) (Cu0.93 O0.57)
Solid State Sciences (2003) 5, 1095-1104
a=6.69461
b=6.69461
c=10.3997
α= 90
β= 90
γ= 120
V = 403.647
1533204(La O2) (Cu0.98 O0.59)
Solid State Sciences (2003) 5, 1095-1104
a=6.68821
b=6.68821
c=10.3811
α= 90
β= 90
γ= 120
V = 402.155
1533457Li6.87 Nb2.34 Ti5.78 O21
Journal of Solid State Chemistry (2004) 177, 660-669
a=5.1022
b=5.1022
c=32.569
α= 90
β= 90
γ= 120
V = 734.260
2100755CuO6PtSr3
Acta Crystallographica Section B (1992) 48, 1 1-11
a=9.317(4)
b=9.720(4)
c=6.685(3)
α= 90
β= 91.95(2)
γ= 90
V = 605.1(8)
2205047(2-Phenylethyl)ammonium tetrabromothallate(III)
Acta Crystallographica Section E (2005) 61, 2 m240-m241
a=17.9440(10)
b=11.9692(6)
c=6.9072(3)
α= 90.00
β= 90.00
γ= 90.00
V = 1483.50(13)
8101576Mg(O2NC6H4O)2(OH2)8
Zeitschrift für Kristallographie - New Crystal Structures (1999) 214, 4 527-528
a=11.8330(10)
b=6.6810(10)
c=12.3960(10)
α= 90
β= 93.682(10)
γ= 90
V = 978.0(2)
9011829Perhamite
Mineralogical Magazine (2006) 70, 201-209
a=7.021
b=7.021
c=20.218
α= 90
β= 90
γ= 120
V = 863.111
9013778Kolitschite
The Canadian Mineralogist (2008) 46, 1355-1364
a=25.8898
b=14.8753
c=12.1700
α= 90
β= 110.681
γ= 90
V = 4384.875
9015527H4I3NO9
Solid State Ionics (1986) 21, 243-254
a=8.396
b=8.363
c=8.207
α= 65.57
β= 60.13
γ= 70.33
V = 448.698