Structures by: Raveau B.


Structures by: Raveau B.

Results: 870


#NameUnit Cell
1000066Yttrium barium palladium copper oxide (1/2/.5/2.5/7)
Physica C (Amsterdam) (152,1988-) (1988) 153, 489-490
a=3.841(1)
b=3.883(1)
c=11.671(3)
α= 90
β= 90
γ= 90
V = 174.1
1000071Dibarium palladate
European Journal of Solid State Inorganic Chemistry (1988) 25, 237-246
a=13.335(2)
b=4.080(5)
c=3.8362(4)
α= 90
β= 90
γ= 90
V = 208.7
1000180Trilithium iron(III) antimonate
Materials Research Bulletin (1984) 19, 693-699
a=9.017(4)
b=5.013(2)
c=9.841(4)
α= 90
β= 90
γ= 90
V = 444.8
1000194Calcium ferrate manganate
Journal of Solid State Chemistry (1984) 53, 398-405
a=5.332(2)
b=11.13(4)
c=5.455(2)
α= 90
β= 90
γ= 90
V = 323.7
1000196Lithium iron(III) antimony(V) tin(IV) oxide (4.66/4/2/1.32/16) - Low form
Journal of Solid State Chemistry (1984) 51, 44-52
a=5.950(2)
b=5.950(2)
c=9.701(4)
α= 90
β= 90
γ= 120
V = 297.4
1000197Lithium iron(III) antimony(V) tin(IV) oxide (4.66/4/2/1.22/16) - High form
Journal of Solid State Chemistry (1984) 51, 44-52
a=3.031(1)
b=5.045(2)
c=9.798(6)
α= 90
β= 90
γ= 90
V = 149.8
1000233Yttrium barium copper iron(III) oxide
Journal of Solid State Chemistry (1988) 73, 531-535
a=3.867
b=3.867
c=7.656
α= 90
β= 90
γ= 90
V = 114.5
1000234Yttrium barium copper palladium oxide (1/2/2.5/.5/7)
Journal of Solid State Chemistry (1988) 73, 610-614
a=3.841(1)
b=3.883(1)
c=11.671(3)
α= 90
β= 90
γ= 90
V = 174.1
1000242Barium diyttrium palladium oxide
European Journal of Solid State Inorganic Chemistry (1988) 25, 111-117
a=6.523(2)
b=6.523(2)
c=5.831(2)
α= 90
β= 90
γ= 90
V = 248.1
1000284Dibarium diyttrium copper platinum(IV) oxide
Europhysics Letters (1987) 4, 1023-1029
a=13.207(2)
b=5.680(2)
c=10.321(2)
α= 90
β= 90
γ= 90
V = 774.2
1000285Dibismuth distrontium calcium dicopper oxide
Modern Physics Letters B (1988) 2, 491-500
a=5.4054
b=5.4016
c=30.7152
α= 90
β= 90
γ= 90
V = 896.8
1000357Mercury praseodymium strontium calcium copper oxide (0.4/1.1/2/0.5/2/7)
Physica C (Amsterdam) (152,1988-) (1993) 216, 264-272
a=3.8463(4)
b=3.8018(4)
c=12.154(1)
α= 90
β= 90
γ= 90
V = 177.7
1000369Mercury dithallium(III) tribarium strontium dicopper oxide
Chemistry of Materials (1,1989- (1994) 6, 1654-1658
a=3.8289(1)
b=3.8289(1)
c=41.75699(100)
α= 90
β= 90
γ= 90
V = 612.2
1000379Calcium dithallate
Journal of Solid State Chemistry (1995) 114, 428-434
a=3.3255(1)
b=11.022(1)
c=10.479(1)
α= 90
β= 90
γ= 90
V = 384.1
1000380Calcium thallium oxide (1.9/2.1/5)
Journal of Solid State Chemistry (1995) 114, 428-434
a=3.3431(1)
b=11.159(1)
c=13.499(1)
α= 90
β= 90
γ= 90
V = 503.6
1000388Tricalcium dithallate
Journal of Solid State Chemistry (1995) 115, 508-513
a=11.248(2)
b=16.51299(200)
c=3.3329(3)
α= 90
β= 90
γ= 90
V = 619.0
1000392Tetracalcium dithallium carbonate hexaoxide
