American Mineralogist Crystal Structure Database

25 matching records for this search.

Hashemite
Download hom/hashemite.pdf
Duesler E N, Foord E E
Download am/vol71/AM71_1217.pdf
American Mineralogist 71 (1986) 1217-1220
Crystal structure of hashemite, BaCrO4, a barite structure type
Locality: from a stone quarry 60 km southeast of Amman, west-central Jordan
_database_code_amcsd 0001046
9.1028 5.5276 7.3314 90 90 90 Pnma
atom      x     y       z occ U(1,1) U(2,2) U(3,3) U(1,2) U(1,3) U(2,3)
Ba   .81690   .75 -.15551      .0242  .0348  .0259      0 -.0003      0
Cr   .44225   .75  .19404  .9  .0245  .0275  .0240      0  .0004      0
S    .44225   .75  .19404  .1  .0245  .0275  .0240      0  .0004      0
O1    .6099   .75   .1146       .031   .056   .048      0   .013      0
O2    .3185   .75   .0330       .043   .048   .032      0  -.009      0
O3    .4180 .5078   .3231       .031   .028   .034  .0000  -.001   .002
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Zimbabweite
Download hom/zimbabweite.pdf
Duesler E N, Chakoumakos B C, Foord E E
Download am/vol73/AM73_1186.pdf
American Mineralogist 73 (1988) 1186-1190
Zimbabweite, Na(Pb,Na,K)2As4(Ta,Nb,Ti)4O18, an arsenite-tantalate with a
novel corner-linked octahedral sheet
_database_code_amcsd 0001200
12.245 15.287 8.684 90 90 90 *Ccmb
.25 .25 0
atom      x      y      z  occ U(1,1) U(2,2) U(3,3) U(1,2) U(1,3) U(2,3)
Ta1  .81379 .37712 .30173  .75  .0105  .0102  .0092  .0003  .0003  .0006
Nb1  .81379 .37712 .30173 .125  .0105  .0102  .0092  .0003  .0003  .0006
Ti1  .81379 .37712 .30173 .125  .0105  .0102  .0092  .0003  .0003  .0006
Pb2   .4504    .25  .8793   .5  .0137  .0224  .0245      0      0  .0076
K2    .4504    .25  .8793  .25  .0137  .0224  .0245      0      0  .0076
Na2   .4504    .25  .8793  .25  .0137  .0224  .0245      0      0  .0076
Na3     .75    .25      0       .0024  .0029  .0047      0      0  .0015
As    .5855 .42180  .0686       .0118  .0139  .0138  .0004  .0001  .0003
O1    .6669  .3660   .205       .0028  .0021  .0010  .0002  .0000  .0005
O2    .1188  .3535   .586       .0017  .0032  .0010  .0000 -.0001  .0001
O3    .9639  .3642   .386       .0022  .0015  .0020  .0002 -.0001  .0004
O4     .805    .25   .326       .0020  .0012  .0028      0      0  .0000
O5     .826     .5    .25       .0015  .0030  .0013      0  .0001      0
O6      .75   .395     .5       .0022  .0021  .0003      0      0 -.0001
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View JMOL 3-D Structure
 
Artroeite
Download hom/artroeite.pdf
Kampf A R, Foord E E
Download am/vol80/AM80_179.pdf
American Mineralogist 80 (1995) 179-183
Artroeite, PbAlF3(OH)2, a new mineral from the Grand Reef mine, Graham County,
Arizona: Description and crystal structure
_database_code_amcsd 0001717
6.270 6.821 5.057 90.68 107.69 104.46 P-1
atom      x      y      z Uiso U(1,1) U(2,2) U(3,3) U(1,2) U(1,3) U(2,3)
Pb   .30975 .19142 .20352      .00866 .00607  .0140 .00235 .00339 .00156
Al    .8110  .3273  .8364       .0085  .0047  .0100  .0016  .0031  .0012
F1    .7950  .1378  .5751        .017  .0069   .015  .0030   .009  .0003
F2    .7407  .4891  .5627        .012  .0081   .011  .0043   .002  .0028
F3    .5137  .2308  .8113        .009  .0105   .023  .0001   .006   .002
Oh1   .8629  .5514  .0981        .008  .0073   .013  .0027   .005   .001
Oh2   .8981  .1432  .0988        .010  .0076   .007  .0030   .003  .0021
H1     .807   .509   .253  .02
H2     .862   .122   .255  .02
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Titanite
Download hom/titanite.pdf
Hughes J M, Bloodaxe E S, Hanchar J M, Foord E E
Download am/vol82/AM82_512.pdf
American Mineralogist 82 (1997) 512-516
Incorporation of rare earth elements in titanite: Stabilization of the A2/a
dimorph by creation of antiphase boundaries
Sample: natural
_database_code_amcsd 0001898
7.0425 8.7155 6.5376 90 113.629 90 A2/a
atom     x      y     z Biso
Ti      .5      0    .5  .75
Ca     .25 .16684     0 1.54
Si     .75  .1828     0  .67
O1     .75  .0744    .5  .88
O2   .9127  .0667 .1834 1.10
O3   .3798  .2105 .3949 1.03
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Titanite
Download hom/titanite.pdf
Hughes J M, Bloodaxe E S, Hanchar J M, Foord E E
Download am/vol82/AM82_512.pdf
American Mineralogist 82 (1997) 512-516
Incorporation of rare earth elements in titanite: Stabilization of the A2/a
dimorph by creation of antiphase boundaries
Sample: La-Al
_database_code_amcsd 0001899
7.0348 8.7119 6.5498 90 113.712 90 A2/a
atom     x      y     z  Biso
Ti      .5      0    .5  .693
Ca     .25 .16868     0 1.058
Si     .75 .18262     0  .417
O1     .75  .0698    .5   .69
O2   .9114  .0661 .1853   .77
O3   .3827  .2108 .3970   .68
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View JMOL 3-D Structure
 
Titanite
Download hom/titanite.pdf
Hughes J M, Bloodaxe E S, Hanchar J M, Foord E E
Download am/vol82/AM82_512.pdf
American Mineralogist 82 (1997) 512-516
Incorporation of rare earth elements in titanite: Stabilization of the A2/a
dimorph by creation of antiphase boundaries
Sample: Dy-Al
_database_code_amcsd 0001900
7.0280 8.7025 6.5434 90 113.6813 90 A2/a
atom     x      y     z Biso
Ti      .5      0    .5  .64
Ca     .25 .16922     0 1.01
Si     .75  .1824     0  .58
O1     .75  .0705    .5  .91
O2   .9112  .0663 .1846  .86
O3   .3817  .2107 .3971  .79
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View JMOL 3-D Structure
 
