American Mineralogist Crystal Structure Database

9 matching records for this search.

Talnakhite
Download hom/talnakhite.pdf
Hall S R, Gabe E J
Download am/vol57/AM57_368.pdf
American Mineralogist 57 (1972) 368-380
The crystal structure of talnakhite, Cu18Fe16S32
model B
Note: Cu3-U33 changed to match symmetry constraints
_database_code_amcsd 0000272
10.593 10.593 10.593 90 90 90 I-43m
atom     x     y     z occ Biso U(1,1) U(2,2) U(3,3) U(1,2) U(1,3) U(2,3)
Fe1      0     0     0           .0083  .0083  .0083      0      0      0
Cu2  .2571     0     0  .5       .0132  .0166  .0166      0      0  .0016
Fe2  .2571     0     0  .5       .0132  .0166  .0166      0      0  .0016
Cu3     .5   .25     0  .5       .0158  .0147  .0158      0      0      0
Fe3     .5   .25     0  .5       .0158  .0147  .0158      0      0      0
Cu4  .2528 .2528 .2528           .0204  .0204  .0204 -.0002 -.0002 -.0002
Cu5     .5     0     0 .02 1.00
Fe5     .5     0     0 .02 1.00
S1   .1245 .1245 .1245           .0154  .0154  .0154 -.0018 -.0018 -.0018
S2   .1209 .3737 .3737           .0123  .0129  .0129 -.0003 -.0003 -.0009
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Epidote
Download hom/epidote.pdf
Gabe E J, Portheine J C, Whitlow S H
Download am/vol58/AM58_218.pdf
American Mineralogist 58 (1973) 218-223
A reinvestigation of the epidote structure: Confirmation of the iron location
sample HEP
_database_code_amcsd 0000308
8.8877 5.6275 10.1517 90 115.383 90 P2_1/m
atom     x      y      z occ U(1,1) U(2,2) U(3,3)  U(1,2)  U(1,3)  U(2,3)
Si1 .33959    .75 .04766     .00434 .00411 .00490       0  .00186       0
Si2 .68429    .25 .27454     .00522 .00436 .00541       0  .00224       0
Si3 .18393    .75 .31837     .00399 .00483 .00468       0  .00204       0
Ca1 .75715    .75 .15156     .01115 .00770 .00855       0  .00665       0
Ca2 .60486    .75 .42399     .00993 .01667 .00660       0  .00278       0
Al1      0      0      0     .00427 .00331 .00520 -.00234  .00177  .00042
Al2      0      0     .5     .00459 .00390 .00618       0  .00204 -.00005
Fe3 .29386    .25 .22419 .84 .00482 .00643 .00625       0  .00182       0
Al3 .29386    .25 .22419 .16 .00482 .00643 .00625       0  .00182       0
H     .043    .25   .325
O1  .23425 .99441 .04150     .00591 .00536 .01148  .00085  .00403  .00048
O2  .30396 .98255 .35529     .00830 .00746 .00820 -.00293  .00381 -.00082
O3  .79503 .01341 .33935     .00726 .00566 .01040  .00055 -.00013 -.00006
O4  .05292    .25 .12948     .00664 .00501 .00562       0  .00220       0
O5  .04158    .75 .14534     .00606 .00574 .00532       0  .00146       0
O6  .06715    .75 .40688     .00858 .00581 .00963       0  .00633       0
O7  .51486    .75 .18053     .00636 .01055 .00816       0  .00067       0
O8  .52547    .25 .30809     .01030 .01595 .01613       0  .00984       0
O9  .62769    .25 .09895     .01745 .02118 .00782       0  .00753       0
O10 .08228    .25 .42852     .00805 .00528 .00882       0  .00502       0
Download AMC data (View Text File)
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View JMOL 3-D Structure
 
Epidote
Download hom/epidote.pdf
Gabe E J, Portheine J C, Whitlow S H
Download am/vol58/AM58_218.pdf
American Mineralogist 58 (1973) 218-223
A reinvestigation of the epidote structure: Confirmation of the iron location
sample LEP
_database_code_amcsd 0000309
8.8802 5.6043 10.1511 90 115.455 90 P2_1/m
atom      x      y      z occ U(1,1) U(2,2) U(3,3)  U(1,2)  U(1,3)  U(2,3)
Ca1  .75972    .75 .15373     .01127 .00944 .00885       0  .00629       0