Journal of Solid State Chemistry (1995) 116, 321-328
a=4.77944(4)
b=4.77944(4)
c=18.21109(20)
α= 90
β= 90
γ= 90
V = 416.0
1000415Mercury barium praseodymium copper oxide (1.5/2/1.3/2.2/8)
Solid State Communications (1995) 93, 1 53-56
a=3.9236(1)
b=3.9236(1)
c=28.993(1)
α= 90
β= 90
γ= 90
V = 446.3
1000416Calcium thallium(III) oxide (3.1/3.9/9)
Journal of Solid State Chemistry (1995) 119, 134-141
a=11.118(3)
b=3.341(1)
c=12.287(3)
α= 90
β= 102.88(2)
γ= 90
V = 444.9
1000432(Ramsdellite group)
Journal of Solid State Chemistry (1983) 50, 196-203
a=3.066(1)
b=5.066(1)
c=9.874(2)
α= 90
β= 90
γ= 90
V = 153.4
1000433(Ramsdellite group)
Journal of Solid State Chemistry (1983) 50, 196-203
a=3.074(1)
b=5.116(5)
c=9.881(3)
α= 90
β= 90
γ= 90
V = 155.4
1000434Lithium iron(III) tin(IV) oxide - DH
Journal of Solid State Chemistry (1983) 50, 196-203
a=6.012(1)
b=6.012(1)
c=9.776(2)
α= 90
β= 90
γ= 120
V = 306.0
1000472Pentasodium phyllo-triphosphato(V)divanadate(IV) hydrate
Journal of Solid State Chemistry (1992) 96, 390-396
a=6.3089(4)
b=20.10379(80)
c=5.1172(5)
α= 90
β= 91.134(6)
γ= 90
V = 648.9
1001001Dirubidium germanium tecto-octaoxotetragermanate
Acta Crystallographica B (24,1968-38,1982) (1976) 32, 1536-1540
a=12.08(7)
b=12.08(7)
c=9.86(5)
α= 90
β= 90
γ= 120
V = 1246.1
1001002Dirubidium titanium cyclo-trigermanate
Acta Crystallographica B (24,1968-38,1982) (1976) 32, 1536-1540
a=12.19(5)
b=12.19(5)
c=10.14(8)
α= 90
β= 90
γ= 120
V = 1304.9
1001006Diboron tripotassium tritantalum oxide
Acta Crystallographica B (24,1968-38,1982) (1977) 33, 1841-1845
a=8.775(5)
b=8.775(5)
c=3.897(1)
α= 90
β= 90
γ= 120
V = 259.9
1001007Tripotassium boro-niobate *
Acta Crystallographica B (24,1968-38,1982) (1977) 33, 1841-1845
a=8.753(5)
b=8.753(5)
c=3.966(1)
α= 90
β= 90
γ= 120
V = 263.1
1001008Tripotassium boro-niobate *
Acta Crystallographica B (24,1968-38,1982) (1977) 33, 1841-1845
a=34.01
b=34.01
c=3.966(1)
α= 90
β= 90
γ= 120
V = 3972.8
1001009Lead diniobium oxide
Acta Crystallographica B (24,1968-38,1982) (1977) 33, 2201-2212
a=35.292(5)
b=17.943(5)
c=7.746(1)
α= 90
β= 90
γ= 90
V = 4905.1
1001013Niobium rubidium titanium oxide (6/2/1/18)
Journal of Solid State Chemistry (1977) 22, 101-111
a=7.529(4)
b=7.529(4)
c=8.194(8)
α= 90
β= 90
γ= 120
V = 402.3
1001014Rubidium tantalum titanium oxide (2/6/1/18)
Journal of Solid State Chemistry (1977) 22, 101-111
a=7.512(4)
b=7.512(4)
c=8.231(8)
α= 90
β= 90
γ= 120
V = 402.2
1001015Caesium niobium titanium oxide (2/6/1/18)
Journal of Solid State Chemistry (1977) 22, 101-111
a=7.533(4)
b=7.533(4)
c=8.189(8)
α= 90
β= 90
γ= 120
V = 402.4
1001016Caesium tantalum titanium oxide (2/6/1/18)
Journal of Solid State Chemistry (1977) 22, 101-111
a=7.513(4)
b=7.513(4)
c=8.227(8)
α= 90
β= 90