Titanite
Download hom/titanite.pdf
Hughes J M, Bloodaxe E S, Hanchar J M, Foord E E
Download am/vol82/AM82_512.pdf
American Mineralogist 82 (1997) 512-516
Incorporation of rare earth elements in titanite: Stabilization of the A2/a
dimorph by creation of antiphase boundaries
Sample: Dy-Al
_database_code_amcsd 0001901
7.057 8.710 6.555 90 113.84 90 P2_1/a
atom      x      y     z Biso
Ti   .50870  .7526 .2496  .54
Ca    .2451 .91831 .7504  .97
Si    .7497  .9328 .7503  .21
O1    .7487  .8209 .2482  .55
O2    .9106  .8172 .9355  .51
O3    .3830  .9599 .1461  .49
O4    .9113  .3155 .4355  .57
O5    .3819  .4615 .6486  .53
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Polylithionite
Download hom/polylithionite.pdf
Brigatti M F, Lugli C, Poppi L, Foord E E, Kile D E
Download am/vol85/AM85_1275.pdf
American Mineralogist 85 (2000) 1275-1286
Crystal chemical variations in Li- and Fe-rich micas from
Pikes Peak batholith (central Colorado)
Sample: 114
_database_code_amcsd 0002496
5.262 9.085 10.099 90 100.72 90 C2
atom      x      y      z  occ  B(1,1)  B(2,2)  B(3,3)   B(1,2)  B(1,3)   B(2,3)
SiT1  .0859  .1706 .22947 .884 .006079 .001726 .001803 -.000160 .000292  .000000
AlT1  .0859  .1706 .22947 .116 .006079 .001726 .001803 -.000160 .000292  .000000
SiT11 .5760  .3340 .22972 .884 .005331 .001605 .001523 -.000106 .000585  .000139
AlT11 .5760  .3340 .22972 .116 .005331 .001605 .001523 -.000106 .000585  .000139
LiM1      0 .01129     .5 .615 .006921 .001363 .002361        0 .001218        0
AlM1      0 .01129     .5 .074 .006921 .001363 .002361        0 .001218        0
FeM1      0 .01129     .5 .232 .006921 .001363 .002361        0 .001218        0
MnM1      0 .01129     .5 .038 .006921 .001363 .002361        0 .001218        0
LiM2      0  .3421     .5 .777 .003835 .001333 .002184        0 .000292        0
FeM2      0  .3421     .5 .223 .003835 .001333 .002184        0 .000292        0
LiM3     .5  .1803     .5 .031 .007295 .001908 .001650        0 .000487        0
AlM3     .5  .1803     .5 .966 .007295 .001908 .001650        0 .000487        0
NaA       0  .5016      0 .005 .019079 .005664 .004875        0 .001511        0
RbA       0  .5016      0 .051 .019079 .005664 .004875        0 .001511        0
KA        0  .5016      0 .906 .019079 .005664 .004875        0 .001511        0
O1    .0404  .0032  .1715      .020763 .002665 .002818 -.000958 .000244  .000222
O2    .3139  .2438  .1596      .011784 .005028 .002590 -.001969 .000536  .000028
O22   .8205  .2622  .1728      .012345 .006088 .002564  .003247 .001072  .000527
O3    .1621  .1757  .3925      .007389 .002968 .002311  .000213 .000731  .000028
O33   .6158  .3283  .3935      .009914 .002090 .001803 -.000479 .000682  .000222
F4    .1098  .5303  .3986 .873 .006640 .001484 .001549  .000373 .000828 -.000555
O4    .1098  .5303  .3986 .056 .006640 .001484 .001549  .000373 .000828 -.000555
OH4   .1098  .5303  .3986 .071 .006640 .001484 .001549  .000373 .000828 -.000555
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View JMOL 3-D Structure
 
Polylithionite
Download hom/polylithionite.pdf
Brigatti M F, Lugli C, Poppi L, Foord E E, Kile D E
Download am/vol85/AM85_1275.pdf
American Mineralogist 85 (2000) 1275-1286
Crystal chemical variations in Li- and Fe-rich micas from
Pikes Peak batholith (central Colorado)
Sample: 55a
_database_code_amcsd 0002497
5.270 9.092 10.080 90 100.70 90 C2
atom      x      y     z  occ  B(1,1)  B(2,2)  B(3,3)   B(1,2)   B(1,3)   B(2,3)
SiT1  .0757  .1687 .2289 .853 .005501 .001815 .001656  .000106  .000536 -.000111
AlT1  .0757  .1687 .2289 .147 .005501 .001815 .001656  .000106  .000536 -.000111
SiT11 .5854  .3322 .2287 .853 .006433 .001845 .001784  .000159  .000292 -.000056
AlT11 .5854  .3322 .2287 .147 .006433 .001845 .001784  .000159  .000292 -.000056
LiM1      0  .9920    .5 .412 .007179 .001784 .002497        0  .001072        0
AlM1      0  .9920    .5 .123 .007179 .001784 .002497        0  .001072        0
FeM1      0  .9920    .5 .340 .007179 .001784 .002497        0  .001072        0
LiM2      0  .3227    .5 .011 .006153 .002208 .001376        0  .000097        0
AlM2      0  .3227    .5 .989 .006153 .002208 .001376        0  .000097        0
LiM3     .5  .1612    .5 .706 .004475 .002026 .002293        0        0        0
MgM3     .5  .1612    .5 .007 .004475 .002026 .002293        0        0        0
FeM3     .5  .1612    .5 .249 .004475 .002026 .002293        0        0        0
MnM3     .5  .1612    .5 .038 .004475 .002026 .002293        0        0        0
NaA       0 .50145     0 .002 .019112 .005958 .005046        0  .001414        0
RbA       0 .50145     0 .006 .019112 .005958 .005046        0  .001414        0
KA        0 .50145     0 .940 .019112 .005958 .005046        0  .001414        0
O1    .0394  .9999 .1713      .021443 .003629 .003058  .000531 -.000146 -.000555
O2    .3210  .2396 .1724      .013052 .006653 .002548 -.003186  .000877 -.000500
O22   .8141  .2595 .1589      .013052 .005444 .002548  .002602  .000292  .000111
O3    .1157  .1734 .3936      .010255 .003024 .002293  .000372  .000292 -.000278
O33m  .6616  .3264 .3923      .008670 .003569 .002293  .000425  .000829 -.000056
F4    .1093  .4719 .3980 .813 .005501 .001663 .001325 -.000584  .000487  .000416
O4    .1093  .4719 .3980 .084 .005501 .001663 .001325 -.000584  .000487  .000416
OH4   .1093  .4719 .3980 .103 .005501 .001663 .001325 -.000584  .000487  .000416
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View JMOL 3-D Structure
 