Ca2  .60660    .75 .42363     .01032 .01609 .00721       0  .00333       0
Si1  .33880    .75 .04804     .00485 .00528 .00471       0  .00173       0
Si2  .68054    .25 .27507     .00595 .00560 .00502       0  .00202       0
Si3  .18304    .75 .31686     .00476 .00611 .00468       0  .00214       0
Al1       0      0      0     .00557 .00471 .00581 -.00048  .00197 -.00031
Al2       0      0     .5     .00549 .00464 .00599  .00028  .00181  .00017
Al3  .29085    .25 .22415 .60 .00472 .00669 .00574       0  .00162       0
Fe3  .29095    .25 .22415 .40 .00472 .00669 .00574       0  .00162       0
O1   .23427 .99603 .04377     .00683 .00662 .01011  .00067  .00375  .00079
O2   .30189 .98442 .35306     .00838 .00926 .00728 -.00268  .00390 -.00133
O3   .79037 .01259 .34346     .00675 .00611 .01011  .00075 -.00049 -.00051
O4   .05360    .25 .13082     .00691 .00620 .00430       0  .00222       0
O5   .04009    .75 .14389     .00634 .00609 .00407       0  .00186       0
O6   .06242    .75 .40295     .00792 .00604 .00734       0  .00511       0
O7   .51600    .75 .17858     .00640 .00995 .00789       0  .00141       0
O8   .51639    .25 .30150     .01241 .01338 .01708       0  .01108       0
O9   .63540    .25 .10181     .02130 .02206 .00855       0  .00944       0
O10  .07498    .25 .42501     .00916 .00609 .00699       0  .00544       0
H      .079    .25   .338
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Vesuvianite
Download hom/vesuvianite.pdf
Rucklidge J C, Kocman V, Whitlow S H, Gabe E J
Download cm/vol13/CM13_15.pdf
The Canadian Mineralogist 13 (1975) 15-21
The crystal structures of three Canadian vesuvianites
Sample: #1 Great Slave Lake
_database_code_amcsd 0005100
15.516 15.516 11.769 90 90 90 *P4/nnc
.25 .25 .25
atom       x       y      z  occ B(1,1) B(2,2) B(3,3)  B(1,2)  B(1,3)  B(2,3)
Si1     -.25     .25      0      .00062 .00062 .00084       0       0       0
Si2  -.18095  .04039 .87113      .00046 .00046 .00086 -.00001 -.00004  .00007
Si3  -.08263 -.15099 .36485      .00086 .00037 .00090  .00004  .00000 -.00003
Ca1     -.25     .25    .25      .00127 .00067 .00063       0       0       0
Ca2  -.18893  .04379 .37938      .00055 .00071 .00091  .00006 -.00007  .00000
Ca3  -.10047 -.17982 .88629      .00078 .00068 .00212  .00016 -.00044 -.00016
CaC     -.25    -.25 .14092 .460 .00109 .00109 .00216       0       0       0
FeC     -.25    -.25 .14092 .040 .00109 .00109 .00216       0       0       0
FeB     -.25    -.25 .05702 .558 .00062 .00062 .00860       0       0       0
Al   -.11319  .12107 .12631 .876 .00064 .00067 .00112 -.00003  .00009 -.00002
Fe   -.11319  .12107 .12631 .124 .00064 .00067 .00112 -.00003  .00009 -.00002
AlA        0       0      0 .998 .00043 .00043 .00118  .00013 -.00001  .00001
FeA        0       0      0 .002 .00043 .00043 .00118  .00013 -.00001  .00001
O1   -.22040  .17294 .08628      .00122 .00073 .00118 -.00010 -.00003  .00008
O2   -.11681  .15987 .27910      .00078 .00099 .00166 -.00030 -.00036  .00006
O3   -.04907  .22158 .07539      .00089 .00070 .00121  .00000  .00017 -.00016
O4   -.06169  .10677 .47056      .00085 .00081 .00150 -.00004 -.00028  .00040
O5   -.16969  .01546 .17907      .00087 .00132 .00138  .00045 -.00002  .00007
O6   -.11719 -.27076 .05942      .00200 .00091 .00189  .00034  .00029  .00047
O7    .05622  .17440 .32233      .00073 .00105 .00188  .00011  .00003  .00005
O8   -.06063 -.09039 .06656      .00072 .00078 .00177 -.00003  .00029  .00017