γ= 120
V = 402.2
1001017Rubidium niobium tungsten oxide (12/30/3/90)
Journal of Solid State Chemistry (1977) 22, 393-403
a=7.486(2)
b=7.486(2)
c=43.10(1)
α= 90
β= 90
γ= 120
V = 2091.7
1001020Rubidium tungsten oxide (.3/1/3)
Acta Crystallographica B (24,1968-38,1982) (1978) 34, 1433-1438
a=7.3875(11)
b=7.3875(11)
c=7.5589(12)
α= 90
β= 90
γ= 120
V = 357.3
1001021Thallium tungsten oxide (0.3/1/3)
Acta Crystallographica B (24,1968-38,1982) (1978) 34, 1433-1438
a=7.3810(18)
b=7.3810(18)
c=7.5091(11)
α= 90
β= 90
γ= 120
V = 354.3
1001026Rubidium tantalum oxide (10/29.2/78)
Journal of Solid State Chemistry (1978) 25, 251-261
a=7.505
b=7.505
c=36.37
α= 90
β= 90
γ= 120
V = 1774.1
1001027Potassium niobium oxide (3/8/21)
Journal of Solid State Chemistry (1976) 19, 235-244
a=9.153(4)
b=9.153(4)
c=12.066(8)
α= 90
β= 90
γ= 120
V = 875.4
1001028Tripotassium heptaniobium titanium oxide
Journal of Solid State Chemistry (1976) 19, 235-244
a=9.107(4)
b=9.107(4)
c=12.011(8)
α= 90
β= 90
γ= 120
V = 862.7
1001029Tribarium tetraniobium tetratitanium oxide
Journal of Solid State Chemistry (1976) 19, 235-244
a=9.040(4)
b=9.040(4)
c=11.767(8)
α= 90
β= 90
γ= 120
V = 832.8
1001030Disodium ditantalum oxide
Revue de Chimie Minerale (1976) 13, 283-289
a=10.442(6)
b=10.442(5)
c=10.442(5)
α= 90
β= 90
γ= 90
V = 1138.5
1001033LITHIUM NIOBIUM TUNGSTEN OXIDE HYDRATE
Journal of Inorganic and Nuclear Chemistry (1975) 37, 247-250
a=10.397(3)
b=10.397(3)
c=10.397(3)
α= 90
β= 90
γ= 90
V = 1123.9
1001034BISMUTH CADMIUM TANTALUM OXIDE (0.4/1.7/1.9/7)
Materials Research Bulletin (1974) 9, 1321-1332
a=10.421
b=10.421
c=10.421
α= 90
β= 90
γ= 90
V = 1131.7
1001035NIOBIUM TUNGSTEN OXIDE HYDRATE (1/1/5.5/0.6)
Journal of Inorganic and Nuclear Chemistry (1974) 36, 61-66
a=10.355
b=10.355
c=10.355
α= 90
β= 90
γ= 90
V = 1110.3
1001036Barium silicon germanium oxide (1/1.5/0.5/5)
Revue de Chimie Minerale (1974) 11, 207-216
a=4.649
b=7.739
c=13.596
α= 90
β= 90
γ= 90
V = 489.2
1001039Indium tungsten oxide (0.2/1/3)
Acta Crystallographica B (24,1968-38,1982) (1979) 35, 1557-1564
a=7.3762(10)
b=7.3762(10)
c=7.4983(17)
α= 90
β= 90
γ= 120
V = 353.3
1001040Indium tungsten oxide (0.2/1/3)
Acta Crystallographica B (24,1968-38,1982) (1979) 35, 1557-1564
a=7.3824(11)
b=7.3824(11)
c=7.5082(10)
α= 90
β= 90
γ= 120
V = 354.4
1001041Indium tungsten oxide (0.2/1/3)
Acta Crystallographica B (24,1968-38,1982) (1979) 35, 1557-1564
a=7.3888(11)
b=7.3888(11)
c=7.5007(6)
α= 90
β= 90
γ= 120
V = 354.6
1001042Indium tungsten oxide (0.2/1/3)
Acta Crystallographica B (24,1968-38,1982) (1979) 35, 1557-1564
a=7.3883(12)
b=7.3883(12)
c=7.5065(11)
α= 90
β= 90
γ= 120
V = 354.9
1001043Indium tungsten oxide (0.2/1/3)
Acta Crystallographica B (24,1968-38,1982) (1979) 35, 1557-1564
a=7.3837(11)
b=7.3837(11)