Polylithionite
Download hom/polylithionite.pdf
Brigatti M F, Lugli C, Poppi L, Foord E E, Kile D E
Download am/vol85/AM85_1275.pdf
American Mineralogist 85 (2000) 1275-1286
Crystal chemical variations in Li- and Fe-rich micas from
Pikes Peak batholith (central Colorado)
Sample: 55b
_database_code_amcsd 0002498
5.263 9.085 10.078 90 100.75 90 C2
atom      x      y      z  occ  B(1,1)  B(2,2)  B(3,3)  B(1,2)  B(1,3)  B(2,3)
SiT1  .0758  .1678 .22923 .853 .005891 .001636 .001505  .00005  .00054 -.00011
AlT1  .0758  .1678 .22923 .147 .005891 .001636 .001505  .00005  .00054 -.00011
SiT11 .5859  .3311 .22905 .853 .005330 .001333 .001377 -.00011  .00015  .00000
AlT11 .5859  .3311 .22905 .147 .005330 .001333 .001377 -.00011  .00015  .00000
LiM1      0  .9926     .5 .531 .006920 .001212 .002091       0  .00098       0
AlM1      0  .9926     .5 .063 .006920 .001212 .002091       0  .00098       0
FeM1      0  .9926     .5 .348 .006920 .001212 .002091       0  .00098       0
LiM2      0 .32175     .5 .001 .006265 .001726 .001199       0  .00024       0
AlM2      0 .32175     .5 .998 .006265 .001726 .001199       0  .00024       0
LiM3     .5  .1612     .5 .690 .005330 .001302 .002066       0  .00029       0
MgM3     .5  .1612     .5 .005 .005330 .001302 .002066       0  .00029       0
FeM3     .5  .1612     .5 .260 .005330 .001302 .002066       0  .00029       0
MnM3     .5  .1612     .5 .045 .005330 .001302 .002066       0  .00029       0
NaA       0  .5017      0 .011 .018702 .005392 .004335       0  .00132       0
RbA       0  .5017      0 .023 .018702 .005392 .004335       0  .00132       0
KA        0  .5017      0 .956 .018702 .005392 .004335       0  .00132       0
O1    .0396  .9990  .1712      .020572 .002665 .002780  .00053  .00059 -.00028
O2    .3204  .2385  .1724      .012156 .006361 .002040 -.00266  .00073 -.00022
O22   .8145  .2572  .1588      .013091 .004846 .003060  .00213  .00068 -.00022
O3    .1150  .1731  .3927      .007481 .002120 .001505  .00059  .00073 -.00014
O33   .6637  .3253  .3922      .005143 .002090 .001250 -.00027 -.00010 -.00006
F4    .1086  .4704  .3981 .767 .006826 .001726 .001428 -.00027  .00068  .00033
O4    .1086  .4704  .3981 .113 .006826 .001726 .001428 -.00027  .00068  .00033
OH4   .1086  .4704  .3981 .120 .006826 .001726 .001428 -.00027  .00068  .00033
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View JMOL 3-D Structure
 
Polylithionite
Download hom/polylithionite.pdf
Brigatti M F, Lugli C, Poppi L, Foord E E, Kile D E
Download am/vol85/AM85_1275.pdf
American Mineralogist 85 (2000) 1275-1286
Crystal chemical variations in Li- and Fe-rich micas from
Pikes Peak batholith (central Colorado)
sample: 130(1)
_database_code_amcsd 0002499
5.290 9.128 10.093 90 100.80 90 C2
atom      x      y      z  occ  B(1,1)  B(2,2)  B(3,3)  B(1,2)  B(1,3)  B(2,3)
SiT1  .0747  .1683 .22799 .824 .006018 .001920 .001399  .00011  .00058 -.00003
AlT1  .0747  .1683 .22799 .176 .006018 .001920 .001399  .00011  .00058 -.00003
SiT11 .5844  .3316 .22810 .824 .007222 .001950 .001577  .00000  .00044  .00003
AlT11 .5844  .3316 .22810 .176 .007222 .001950 .001577  .00000  .00044  .00003
LiM1      0  .9917     .5 .558 .009074 .002250 .002671       0  .00136       0
AlM1      0  .9917     .5 .001 .009074 .002250 .002671       0  .00136       0
FeM1      0  .9917     .5 .441 .009074 .002250 .002671       0  .00136       0
AlM2      0  .3224     .5      .007592 .002190 .001373       0  .00049       0
LiM3     .5  .1608     .5 .522 .006203 .002490 .002645       0  .00029       0
MgM3     .5  .1608     .5 .022 .006203 .002490 .002645       0  .00029       0
FeM3     .5  .1608     .5 .354 .006203 .002490 .002645       0  .00029       0
MnM3     .5  .1608     .5 .062 .006203 .002490 .002645       0  .00029       0
CaA       0 .50119      0 .006 .021110 .006451 .005189       0  .00160       0
NaA       0 .50119      0 .016 .021110 .006451 .005189       0  .00160       0
KA        0 .50119      0 .968 .021110 .006451 .005189       0  .00160       0
O1    .0329  .9990  .1719      .022221 .003661 .002823  .00053 -.00015  .00003
O2    .3230  .2364  .1725      .014999 .006361 .002798 -.00348  .00146 -.00041
O22   .8166  .2614  .1595      .014444 .005851 .002289  .00243  .00073  .00025
O3    .1155  .1741  .3940      .008703 .003180 .002162  .00037  .00029 -.00047
O33   .6622  .3264  .3928      .008518 .003451 .001933 -.00026  .00068 -.00014
F4    .1103  .4727  .3993 .776 .007500 .001500 .001323 -.00032  .00058  .00058
O4    .1103  .4727  .3993 .131 .007500 .001500 .001323 -.00032  .00058  .00058
OH4   .1103  .4727  .3993 .093 .007500 .001500 .001323 -.00032  .00058  .00058
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View JMOL 3-D Structure
 
Polylithionite
Download hom/polylithionite.pdf
Brigatti M F, Lugli C, Poppi L, Foord E E, Kile D E
Download am/vol85/AM85_1275.pdf
American Mineralogist 85 (2000) 1275-1286
Crystal chemical variations in Li- and Fe-rich micas from
Pikes Peak batholith (central Colorado)
sample: 130(2)
_database_code_amcsd 0002500
5.275 9.105 10.084 90 100.70 90 C2
atom      x      y      z  occ  B(1,1)  B(2,2)  B(3,3)  B(1,2)  B(1,3)  B(2,3)
SiT1  .0755  .1687 .22887 .832 .007816 .001568 .002012  .00027  .00073 -.00003
AlT1  .0755  .1687 .22887 .168 .007816 .001568 .002012  .00027  .00073 -.00003
SiT11 .5850  .3322 .22855 .832 .008375 .001417 .002266  .00011  .00049  .00003
AlT11 .5850  .3322 .22855 .168 .008375 .001417 .002266  .00011  .00049  .00003
LiM1      0 .99201     .5 .531 .010608 .001809 .003005       0  .00131       0
AlM1      0 .99201     .5 .018 .010608 .001809 .003005       0  .00131       0
FeM1      0 .99201     .5 .419 .010608 .001809 .003005       0  .00131       0
AlM2      0  .3225     .5      .008003 .001387 .001604       0  .00024       0
LiM3     .5  .1606     .5 .562 .007630 .001900 .002979       0  .00024       0
MgM3     .5  .1606     .5 .022 .007630 .001900 .002979       0  .00024       0
FeM3     .5  .1606     .5 .065 .007630 .001900 .002979       0  .00024       0
MnM3     .5  .1606     .5 .062 .007630 .001900 .002979       0  .00024       0
CaA       0  .5014      0 .006 .022054 .005820 .005576       0  .00175       0
NaA       0  .5014      0 .016 .022054 .005820 .005576       0  .00175       0
KA        0  .5014      0 .964 .022054 .005820 .005576       0  .00175       0
O1    .0379  .9998  .1718      .022240 .002714 .003361  .00106 -.00024 -.00033
O2    .3209  .2391  .1729      .015168 .006393 .002801 -.00344  .00058 -.00031
O22   .8142  .2593  .1584      .013958 .005277 .002699  .00270  .00058  .00008
O3    .1158  .1746  .3935      .011911 .002171 .002241  .00027  .00010 -.00008
O33   .6610  .3270  .3926      .009398 .002835 .002546 -.00027  .00068 -.00006
F4    .1109  .4725  .3987 .772 .010515 .002262 .002495 -.00042  .00112  .00042
O4    .1109  .4725  .3987 .135 .010515 .002262 .002495 -.00042  .00112  .00042
OH4   .1109  .4725  .3987 .093 .010515 .002262 .002495 -.00042  .00112  .00042
Download AMC data (View Text File)
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Download diffraction data (View Text File)
View JMOL 3-D Structure
 