O9   -.14457 -.14457    .25      .00134 .00134 .00097 -.00057 -.00024  .00024
O10     -.25    -.25 .86625      .00111 .00111 .00422       0       0       0
OH   -.00425  .06216 .13628  .61 .00074 .00088 .00093 -.00013 -.00019 -.00007
F    -.00425  .06216 .13628  .39 .00074 .00088 .00093 -.00013 -.00019 -.00007
Download AMC data (View Text File)
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View JMOL 3-D Structure
 
Vesuvianite
Download hom/vesuvianite.pdf
Rucklidge J C, Kocman V, Whitlow S H, Gabe E J
Download cm/vol13/CM13_15.pdf
The Canadian Mineralogist 13 (1975) 15-21
The crystal structures of three Canadian vesuvianites
Sample: #2 Bancroft
_database_code_amcsd 0005101
15.558 15.558 11.810 90 90 90 *P4/nnc
.25 .25 .25
atom       x       y      z  occ B(1,1) B(2,2) B(3,3)  B(1,2)  B(1,3)  B(2,3)
Si1     -.25     .25      0      .00064 .00064 .00085       0       0       0
Si2  -.18077  .03960 .87142      .00058 .00062 .00095  .00001 -.00001  .00003
Si3  -.08349 -.15075 .36462      .00097 .00043 .00092  .00000 -.00003 -.00007
Ca1     -.25     .25    .25  .94 .00202 .00128 .00190       0       0       0
Na1     -.25     .25    .25  .06 .00202 .00128 .00190       0       0       0
Ca2  -.18907  .04441 .37936  .94 .00071 .00093 .00115  .00005 -.00005  .00002
Na2  -.18907  .04441 .37936  .06 .00071 .00093 .00115  .00005 -.00005  .00002
Ca3  -.10067 -.17941 .88598  .94 .00091 .00085 .00271  .00011 -.00054  .00031
Na3  -.10067 -.17941 .88598  .06 .00091 .00085 .00271  .00011 -.00054  .00031
CaC     -.25    -.25 .14123 .524 .00087 .00087 .00383       0       0       0
FeB     -.25    -.25 .04521 .431 .00032 .00032 .00709       0       0       0
CaB     -.25    -.25 .04521 .068 .00032 .00032 .00709       0       0       0
Al   -.11095  .12038 .12775 .743 .00066 .00057 .00076 -.00012  .00015 -.00008
Fe   -.11095  .12038 .12775 .257 .00066 .00057 .00076 -.00012  .00015 -.00008
AlA        0       0      0      .00019 .00016 .00075  .00010  .00004  .00006
O1   -.21967  .17240 .08474      .00087 .00081 .00143 -.00002  .00004  .00034
O2   -.11603  .15938 .27942      .00094 .00090 .00140 -.00021 -.00013  .00012
O3   -.04876  .22176 .07560      .00102 .00060 .00095  .00014  .00012  .00007
O4   -.06110  .10669 .47051      .00078 .00076 .00109  .00011 -.00018  .00007
O5   -.17054  .01480 .17936      .00086 .00111 .00146  .00023  .00023  .00025
O6   -.11913 -.27181 .05890      .00169 .00090 .00185  .00030  .00024  .00052
O7    .05680  .17486 .32239      .00087 .00113 .00187  .00012  .00007 -.00016
O8   -.06083 -.09074 .06683      .00064 .00075 .00175  .00000  .00022  .00013
O9   -.14482 -.14482    .25      .00121 .00121 .00089  .00022  .00001 -.00001
O10     -.25    -.25 .86738      .00115 .00115 .00327       0       0       0
OH   -.00463  .06174 .13521      .00085 .00081 .00106 -.00002 -.00007 -.00011
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View JMOL 3-D Structure
 
Vesuvianite
Download hom/vesuvianite.pdf
Rucklidge J C, Kocman V, Whitlow S H, Gabe E J
Download cm/vol13/CM13_15.pdf
The Canadian Mineralogist 13 (1975) 15-21
The crystal structures of three Canadian vesuvianites
Sample: #3 Wakefield
_database_code_amcsd 0005102
15.5430 15.5430 11.7905 90 90 90 *P4/nnc
.25 .25 .25
atom       x       y      z  occ B(1,1) B(2,2) B(3,3)  B(1,2)  B(1,3)  B(2,3)
Si1     -.25     .25      0      .00046 .00046 .00141       0       0       0
Si2  -.18083  .04058 .87117      .00041 .00050 .00124  .00001 -.00003 -.00007
Si3  -.08275 -.15068 .36481      .00080 .00043 .00129  .00005  .00005 -.00003