c=7.5012(7)
α= 90
β= 90
γ= 120
V = 354.2
1001044Indium tungsten oxide (0.3/1/3)
Acta Crystallographica B (24,1968-38,1982) (1979) 35, 1557-1564
a=7.3673(30)
b=7.3673(30)
c=7.5020(12)
α= 90
β= 90
γ= 120
V = 352.6
1001046Indium tungsten oxide (0.3/1/3)
Acta Crystallographica B (24,1968-38,1982) (1979) 35, 1557-1564
a=7.3716(11)
b=7.3716(11)
c=7.5038(7)
α= 90
β= 90
γ= 120
V = 353.1
1001055Gadolinium tantalum tungsten oxide (0.3/0.9/0.1/3)
Journal of Inorganic and Nuclear Chemistry (1972) 34, 509-516
a=3.869
b=7.737
c=3.858
α= 90
β= 90
γ= 90
V = 115.5
1001056Gadolinium tantalum tungsten oxide (0.1/0.2/0.8/3)
Journal of Inorganic and Nuclear Chemistry (1972) 34, 509-516
a=5.326
b=5.383
c=3.786
α= 90
β= 90
γ= 90
V = 108.5
1001057Thallium tantalum tungsten oxide (1.8/1.8/0.3/6)
Materials Research Bulletin (1973) 8, 451-458
a=10.5
b=10.5
c=10.5
α= 90
β= 90
γ= 90
V = 1157.6
1001058Potassium antimony(V) tungsten oxide
Materials Research Bulletin (1973) 8, 201-210
a=10.234(3)
b=10.234(3)
c=10.234(3)
α= 90
β= 90
γ= 90
V = 1071.9
1001059Rubidium antimony(V) tungsten oxide
Materials Research Bulletin (1973) 8, 201-210
a=10.245(3)
b=10.245(3)
c=10.245(3)
α= 90
β= 90
γ= 90
V = 1075.3
1001060Caesium antimony(V) tungsten oxide
Materials Research Bulletin (1973) 8, 201-210
a=10.279(3)
b=10.279(3)
c=10.279(3)
α= 90
β= 90
γ= 90
V = 1086.1
1001061Thallium antimony(V) tungsten oxide
Materials Research Bulletin (1973) 8, 201-210
a=10.244(3)
b=10.244(3)
c=10.244(3)
α= 90
β= 90
γ= 90
V = 1075.0
1001062Oxonium antimony(V) tungsten oxide
Journal of Inorganic and Nuclear Chemistry (1973) 35, 3095-3101
a=10.278(3)
b=10.278(3)
c=10.278(3)
α= 90
β= 90
γ= 90
V = 1085.7
1001063Ammonium antimony(V) tungsten oxide
Journal of Inorganic and Nuclear Chemistry (1973) 35, 3095-3101
a=10.252(3)
b=10.252(3)
c=10.252(3)
α= 90
β= 90
γ= 90
V = 1077.5
1001064Silver antimony(V) tungsten oxide hydrate
Journal of Inorganic and Nuclear Chemistry (1973) 35, 3095-3101
a=10.303(3)
b=10.303(3)
c=10.303(3)
α= 90
β= 90
γ= 90
V = 1093.7
1001065Barium silicate germanate *
Materials Research Bulletin (1973) 8, 1205-1214
a=6.667
b=6.667
c=9.703(5)
α= 90
β= 90
γ= 120
V = 373.5
1001066Barium silicate germanate *
Materials Research Bulletin (1973) 8, 1205-1214
a=11.595(5)
b=11.595(5)
c=9.755(5)
α= 90
β= 90
γ= 120
V = 1135.8
1001067CALCIUM STRONTIUM NIOBIUM OXIDE (1.1/0.3/0.7/3)
Journal of Solid State Chemistry (1979) 28, 209-222
a=9.84
b=5.583
c=14.176
α= 90
β= 90.783
γ= 90
V = 778.7
1001068CALCIUM STRONTIUM NIOBIUM OXIDE (0.6/0.8/0.7/3)
Journal of Solid State Chemistry (1979) 28, 209-222
a=9.99
b=5.73
c=14.16
α= 90
β= 90
γ= 90
V = 810.6
1001069CALCIUM STRONTIUM NIOBIUM OXIDE (1.2/0.1/0.7/3)
Journal of Solid State Chemistry (1979) 28, 209-222
a=11.54
b=16.04
c=11.18
α= 90