Polylithionite
Download hom/polylithionite.pdf
Brigatti M F, Lugli C, Poppi L, Foord E E, Kile D E
Download am/vol85/AM85_1275.pdf
American Mineralogist 85 (2000) 1275-1286
Crystal chemical variations in Li- and Fe-rich micas from
Pikes Peak batholith (central Colorado)
Sample: 137
_database_code_amcsd 0002501
5.279 9.114 10.077 90 100.79 90 C2
atom      x      y      z  occ  B(1,1)  B(2,2)  B(3,3)   B(1,2)  B(1,3)   B(2,3)
SiT1  .0750  .1688  .2283 .802 .002231 .001565 .001786 -.000053 .001023 -.000194
AlT1  .0750  .1688  .2283 .198 .002231 .001565 .001786 -.000053 .001023 -.000194
SiT11 .5856  .3323  .2280 .802 .003161 .001595 .002628 -.000106 .001120 -.000139
AlT11 .5856  .3323  .2280 .198 .003161 .001595 .002628 -.000106 .001120 -.000139
LiM1      0 .99109     .5 .362 .006043 .001354 .003215        0 .002143        0
AlM1      0 .99109     .5 .048 .006043 .001354 .003215        0 .002143        0
FeM1      0 .99109     .5 .447 .006043 .001354 .003215        0 .002143        0
AlM2      0  .3218     .5      .006415 .002618 .002245  .002645 .000731 -.001386
LiM3     .5  .1605     .5 .611 .002231 .001053 .003291        0 .000828        0
MgM3     .5  .1605     .5 .011 .002231 .001053 .003291        0 .000828        0
FeM3     .5  .1605     .5 .301 .002231 .001053 .003291        0 .000828        0
MnM3     .5  .1605     .5 .073 .002231 .001053 .003291        0 .000828        0
NaA       0  .5015      0 .023 .016455 .005417 .005460        0 .001948        0
KA        0  .5015      0 .944 .016455 .005417 .005460        0 .001948        0
O1    .0373   .001  .1712      .019244 .002949 .003623        0 .000390        0
O2    .3190  .2398  .1708      .009297 .006320 .004337 -.002645 .002435 -.001386
O22   .8173  .2609  .1602      .010226 .006019 .003062  .002116 .000974 -.000277
O3    .1146  .1752  .3931      .006043 .002709 .003317  .001058 .001364  .000139
O33   .6627  .3277  .3927      .004555 .003612 .002041 -.000370 .000292  .000139
F4    .1092  .4721  .3984 .869 .005950 .000752 .001939 -.001375 .001705  .000416
O4    .1092  .4721  .3984 .009 .005950 .000752 .001939 -.001375 .001705  .000416
OH4   .1092  .4721  .3984 .122 .005950 .000752 .001939 -.001375 .001705  .000416
Download AMC data (View Text File)
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Polylithionite
Download hom/polylithionite.pdf
Brigatti M F, Lugli C, Poppi L, Foord E E, Kile D E
Download am/vol85/AM85_1275.pdf
American Mineralogist 85 (2000) 1275-1286
Crystal chemical variations in Li- and Fe-rich micas from
Pikes Peak batholith (central Colorado)
Sample: 104
_database_code_amcsd 0002502
5.285 9.122 10.101 90 100.85 90 C2
atom      x      y      z  occ  B(1,1)  B(2,2)  B(3,3)   B(1,2)  B(1,3)   B(2,3)
SiT1  .0754  .1680 .22841 .826 .007145 .000991 .001804  .000106 .000437 -.000028
AlT1  .0754  .1680 .22841 .174 .007145 .000991 .001804  .000106 .000437 -.000028
SiT11 .5849  .3310 .22840 .826 .009372 .001112 .002388  .000053 .000971  .000055
AlT11 .5849  .3310 .22840 .174 .009372 .001112 .002388  .000053 .000971  .000055
LiM1      0 .99117     .5 .345 .009929 .001142 .002718        0 .001554        0
AlM1      0 .99117     .5 .056 .009929 .001142 .002718        0 .001554        0
FeM1      0 .99117     .5 .405 .009929 .001142 .002718        0 .001554        0
LiM2      0  .3218     .5 .020 .010393 .001532 .001931        0 .001020        0
AlM2      0  .3218     .5 .980 .010393 .001532 .001931        0 .001020        0
LiM3     .5  .1606     .5 .598 .009094 .001803 .002921        0 .000437        0
MgM3     .5  .1606     .5 .009 .009094 .001803 .002921        0 .000437        0
FeM3     .5  .1606     .5 .383 .009094 .001803 .002921        0 .000437        0
MnM3     .5  .1606     .5 .010 .009094 .001803 .002921        0 .000437        0
CaA       0  .5010      0 .001 .023941 .005528 .005817        0 .001748        0
NaA       0  .5010      0 .020 .023941 .005528 .005817        0 .001748        0
KA        0  .5010      0 .960 .023941 .005528 .005817        0 .001748        0
O1    .0356  .9991  .1717      .024961 .003034 .003734  .001056 .000825 -.000304
O2    .3223  .2371  .1729      .019115 .005618 .003709 -.003274 .002136 -.000359
O22   .8163  .2601  .1598      .016796 .005108 .003506  .003062 .001554  .000387
O3    .1181  .1739  .3942      .014476 .002313 .002362  .000158 .000728 -.000028
O33   .6622  .3254  .3926      .014476 .002584 .002718  .000053 .001748  .000304
F4    .1097  .4716  .3985 .803 .008908 .001322 .002489 -.000370 .000728  .000635
O4    .1097  .4716  .3985 .075 .008908 .001322 .002489 -.000370 .000728  .000635
OH4   .1097  .4716  .3985 .122 .008908 .001322 .002489 -.000370 .000728  .000635
Download AMC data (View Text File)
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Polylithionite
Download hom/polylithionite.pdf
Brigatti M F, Lugli C, Poppi L, Foord E E, Kile D E
Download am/vol85/AM85_1275.pdf
American Mineralogist 85 (2000) 1275-1286
Crystal chemical variations in Li- and Fe-rich micas from
Pikes Peak batholith (central Colorado)
Sample: 54b
_database_code_amcsd 0002503
5.283 9.123 10.072 90 100.76 90 C2
atom      x      y      z  occ  B(1,1)  B(2,2)  B(3,3)  B(1,2)  B(1,3)  B(2,3)
SiT1  .0753  .1690 .22801 .827 .004455 .001742 .000587 -.00005  .00005 -.00014
AlT1  .0753  .1690 .22801 .173 .004455 .001742 .000587 -.00005  .00005 -.00014
SiT11 .5851  .3320 .22782 .827 .004640 .001562 .000817 -.00011 -.00005 -.00011
AlT11 .5851  .3320 .22782 .173 .004640 .001562 .000817 -.00011 -.00005 -.00011
LiM1      0  .9911     .5 .391 .005847 .001322 .001251       0  .00112       0
AlM1      0  .9911     .5 .074 .005847 .001322 .001251       0  .00112       0
FeM1      0  .9911     .5 .363 .005847 .001322 .001251       0  .00112       0
LiM2      0  .3224     .5 .042 .003712 .001532 .000281       0 -.00019       0
AlM2      0  .3224     .5 .954 .003712 .001532 .000281       0 -.00019       0
LiM3     .5  .1602     .5 .158 .003805 .001922 .001277       0 -.00044       0
MgM3     .5  .1602     .5 .008 .003805 .001922 .001277       0 -.00044       0
FeM3     .5  .1602     .5 .368 .003805 .001922 .001277       0 -.00044       0
MnM3     .5  .1602     .5 .063 .003805 .001922 .001277       0 -.00044       0
NaA       0 .50145      0 .020 .018469 .005797 .004264       0  .00102       0
RbA       0 .50145      0 .004 .018469 .005797 .004264       0  .00102       0
KA        0 .50145      0 .940 .018469 .005797 .004264       0  .00102       0
O1    .0407  .0004  .1711      .020696 .003184 .001864  .00100 -.00015  .00003
O2    .3201  .2402  .1719      .012436 .006608 .002043 -.00259  .00068  .00003
O22   .8124  .2580  .1585      .011879 .004896 .002043  .00222  .00083  .00019
O3    .1148  .1751  .3933      .008910 .003605 .001226  .00074 -.00024 -.00083
O33   .6640  .3264  .3925      .007610 .003394 .001404  .00026  .00034 -.00083
F4    .1086  .4715  .3978 .827 .007146 .001892 .000868 -.00026  .00073  .00044
O4    .1086  .4715  .3978 .051 .007146 .001892 .000868 -.00026  .00073  .00044
OH4   .1086  .4715  .3978 .122 .007146 .001892 .000868 -.00026  .00073  .00044
Download AMC data (View Text File)
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Download diffraction data (View Text File)
View JMOL 3-D Structure
 