Ca1     -.25     .25    .25      .00081 .00047 .00122       0       0       0
Ca2  -.18903  .04377 .37959      .00037 .00059 .00103  .00005 -.00005  .00001
Ca3  -.10024 -.17980 .88584      .00073 .00066 .00278 -.00021 -.00049  .00022
CaC     -.25    -.25 .13959      .00032 .00032 .00273       0       0       0
FeB     -.25    -.25 .04842      .00045 .00045 .00910       0       0       0
Al   -.11252  .12111 .12645  .73 .00048 .00047 .00131  .00001  .00011 -.00002
Mg   -.11252  .12111 .12645  .17 .00048 .00047 .00131  .00001  .00011 -.00002
Fe   -.11252  .12111 .12645  .06 .00048 .00047 .00131  .00001  .00011 -.00002
Ti   -.11252  .12111 .12645  .04 .00048 .00047 .00131  .00001  .00011 -.00002
AlA        0       0      0      .00048 .00052 .00148  .00003 -.00001 -.00004
O1   -.22031  .17320 .08583      .00086 .00044 .00131 -.00002 -.00008 -.00012
O2   -.11715  .15951 .27837      .00061 .00072 .00179 -.00009 -.00027  .00008
O3   -.04932  .22170 .07689      .00076 .00055 .00144  .00003  .00001 -.00006
O4   -.06174  .10611 .47074      .00072 .00042 .00156 -.00002 -.00020  .00010
O5   -.16955  .01587 .17879      .00073 .00100 .00164 -.00029  .00025  .00011
O6   -.11777 -.27110 .05877      .00172 .00076 .00227 -.00038  .00034 -.00042
O7    .05603  .17329 .32195      .00051 .00097 .00217  .00012 -.00004  .00015
O8   -.06090 -.09017 .06540      .00047 .00056 .00213 -.00008  .00048 -.00016
O9   -.14406 -.14406    .25      .00102 .00102 .00107 -.00017 -.00022  .00021
O10     -.25    -.25 .86066      .00043 .00043 .01229       0       0       0
OH   -.00441  .06214 .13594      .00053 .00049 .00113  .00007  .00001  .00012
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Costibite
Download hom/costibite.pdf
Rowland J F, Gabe E J, Hall S R
Download cm/vol13/CM13_188.pdf
The Canadian Mineralogist 13 (1975) 188-196
The crystal structures of costibite (CoSbS) and paracostibite(CoSbS)
_database_code_amcsd 0005114
4.873 5.852 3.608 90 90 90 Pn2_1m
atom     x     y z U(1,1) U(2,2) U(3,3) U(1,2) U(1,3) U(2,3)
Co   .2806     0 0  .0069  .0054  .0045 -.0003      0      0
Sb   .0412 .3740 0  .0068  .0054  .0045 -.0005      0      0
S    .4540 .6337 0  .0068  .0049  .0035 -.0003      0      0
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Paracostibite
Download hom/paracostibite.pdf
Rowland J F, Gabe E J, Hall S R
Download cm/vol13/CM13_188.pdf
The Canadian Mineralogist 13 (1975) 188-196
The crystal structures of costibite (CoSbS) and paracostibite(CoSbS)
_database_code_amcsd 0005115
5.842 5.951 11.666 90 90 90 Pbca
atom      x     y     z U(1,1) U(2,2) U(3,3) U(1,2) U(1,3) U(2,3)
Co    .0136 .1657 .3841  .0035  .0041  .0028  .0000 -.0003  .0001
Sb    .1180 .0500 .1800  .0039  .0040  .0032 -.0002  .0003 -.0002
S    -.1333 .3095 .0659  .0045  .0048  .0023 -.0007  .0001  .0001
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Eriochalcite
Download hom/eriochalcite.pdf
Brownstein S, Han N F, Gabe E, LePage Y
Download zk/vol189/ZK189_13.pdf
Zeitschrift fur Kristallographie 189 (1989) 13-15
A redetermination of the crystal structure of cupric chloride dihydrate
Locality: synthetic
_database_code_amcsd 0010986
7.4141 8.0886 3.7458 90 90 90 Pbmn
atom      x     y     z Biso
Cu        0     0     0 1.67
Cl   .23998     0 .3798 1.79
O         0 .2402     0 2.52
H      .099  .275  .064  5.4
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Total number of retrieved datasets: 9
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