β= 90
γ= 90
V = 2069.4
1001070Calcium strontium niobium oxide (1.1/0.3/0.7/3)
Journal of Solid State Chemistry (1979) 28, 209-222
a=5.778
b=8.052
c=5.63
α= 90
β= 90
γ= 90
V = 261.9
1001071CALCIUM STRONTIUM NIOBIUM OXIDE (0.6/0.8/0.7/3)
Journal of Solid State Chemistry (1979) 28, 209-222
a=8.14
b=8.14
c=8.147
α= 90
β= 90
γ= 90
V = 539.8
1001072STRONTIUM CALCIUM NIOBIUM OXIDE (1/0.3/0.7/3)
Journal of Solid State Chemistry (1979) 28, 209-222
a=8.19
b=8.19
c=8.209
α= 90
β= 90
γ= 90
V = 550.6
1001074Potassium tantalum cyclo-trigermanate
Journal of Solid State Chemistry (1972) 4, 209-218
a=6.972(5)
b=6.972(5)
c=10.144(5)
α= 90
β= 90
γ= 120
V = 427.0
1001075Rubidium tantalum cyclo-trigermanate
Journal of Solid State Chemistry (1972) 4, 209-218
a=7.041(5)
b=7.041(5)
c=10.116(5)
α= 90
β= 90
γ= 120
V = 434.3
1001076Rubidium niobium cyclo-trigermanate
Journal of Solid State Chemistry (1972) 4, 209-218
a=7.038(5)
b=7.038(5)
c=10.132(5)
α= 90
β= 90
γ= 120
V = 434.6
1001077Thallium tantalum cyclo-trigermanate
Journal of Solid State Chemistry (1972) 4, 209-218
a=7.036(5)
b=7.036(5)
c=10.124(5)
α= 90
β= 90
γ= 120
V = 434.0
1001078Barium tin(IV) cyclo-trigermanate
Journal of Solid State Chemistry (1972) 4, 209-218
a=6.894(5)
b=6.894(5)
c=10.233(5)
α= 90
β= 90
γ= 120
V = 421.2
1001079Tin tungsten oxide (10/16/46)
Acta Crystallographica B (24,1968-38,1982) (1980) 36, 15-19
a=7.667(4)
b=7.667(4)
c=18.640(4)
α= 90
β= 90
γ= 120
V = 948.9
1001080Thallium tungsten oxide (2/4/13)
Journal of Solid State Chemistry (1979) 30, 311-319
a=7.327(2)
b=37.864(5)
c=3.840(1)
α= 90
β= 90
γ= 90
V = 1065.3
1001081Potassium titanium niobium oxide
Journal of Solid State Chemistry (1980) 31, 321-328
a=6.447
b=3.797
c=18.431
α= 90
β= 90
γ= 90
V = 451.2
1001082Potassium titanium niobium oxide (0.9/0.9/1.2/5)
Journal of Solid State Chemistry (1980) 31, 321-328
a=6.474
b=3.8
c=18.765
α= 90
β= 90
γ= 90
V = 461.6
1001083Rubidium titanium niobium oxide
Journal of Solid State Chemistry (1980) 31, 321-328
a=6.472
b=3.814
c=18.943
α= 90
β= 90
γ= 90
V = 467.6
1001084Rubidium titanium niobium oxide (0.9/0.9/1.2/5)
Journal of Solid State Chemistry (1980) 31, 321-328
a=6.499
b=3.812
c=19.36
α= 90
β= 90
γ= 90
V = 479.6
1001085Thallium titanium niobium oxide
Journal of Solid State Chemistry (1980) 31, 321-328
a=6.456
b=3.806
c=18.844
α= 90
β= 90
γ= 90
V = 463.0
1001086Thallium titanium niobium oxide (.9/.9/1.1/5)
Journal of Solid State Chemistry (1980) 31, 321-328
a=6.457
b=3.799
c=18.919
α= 90
β= 90
γ= 90
V = 464.1
1001087Potassium titanium tantalum oxide
Journal of Solid State Chemistry (1980) 31, 321-328
a=6.437
b=3.797
c=18.474
α= 90
β= 90
γ= 90
V = 451.5
1001088Rubidium titanium tantalum oxide
Journal of Solid State Chemistry (1980) 31, 321-328
a=6.451
b=3.812
c=19.
