Structures by: Peacock M. A.


Structures by: Peacock M. A.

Results: 37


#NameUnit Cell
1010743Silver antimony
University of Toronto Studies, Geological Series (1940) 44, 47-69
a=4.111(5)
b=4.111
c=4.111
α= 90
β= 90
γ= 90
V = 69.5
1010744Trilead hexaarsenic sulfide
University of Toronto Studies, Geological Series (1940) 44, 47-69
a=22.69(3)
b=8.29(2)
c=7.86(1)
α= 90
β= 96.75(50)
γ= 90
V = 1468.2
1010745Cobalt iron nickel arsenic sulfide *
University of Toronto Studies, Geological Series (1940) 44, 47-69
a=5.551(5)
b=5.551
c=5.551
α= 90
β= 90
γ= 90
V = 171.0
1010746Cobalt iron nickel arsenic sulfide *
University of Toronto Studies, Geological Series (1940) 44, 47-69
a=5.574(5)
b=5.574
c=5.574
α= 90
β= 90
γ= 90
V = 173.2
1010747Cobalt iron nickel arsenic sulfide *
University of Toronto Studies, Geological Series (1940) 44, 47-69
a=5.577(5)
b=5.577
c=5.577
α= 90
β= 90
γ= 90
V = 173.5
1010748Lead sulfide
University of Toronto Studies, Geological Series (1940) 44, 47-69
a=
b=
c=
α=
β=
γ=
1010749Nickel cobalt iron arsenic sulfide *
University of Toronto Studies, Geological Series (1940) 44, 47-69
a=5.593(5)
b=5.593
c=5.593
α= 90
β= 90
γ= 90
V = 175.0
1010750Nickel cobalt iron arsenic sulfide *
University of Toronto Studies, Geological Series (1940) 44, 47-69
a=5.645(5)
b=5.645
c=5.645
α= 90
β= 90
γ= 90
V = 179.9
1010751Nickel cobalt iron arsenic sulfide *
University of Toronto Studies, Geological Series (1940) 44, 47-69
a=5.655(5)
b=5.655
c=5.655
α= 90
β= 90
γ= 90
V = 180.8
1010752Bismuth selenide sulfide (2/1.5/1.5)
University of Toronto Studies, Geological Series (1940) 44, 47-69
a=
b=
c=
α=
β=
γ=
1010753Tetralead iron hexaantimony sulfide
University of Toronto Studies, Geological Series (1940) 44, 47-69
a=15.68(5)
b=19.01(5)
c=4.03(1)
α= 90
β= 94.8(5)
γ= 90
V = 1197.0
1010754Lead arsenic sulfide (27/14/48)
University of Toronto Studies, Geological Series (1940) 44, 47-69
a=8.89(3)
b=31.65(3)
c=8.40(2)
α= 90
β= 118.35(50)
γ= 90
V = 2080.0
1010755Nickel antimony bismuth sulfide *
University of Toronto Studies, Geological Series (1940) 44, 47-69
a=5.915(5)
b=5.915
c=5.915
α= 90
β= 90
γ= 90
V = 206.9
1010756Iron(III) oxide trihydrate
University of Toronto Studies, Geological Series (1940) 44, 47-69
a=
b=
c=
α=
β=
γ=
1010757Nickel arsenide (11/8)
University of Toronto Studies, Geological Series (1940) 44, 47-69
a=6.844(1)
b=6.844
c=21.83(5)
α= 90
β= 90
γ= 90
V = 1022.5
1010758Lead antimony sulfide (23/7/23)
University of Toronto Studies, Geological Series (1940) 44, 47-69
a=
b=
c=
α=
β=
γ=
1010759Nickel arsenide (1/2)
University of Toronto Studies, Geological Series (1940) 44, 47-69
a=5.74(1)
b=5.81(1)
c=11.405(30)
α= 90
β= 90
γ= 90
V = 380.3
1010760Iron sulfide (1/2)
University of Toronto Studies, Geological Series (1940) 44, 47-69
a=5.410(5)
b=5.41
c=5.41
α= 90
β= 90
γ= 90
V = 158.3
1010761Nickel arsenide (1/2)