Polylithionite
Download hom/polylithionite.pdf
Brigatti M F, Lugli C, Poppi L, Foord E E, Kile D E
Download am/vol85/AM85_1275.pdf
American Mineralogist 85 (2000) 1275-1286
Crystal chemical variations in Li- and Fe-rich micas from
Pikes Peak batholith (central Colorado)
Sample: 177
_database_code_amcsd 0002504
5.288 9.133 10.088 90 100.81 90 C2
atom      x      y      z  occ  B(1,1)  B(2,2)  B(3,3)  B(1,2)  B(1,3)  B(2,3)
SiT1  .0749  .1681  .2280 .807 .003892 .001678 .001273  .00016  .00053 -.00005
AlT1  .0749  .1681  .2280 .193 .003892 .001678 .001273  .00016  .00053 -.00005
SiT11 .5850  .3318  .2277 .807 .005189 .001768 .001757  .00026  .00043 -.00003
AlT11 .5850  .3318  .2277 .193 .005189 .001768 .001757  .00026  .00043 -.00003
LiM1      0 .99097     .5 .438 .007228 .001589 .002292       0  .00141       0
FeM1      0 .99097     .5 .490 .007228 .001589 .002292       0  .00141       0
LiM2      0  .3215     .5 .110 .006023 .001978 .001349       0  .00044       0
AlM2      0  .3215     .5 .873 .006023 .001978 .001349       0  .00044       0
TiM2      0  .3215     .5 .010 .006023 .001978 .001349       0  .00044       0
LiM3     .5  .1602     .5 .314 .005189 .002158 .002419       0  .00019       0
MgM3     .5  .1602     .5 .009 .005189 .002158 .002419       0  .00019       0
FeM3     .5  .1602     .5 .397 .005189 .002158 .002419       0  .00019       0
MnM3     .5  .1602     .5 .064 .005189 .002158 .002419       0  .00019       0
NaA       0  .5010      0 .040 .019367 .006084 .005245       0  .00160       0
RbA       0  .5010      0 .003 .019367 .006084 .005245       0  .00160       0
KA        0  .5010      0 .942 .019367 .006084 .005245       0  .00160       0
O1    .0362  .9990  .1716      .020386 .003057 .003081  .00153 -.00039  .00019
O2    .3219  .2379  .1724      .013251 .006114 .003055 -.00248  .00160 -.00050
O22   .8155  .2600  .1595      .011212 .005785 .002368  .00290  .00073  .00011
O3    .1150  .1738  .3928      .008247 .002308 .001808  .00074 -.00019 -.00003
O33   .6627  .3266  .3934      .006579 .003537 .001986  .00016  .00039  .00047
F4    .1098  .4720  .3985 .960 .006023 .001828 .001553 -.00021  .00092  .00047
OH4   .1098  .4720  .3985 .040 .006023 .001828 .001553 -.00021  .00092  .00047
Download AMC data (View Text File)
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View JMOL 3-D Structure
 