α= 90
β= 90
γ= 90
V = 467.2
1001097Lanthanum barium copper oxide (3.6/2.4/1.8/9.6)
Journal of Solid State Chemistry (1981) 39, 161-167
a=6.862(1)
b=6.862(1)
c=5.871(1)
α= 90
β= 90
γ= 90
V = 276.4
1001098Lithium titanium oxide (1.3/1.7/4)
Materials Research Bulletin (1971) 6, 699-704
a=8.357
b=8.357
c=8.357
α= 90
β= 90
γ= 90
V = 583.6
1001099Lithium titanium oxide (1.2/1.8/4)
Materials Research Bulletin (1971) 6, 699-704
a=8.359
b=8.359
c=8.359
α= 90
β= 90
γ= 90
V = 584.1
1001100Lithium titanium oxide (1/2/4)
Materials Research Bulletin (1971) 6, 699-704
a=8.391
b=8.391
c=8.391
α= 90
β= 90
γ= 90
V = 590.8
1001101Lithium titanium oxide (1.1/1.9/4)
Materials Research Bulletin (1971) 6, 699-704
a=8.378
b=8.378
c=8.378
α= 90
β= 90
γ= 90
V = 588.1
1001102Barium tantalosilicate *
Materials Research Bulletin (1976) 11, 887-894
a=9.001
b=9.001
c=7.734
α= 90
β= 90
γ= 120
V = 542.6
1001103Strontium tantalosilicate *
Materials Research Bulletin (1976) 11, 887-894
a=8.913
b=8.913
c=7.633
α= 90
β= 90
γ= 120
V = 525.1
1001104Potassium silicate tantalate *
Materials Research Bulletin (1976) 11, 887-894
a=9.066
b=9.066
c=7.873
α= 90
β= 90
γ= 120
V = 560.4
1001105Potassium niobosilicate *
Materials Research Bulletin (1976) 11, 887-894
a=9.032
b=9.032
c=8.041
α= 90
β= 90
γ= 120
V = 568.1
1001106Tripotassium pentatitanium niobium oxide
Journal of Solid State Chemistry (1980) 35, 200-206
a=18.371(6)
b=3.794(1)
c=9.199(3)
α= 90
β= 101.21(4)
γ= 90
V = 628.9
1001107Tripotassium pentatitanium tantalum oxide
Journal of Solid State Chemistry (1980) 35, 200-206
a=18.363(2)
b=3.791(1)
c=9.174(1)
α= 90
β= 101.28(1)
γ= 90
V = 626.3
1001108Trirubidium pentatitanium niobium oxide
Journal of Solid State Chemistry (1980) 35, 200-206
a=19.073(7)
b=3.814(1)
c=9.223(4)
α= 90
β= 100.93(4)
γ= 90
V = 658.8
1001111Dipotassium titanium cyclo-trisilicate
Journal of Solid State Chemistry (1973) 7, 408-417
a=6.774
b=6.774
c=9.922
α= 90
β= 90
γ= 120
V = 394.3
1001112Dirubidium titanium cyclo-trisilicate
Journal of Solid State Chemistry (1973) 7, 408-417
a=6.896
b=6.896
c=9.943
α= 90
β= 90
γ= 120
V = 409.5
1001113Dipotassium tin(IV) cyclo-trisilicate
Journal of Solid State Chemistry (1973) 7, 408-417
a=6.86
b=6.86
c=10.12
α= 90
β= 90
γ= 120
V = 412.4