University of Toronto Studies, Geological Series (1940) 44, 47-69
a=3.53(1)
b=4.78(1)
c=5.78(1)
α= 90
β= 90
γ= 90
V = 97.5
1010762Lead arsenic sulfide (13/18/40)
University of Toronto Studies, Geological Series (1940) 44, 47-69
a=25.00(3)
b=7.91(3)
c=8.42(3)
α= 90
β= 99.0(5)
γ= 90
V = 1644.6
1010763Lead diarsenic sulfide
University of Toronto Studies, Geological Series (1940) 44, 47-69
a=19.48(2)
b=4.15(5)
c=7.86(3)
α= 90
β= 90
γ= 90
V = 635.4
1010764Cobalt nickel iron arsenic sulfide *
University of Toronto Studies, Geological Series (1940) 44, 47-69
a=8.18(1)
b=8.18
c=8.18
α= 90
β= 90
γ= 90
V = 547.3
1010765Pentasilver antimony sulfide
University of Toronto Studies, Geological Series (1940) 44, 47-69
a=7.70(5)
b=12.32(5)
c=8.48(5)
α= 90
β= 90
γ= 90
V = 804.4
1010766Bismuth telluride
University of Toronto Studies, Geological Series (1940) 44, 47-69
a=10.14(3)
b=10.14
c=10.14
α= 24.19
β= 24.19
γ= 24.19
V = 153.9
1010767Bismuth ditelluride sulfide
University of Toronto Studies, Geological Series (1940) 44, 47-69
a=
b=
c=
α=
β=
γ=
1010768Nickel antimony sulfide (1/1/1)
University of Toronto Studies, Geological Series (1940) 44, 47-69
a=5.899(5)
b=5.899
c=5.899
α= 90
β= 90
γ= 90
V = 205.3
1010769Nickel antimony sulfide (1/1/1)
University of Toronto Studies, Geological Series (1940) 44, 47-69
a=5.905(5)
b=5.905
c=5.905
α= 90
β= 90
γ= 90
V = 205.9
1010770Lead bismuth selenidesulfide (2/4/3/3)
University of Toronto Studies, Geological Series (1940) 44, 47-69
a=18.03(3)
b=4.04(2)
c=17.53(3)
α= 90
β= 94.48(50)
γ= 90
V = 1273.0
1010771Cobalt nickel antimony sulfide *
University of Toronto Studies, Geological Series (1940) 44, 47-69
a=5.918(5)
b=5.918
c=5.918
α= 90
β= 90
γ= 90
V = 207.3
1010966Lead sulfide bismuth sulfide *
University of Toronto Studies, Geological Series (1940) 44, 47-69
a=19.049990000(29999998)
b=23.819990000(29999998)
c=4.047(1)
α= 90
β= 90
γ= 90
V = 1836.4
1010967Lead dibismuthum sulfide
University of Toronto Studies, Geological Series (1940) 44, 47-69
a=11.72(3)
b=14.52(3)
c=4.07(2)
α= 90
β= 90
γ= 90
V = 692.6
1011092Antimony silver (1:3)
University of Toronto Studies, Geological Series (1940) 44, 47-69
a=2.990(5)
b=5.225(5)
c=4.820(5)
α= 90
β= 90
γ= 90
V = 75.3
1011234Nickel arsenic antimony sulfide (1/0.1/0.9/1)
University of Toronto Studies, Geological Series (1940) 44, 47-69
a=5.724(5)
b=5.724
c=5.724
α= 90
β= 90
γ= 90
V = 187.5
1536521Ni Sb S
University of Toronto Studies, Geological Series (1948) 52, 71-80
a=5.908
b=5.908
c=5.908
α= 90
β= 90
γ= 90
V = 206.216
9000030Melonite
American Mineralogist (1946) 31, 204-204
a=3.835
b=3.835
c=5.255
α= 90
β= 90
γ= 120
V = 66.932
9000044Rickardite
American Mineralogist (1949) 34, 441-451
a=3.98
b=3.98
c=6.12
α= 90
β= 90
γ= 90
V = 96.943
9000048Shandite
American Mineralogist (1950) 35, 425-439
a=5.576
b=5.576
c=5.576
α= 60
β= 60
γ= 60
V = 122.590