Polylithionite
Download hom/polylithionite.pdf
Brigatti M F, Lugli C, Poppi L, Foord E E, Kile D E
Download am/vol85/AM85_1275.pdf
American Mineralogist 85 (2000) 1275-1286
Crystal chemical variations in Li- and Fe-rich micas from
Pikes Peak batholith (central Colorado)
sample: 140(1)
_database_code_amcsd 0002505
5.283 9.118 10.092 90 100.78 90 C2
atom      x      y      z  occ  B(1,1)  B(2,2)  B(3,3)   B(1,2)  B(1,3)   B(2,3)
SiT1  .0753  .1682 .22833 .794 .005662 .001894 .001552  .000000 .000583 -.000028
AlT1  .0753  .1682 .22833 .206 .005662 .001894 .001552  .000000 .000583 -.000028
SiT11 .5851  .3315 .22829 .794 .005569 .001744 .001577 -.000053 .000389  .000000
AlT11 .5851  .3315 .22829 .206 .005569 .001744 .001577 -.000053 .000389  .000000
LiM1      0 .99125     .5 .369 .009375 .002406 .002722        0 .001749        0
AlM1      0 .99125     .5 .014 .009375 .002406 .002722        0 .001749        0
FeM1      0 .99125     .5 .481 .009375 .002406 .002722        0 .001749        0
AlM2      0  .3220     .5      .006405 .002045 .001297        0 .000534        0
LiM3     .5  .1601     .5 .484 .005384 .002285 .002289        0 .000486        0
MgM3     .5  .1601     .5 .051 .005384 .002285 .002289        0 .000486        0
FeM3     .5  .1601     .5 .387 .005384 .002285 .002289        0 .000486        0
MnM3     .5  .1601     .5 .058 .005384 .002285 .002289        0 .000486        0
NaA       0  .5008      0 .014 .018100 .005683 .004655        0 .001458        0
KA        0  .5008      0 .958 .018100 .005683 .004655        0 .001458        0
O1    .0386  .9989  .1715      .020885 .003488 .002823  .000634 .000049 -.000332
O2    .3204  .2390  .1725      .014758 .007247 .002747 -.002959 .001215 -.000221
O22   .8141  .2590  .1587      .014573 .005683 .002340  .002272 .000923  .000138
O3    .1159  .1743  .3932      .008075 .002586 .001450  .000475 .000632 -.000221
O33   .6622  .3260  .3922      .008075 .002887 .001806  .000158 .000826  .000000
F4    .1096  .4720  .3980 .811 .007797 .002315 .001831 -.000158 .001166  .000443
O4    .1096  .4720  .3980 .065 .007797 .002315 .001831 -.000158 .001166  .000443
OH4   .1096  .4720  .3980 .124 .007797 .002315 .001831 -.000158 .001166  .000443
Download AMC data (View Text File)
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View JMOL 3-D Structure
 
Siderophyllite
Download hom/siderophyllite.pdf
Brigatti M F, Lugli C, Poppi L, Foord E E, Kile D E
Download am/vol85/AM85_1275.pdf
American Mineralogist 85 (2000) 1275-1286
Crystal chemical variations in Li- and Fe-rich micas from
Pikes Peak batholith (central Colorado)
sample: 140(2)
_database_code_amcsd 0002506
5.297 9.146 10.102 90 100.81 90 C2
atom       x      y      z  occ  B(1,1)  B(2,2)  B(3,3)  B(1,2) B(1,3)  B(2,3)
SiT1  .07481 .16864 .22783 .809 .004710 .002002 .001447  .00000 .00044 -.00005
AlT1  .07481 .16864 .22783 .191 .004710 .002002 .001447  .00000 .00044 -.00005
SiT11 .58434 .33204 .22770 .809 .005633 .001853 .001625  .00000 .00053 -.00003
AlT11 .58434 .33204 .22770 .191 .005633 .001853 .001625  .00000 .00053 -.00003
LiM1       0  .9923     .5 .332 .006741 .001943 .002082       0 .00131       0
FeM1       0  .9923     .5 .482 .006741 .001943 .002082       0 .00131       0
LiM2       0  .3230     .5 .021 .005079 .001973 .001270       0 .00039       0
AlM2       0  .3230     .5 .979 .005079 .001973 .001270       0 .00039       0
LiM3      .5 .16112     .5 .496 .005264 .002242 .002057       0 .00024       0
MgM3      .5 .16112     .5 .047 .005264 .002242 .002057       0 .00024       0
FeM3      .5 .16112     .5 .397 .005264 .002242 .002057       0 .00024       0
MnM3      .5 .16112     .5 .060 .005264 .002242 .002057       0 .00024       0
NaA        0  .5015      0 .014 .019301 .006187 .005180       0 .00155       0
KA         0  .5015      0 .954 .019301 .006187 .005180       0 .00155       0
O1     .0363  .9996  .1716      .021056 .003497 .002920  .00074 .00039       0
O2     .3206  .2386  .1720      .013575 .006754 .002438 -.00289 .00102 -.00027
O22    .8153  .2602  .1592      .012467 .006007 .002742  .00320 .00126  .00044
O3     .1160  .1745  .3935      .009235 .003347 .001904  .00021 .00039 -.00039
O33    .6620  .3266  .3925      .008865 .003407 .001980  .00005 .00087  .00008
F4     .1100  .4729  .3983 .820 .006834 .002481 .001549 -.00016 .00058  .00039
O4     .1100  .4729  .3983 .056 .006834 .002481 .001549 -.00016 .00058  .00039
OH4    .1100  .4729  .3983 .124 .006834 .002481 .001549 -.00016 .00058  .00039
Download AMC data (View Text File)
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View JMOL 3-D Structure
 
Siderophyllite
Download hom/siderophyllite.pdf
Brigatti M F, Lugli C, Poppi L, Foord E E, Kile D E
Download am/vol85/AM85_1275.pdf
American Mineralogist 85 (2000) 1275-1286
Crystal chemical variations in Li- and Fe-rich micas from
Pikes Peak batholith (central Colorado)
Sample: 24
_database_code_amcsd 0002507
5.295 9.139 10.077 90 100.83 90 C2
atom      x      y      z  occ  B(1,1)  B(2,2)  B(3,3)  B(1,2)  B(1,3)  B(2,3)
SiT1  .0748  .1679 .22739 .828 .005916 .002185 .000230  .00005  .00019 -.00008
AlT1  .0748  .1679 .22739 .172 .005916 .002185 .000230  .00005  .00019 -.00008
SiT11 .5847  .3313 .22725 .828 .006008 .002035 .000255  .00000 -.00024 -.00003
AlT11 .5847  .3313 .22725 .172 .006008 .002035 .000255  .00000 -.00024 -.00003
LiM1      0 .99099     .5 .200 .008596 .002185 .000766       0  .00107       0
AlM1      0 .99099     .5 .107 .008596 .002185 .000766       0  .00107       0
FeM1      0 .99099     .5 .470 .008596 .002185 .000766       0  .00107       0
AlM2      0  .3213     .5      .006008 .002245 .000077       0  .00000       0
LiM3     .5  .1605     .5 .564 .006470 .002544 .000715       0 -.00019       0
FeM3     .5  .1605     .5 .358 .006470 .002544 .000715       0 -.00019       0
MnM3     .5  .1605     .5 .078 .006470 .002544 .000715       0 -.00019       0
NaA       0  .5009      0 .034 .019780 .006585 .003649       0  .00097       0
RbA       0  .5009      0 .092 .019780 .006585 .003649       0  .00097       0
KA        0  .5009      0 .820 .019780 .006585 .003649       0  .00097       0
O1    .0345  .9994  .1714      .021906 .003921 .001302  .00042 -.00015 -.00008
O2    .3222  .2370  .1730      .012755 .007184 .001302 -.00279  .00029 -.00028
O22   .8161  .2607  .1588      .013310 .006286 .000919  .00331  .00029  .00025
O3    .1146  .1738  .3942      .009890 .003712 .000740  .00053  .00034 -.00030
O33   .6636  .3263  .3932      .009243 .003682 .000893  .00037  .00005  .00003
F4    .1080  .4712  .3979 .795 .008226 .002365 .000255 -.00016  .00029  .00061
O4    .1080  .4712  .3979 .118 .008226 .002365 .000255 -.00016  .00029  .00061
OH4   .1080  .4712  .3979 .087 .008226 .002365 .000255 -.00016  .00029  .00061
Download AMC data (View Text File)
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Download diffraction data (View Text File)
View JMOL 3-D Structure
 
Siderophyllite
Download hom/siderophyllite.pdf
Brigatti M F, Lugli C, Poppi L, Foord E E, Kile D E
Download am/vol85/AM85_1275.pdf
American Mineralogist 85 (2000) 1275-1286
Crystal chemical variations in Li- and Fe-rich micas from
Pikes Peak batholith (central Colorado)
Sample: 47
_database_code_amcsd 0002508
5.339 9.233 10.135 90 100.73 90 C2
atom      x      y      z  occ  B(1,1)  B(2,2)  B(3,3)   B(1,2)  B(1,3)   B(2,3)
SiT1  .0748  .1697 .22575 .764 .005269 .001554 .000807  .000361 .000670  .000163
AlT1  .0748  .1697 .22575 .236 .005269 .001554 .000807  .000361 .000670  .000163
SiT11 .5791  .3344  .2252 .764 .008540 .003255 .002622  .000465 .000766  .000245
AlT11 .5791  .3344  .2252 .236 .008540 .003255 .002622  .000465 .000766  .000245
LiM1      0  .9997     .5 .138 .007268 .002229 .001815        0 .001244        0
AlM1      0  .9997     .5 .059 .007268 .002229 .001815        0 .001244        0
FeM1      0  .9997     .5 .674 .007268 .002229 .001815        0 .001244        0
MnM1      0  .9997     .5 .078 .007268 .002229 .001815        0 .001244        0
LiM2      0  .3317     .5 .071 .005996 .002639 .001261        0 .000335        0
AlM2      0  .3317     .5 .750 .005996 .002639 .001261        0 .000335        0
FeM2      0  .3317     .5 .071 .005996 .002639 .001261        0 .000335        0
TiM2      0  .3317     .5 .108 .005996 .002639 .001261        0 .000335        0
LiM3     .5  .1674     .5 .207 .005724 .002991 .001790        0 .000239        0
MgM3     .5  .1674     .5 .054 .005724 .002991 .001790        0 .000239        0
FeM3     .5  .1674     .5 .735 .005724 .002991 .001790        0 .000239        0
NaA       0 .50134      0 .014 .021987 .007126 .006656        0 .001675        0
KA        0 .50134      0 .986 .021987 .007126 .006656        0 .001675        0
O1    .0389  .0014  .1699      .022623 .003842 .003076  .000516 .000574 -.000408
O2    .3180  .2417  .1689      .015445 .006745 .003958 -.002065 .002584 -.000544
O22   .8099  .2585  .1641      .011720 .006745 .002622  .003665 .000096 -.000435
O3    .1289  .1749  .3933      .015354 .002874 .001261 -.002529 .000239 -.000517
O33   .6392  .3331  .3885      .019079 .004985 .002748 -.002787 .002106 -.000843
F4    .1157  .4953  .3961 .540 .011993 .010147 .001740  .002065 .000526  .000272
O4    .1157  .4953  .3961 .318 .011993 .010147 .001740  .002065 .000526  .000272
OH4   .1157  .4953  .3961 .142 .011993 .010147 .001740  .002065 .000526  .000272
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Siderophyllite
Download hom/siderophyllite.pdf
Brigatti M F, Lugli C, Poppi L, Foord E E, Kile D E
Download am/vol85/AM85_1275.pdf
American Mineralogist 85 (2000) 1275-1286
Crystal chemical variations in Li- and Fe-rich micas from
Pikes Peak batholith (central Colorado)
Sample: 103
_database_code_amcsd 0002509
5.300 9.144 10.089 90 100.74 90 C2
atom      x      y     z  occ  B(1,1)  B(2,2)  B(3,3)   B(1,2)  B(1,3)   B(2,3)
SiT1  .0749  .1684 .2272 .806 .005716 .002661 .002570  .000158 .000969  .000083
AlT1  .0749  .1684 .2272 .194 .005716 .002661 .002570  .000158 .000969  .000083
SiT11 .5832  .3325 .2272 .806 .005993 .002272 .002723 -.000053 .000969  .000055
AlT11 .5832  .3325 .2272 .194 .005993 .002272 .002723 -.000053 .000969  .000055
LiM1      0  .9933    .5 .308 .006823 .002422 .002723        0 .001502        0
AlM1      0  .9933    .5 .025 .006823 .002422 .002723        0 .001502        0
FeM1      0  .9933    .5 .537 .006823 .002422 .002723        0 .001502        0
MnM1      0  .9933    .5 .051 .006823 .002422 .002723        0 .001502        0
AlM2      0  .3247    .5 .877 .002397 .001884 .001450        0 .000291        0
FeM2      0  .3247    .5 .125 .002397 .001884 .001450        0 .000291        0
LiM3     .5  .1625    .5 .313 .008667 .004036 .003689        0 .000678        0
MgM3     .5  .1625    .5 .022 .008667 .004036 .003689        0 .000678        0
FeM3     .5  .1625    .5 .652 .008667 .004036 .003689        0 .000678        0
NaA       0 .50145     0 .036 .017979 .005830 .006132        0 .001792        0
RbA       0 .50145     0 .002 .017979 .005830 .006132        0 .001792        0
KA        0 .50145     0 .985 .017979 .005830 .006132        0 .001792        0
O1    .0406  .0001 .1705      .019362 .004007 .004249  .001050 .000145 -.000552
O2    .3199  .2405 .1715      .015674 .008073 .003308 -.002625 .001453 -.000276
O22   .8125  .2575 .1589      .009220 .005083 .003562  .002993 .001162  .000386
O3    .1167  .1736 .3918      .007376 .004186 .002036  .000210 .000630 -.000028
O33   .6580  .3277 .3918      .006454 .002990 .002544 -.000263 .000630  .000083
F4    .1112  .4753 .3975 .647 .009036 .003289 .002570  .000473 .000969  .000110
O4    .1112  .4753 .3975 .276 .009036 .003289 .002570  .000473 .000969  .000110
OH4   .1112  .4753 .3975 .077 .009036 .003289 .002570  .000473 .000969  .000110
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Iimoriite-(Y)
Download hom/iimoriitey.pdf
Hughes J M, Foord E E, Jai-Nhuknan J, Bell J M
Download cm/vol34/CM34_817.pdf
The Canadian Mineralogist 34 (1996) 817-820
The atomic arrangement of iimoriite-(Y), Y2(SiO4)(CO3)
Locality: Bokan Mountain, Prince of Wales Island, Alaska, USA
_database_code_amcsd 0005503
6.5495 6.6291 6.4395 116.364 92.556 95.506 P-1
atom      x      y      z Biso
Y1   .16782 .18941 .25715 .489
Y2   .41401 .70249 .25067 .347
Si    .6578  .2411  .2632  .66
C    -.0892  .7350  .1936  .78
O1    .0961  .8366  .2649  .89
O2    .5331  .3401  .1137  .79
O3    .4834  .0883  .3312  .72
O4    .1682  .9086  .8742  .83
O5    .2165  .2502  .6563  .98
O6    .1466  .3778  .0242  .87
O7    .2510  .5633  .4804  .92
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Esperanzaite
Download hom/esperanzaite.pdf
Foord E E, Hughes J M, Cureton F E, Maxwell C H, Falster A U, Sommer A J, Hlava P F
Download cm/vol37/CM37_67.pdf
The Canadian Mineralogist 37 (1999) 67-72
Esperanzaite, NaCa2Al2(AsO4)2F4(OH).2H2O, a new mineral species from
the La Esperanza mine, Mexico: Descriptive mineralogy and atomic arrangement
Locality: La Esperanza mine, Mexico
_database_code_amcsd 0005592
9.687 10.7379 5.5523 90 105.32 90 P2_1/m
atom      x       y      z occ Biso
As1   .0074     .25  .1397      .67
As2  .54657     .25  .8681      .65
Ca    .3555   .4175  .2602      .87
Al   -.2436   .4108  .2750      .71
Na    .1883     .25 -.2949 .68 1.71
F1    .2191   .4361 -.1665     1.34
F2    .4038   .5319  .6411     1.10
OH    .7260     .25   .382       .8
Wat   .1511   .5406  .3739     1.13
O1    .1848     .25   .267      1.2
O2   -.0601   .3748  .2470     1.15
O3    .4242     .25  1.030       .8
O4    .4710     .25   .564      1.2
O5    .3476   .6224  .0582      .92
O6   -.0320     .25  -.172      1.4
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Ordonezite
Download hom/ordonezite.pdf
Ercit T S, Foord E E, Fitzpatrick J J
Download cm/vol40/CM40_1207.pdf
The Canadian Mineralogist 40 (2002) 1207-1210
Ordonezite from the Theodoso Soto Mine, Sapioris, Durango, Mexico:
New data and structure refinement
Locality: Theodoso Soto Mine, Sapioris, Durango, Mexico
_database_code_amcsd 0005790
4.6638 4.6638 9.263 90 90 90 P4_2/mnm
atom    x    y     z  Biso B(1,1) B(2,2) B(3,3) B(1,2) B(1,3) B(2,3)
Zn      0    0     0   .59  .0059  .0059  .0020 -.0002      0      0
Sb      0    0 .3322   .30  .0029  .0029  .0011 -.0001      0      0
O1   .315 .315     0    .4
O2   .304 .304  .325    .5
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Nevadaite
 
Cooper M A, Hawthorne F C, Roberts A C, Foord E E, Erd R C, Evans H T, Jensen M C
Download cm/vol42/CM42_741.pdf
The Canadian Mineralogist 42 (2004) 741-752
Nevadaite, (Cu,_,Al,V)6[Al8(PO4)8F8](OH)2(H2O)22, a new phosphate mineral
from the Gold Quarry Mine, Carlin, Eureka County, Nevada:
Description and crystal structure
Locality: Gold Quarry Mine, Carlin, Eureka County, Nevada, USA
_database_code_amcsd 0005936
12.123 18.999 4.9613 90 90 90 P2_1mn
atom      x      y      z occ  Uiso U(1,1) U(2,2) U(3,3) U(1,2) U(1,3) U(2,3)
CuM1  .5774     .5  .2888  .5  .033   .055   .011   .032      0   .015      0
CuM2  .5934     .5  .7206  .3 .0288   .057   .004   .025      0  -.027      0
VM2   .5934     .5  .7206  .2 .0288   .057   .004   .025      0  -.027      0
CuM3  .4258      0  .7098  .2 .0082   .015   .005   .004      0   .006      0
VM3   .4258      0  .7098  .3 .0082   .015   .005   .004      0   .006      0
AlM3  .4258      0  .7098  .5 .0082   .015   .005   .004      0   .006      0
Al1      .5  .2502 -.0017     .0074  .0086  .0074  .0063  .0003  .0000  .0000
Al2    .749 .19131  .2619     .0097  .0069  .0139  .0084   .001  -.001  .0034
P1    .5192  .1467  .4955     .0088  .0099  .0084  .0082 -.0004  .0012  .0011
P2    .4817  .3545  .4960     .0088  .0099  .0084  .0082 -.0004  .0012  .0011
F1    .6464  .2346   .051     .0133  .0106  .0166   .013  -.004   .003  .0037
F2    .8512  .2360   .059     .0133  .0106  .0166   .013  -.004   .003  .0037
O1    .6451  .1448   .450     .0163  .0086   .020   .021 -.0005  .0030   .009
O2    .4753  .0709   .456     .0163   .028  .0102   .010 -.0065  -.001 -.0002
O3    .4591  .1961   .291     .0093  .0109  .0101   .007  .0031  .0012  .0043
O4    .4910  .1700   .788     .0116  .0157  .0101  .0089 -.0026  .0028 -.0021
O5    .3570  .3497   .533     .0163  .0086   .020   .021 -.0005  .0030   .009
O6    .5217  .4295   .524     .0163   .028  .0102   .010 -.0065  -.001 -.0002
O7    .5378  .3062   .697     .0093  .0109  .0101   .007  .0031  .0012  .0043
O8    .5092  .3322   .212     .0116  .0157  .0101  .0089 -.0026  .0028 -.0021
Wat9  .7496  .2736  .4979     .0175   .015  .0193  .0181  -.006   .003  -.005
Wat10 .7582  .1156 -.0122     .0175   .015  .0193  .0181  -.006   .003  -.005
Wat11 .6449  .4244   .009  .8 .0277   .027   .013   .042   .003  -.001   .000
OH11  .6449  .4244   .009  .1 .0277   .027   .013   .042   .003  -.001   .000
F11   .6449  .4244   .009  .1 .0277   .027   .013   .042   .003  -.001   .000
Wat12 .3690  .0663   .975  .8 .0277   .027   .013   .042   .003  -.001   .000
OH12  .3690  .0663   .975  .1 .0277   .027   .013   .042   .003  -.001   .000
F12   .3690  .0663   .975  .1 .0277   .027   .013   .042   .003  -.001   .000
Wat13  .404     .5   .008      .109    .08   .084    .16      0   .001      0
Wat14 .7225     .5   .528  .8  .039   .044   .025   .049      0  -.005      0
OH14  .7225     .5   .528  .1  .039   .044   .025   .049      0  -.005      0
F14   .7225     .5   .528  .1  .039   .044   .025   .049      0  -.005      0
Wat15  .597      0   .998 .62  .022
Wat16  .546      0   .998 .38  .022
Wat17  .705      0   .635 .26  .075
Wat18  .768      0   .460 .56  .075
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Total number of retrieved datasets: 25
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