American Mineralogist Crystal Structure Database

15 matching records for this search.

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
Download AMC data (View Text File)
Download CIF data (View Text File)
Download diffraction data (View Text File)
View JMOL 3-D Structure (permalink)
 
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
Download AMC data (View Text File)
Download CIF data (View Text File)
Download diffraction data (View Text File)
View JMOL 3-D Structure (permalink)
 
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
Download AMC data (View Text File)
Download CIF data (View Text File)
Download diffraction data (View Text File)
View JMOL 3-D Structure (permalink)
 
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
Download AMC data (View Text File)
Download CIF data (View Text File)
Download diffraction data (View Text File)
View JMOL 3-D Structure (permalink)
 
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)
Download CIF data (View Text File)
Download diffraction data (View Text File)
View JMOL 3-D Structure (permalink)
 
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)
Download CIF data (View Text File)
Download diffraction data (View Text File)
View JMOL 3-D Structure (permalink)
 
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)
Download CIF data (View Text File)
Download diffraction data (View Text File)
View JMOL 3-D Structure (permalink)
 
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
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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: 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
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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: 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
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Polylithionite
Download hom/polylithionite.pdf
Brigatti M F, Mottana A, Malferrari D, Cibin G
Download am/vol92/AM92_1395.pdf
American Mineralogist 92 (2007) 1395-1400
Crystal structure and chemical composition of Li-, Fe-, and Mn-rich micas
Locality: Hirukawa mine, Ena county, Gifu prefecture, Chibu region, Japan
Sample: Hirukawa
_database_code_amcsd 0004416
5.264 9.086 10.099 90 100.719 90 C2
atom      x      y     z occ Uiso U(1,1) U(2,2) U(3,3) U(1,2) U(1,3) U(2,3)
SiT1  .0749  .1698 .2290 .86 .012   .012   .003   .019      0   .002  -.002
AlT1  .0749  .1698 .2290 .14 .012   .012   .003   .019      0   .002  -.002
SiT11 .5862  .3331 .2299 .86 .010   .008   .007   .017   .001   .004  -.001
AlT11 .5862  .3331 .2299 .14 .010   .008   .007   .017   .001   .004  -.001
LiM1      0  .9929    .5 .72 .012   .012   .007   .020      0   .008      0
FeM1      0  .9929    .5 .19 .012   .012   .007   .020      0   .008      0
MnM1      0  .9929    .5 .08 .012   .012   .007   .020      0   .008      0
MgM1      0  .9929    .5 .01 .012   .012   .007   .020      0   .008      0
AlM2      0  .3234    .5     .010   .010   .009   .014      0   .007      0
LiM3     .5  .1613    .5 .72 .012   .008   .005   .022      0  -.003      0
FeM3     .5  .1613    .5 .19 .012   .008   .005   .022      0  -.003      0
MnM3     .5  .1613    .5 .09 .012   .008   .005   .022      0  -.003      0
KA        0  .5020     0 .95 .028   .027   .022   .034      0   .008      0
NaA       0  .5020     0 .05 .028   .027   .022   .034      0   .008      0
O1    .0405 1.0026 .1710     .022   .030   .011   .024   .002   .002  -.006
O2    .3160  .2422 .1693     .025   .019   .030   .026  -.003   .002  -.003
O22   .8183  .2592 .1627     .021   .015   .021   .027   .004   .009  -.003
O3    .1173  .1760 .3921     .014   .012   .013   .017  -.001      0  -.004
O33   .6618  .3270 .3930     .018   .015   .011   .026      0   .003  -.002
OH4   .1090  .4715 .3987 .06 .018   .024   .008   .023  -.004   .007      0
F4    .1090  .4715 .3987 .94 .018   .024   .008   .023  -.004   .007      0
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Polylithionite
Download hom/polylithionite.pdf
Brigatti M F, Mottana A, Malferrari D, Cibin G
Download am/vol92/AM92_1395.pdf
American Mineralogist 92 (2007) 1395-1400
Crystal structure and chemical composition of Li-, Fe-, and Mn-rich micas
Locality: Mokrusha mine, Yuzhakova village, Murzinka region, Russia
Sample: Mokrusha
_database_code_amcsd 0004417
5.297 9.133 10.168 90 100.78 90 C2
atom      x      y     z occ Uiso U(1,1) U(2,2) U(3,3) U(1,2) U(1,3) U(2,3)
SiT1  .0754  .1693 .2296 .83 .013   .009   .010   .023   .004   .006   .001
AlT1  .0754  .1693 .2296 .17 .013   .009   .010   .023   .004   .006   .001
SiT11 .5859  .3332 .2291 .83 .011   .013   .008   .011   .003      0   .002
AlT11 .5859  .3332 .2291 .17 .011   .013   .008   .011   .003      0   .002
LiM1      0  .9920    .5 .66 .015   .011   .010   .025      0   .005      0
FeM1      0  .9920    .5 .17 .015   .011   .010   .025      0   .005      0
MnM1      0  .9920    .5 .16 .015   .011   .010   .025      0   .005      0
MgM1      0  .9920    .5 .01 .015   .011   .010   .025      0   .005      0
AlM2      0  .3226    .5     .014   .005   .009   .028      0   .006      0
LiM3     .5  .1620    .5 .66 .009   .008   .008   .008      0  -.003      0
FeM3     .5  .1620    .5 .19 .009   .008   .008   .008      0  -.003      0
MgM3     .5  .1620    .5 .15 .009   .008   .008   .008      0  -.003      0
KA        0  .5010     0 .94 .029   .028   .023   .035      0   .003      0
NaA       0  .5010     0 .04 .029   .028   .023   .035      0   .003      0
CaA       0  .5010     0 .01 .029   .028   .023   .035      0   .003      0
O1    .0301 1.0026 .1717     .023   .023   .018   .025   .005      0  -.011
O2    .3206  .2370 .1697     .027   .020   .037   .023  -.006   .005  -.008
O22   .8197  .2635 .1633     .021   .019   .023   .023   .007   .010  -.003
O3    .1203  .1770 .3937     .017   .018   .021   .010   .009  -.001  -.002
O33   .6602  .3288 .3931     .021   .027   .008   .028   .010   .004   .002
OH4   .1116  .4749 .4001 .05 .019   .019   .017   .021  -.005   .002  -.001
F4    .1116  .4749 .4001 .95 .019   .019   .017   .021  -.005   .002  -.001
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Polylithionite
Download hom/polylithionite.pdf
Brigatti M F, Caprilli E, Malferrari D, Medici L, Poppi L
 
European Journal of Mineralogy 17 (2005) 475-481
Crystal structure and chemistry of trilithionite-2M2 and polylithionite-2M2
Note: sample SBT
Locality: Varutrask, Vasterbotten, Sweden
_database_code_amcsd 0007102
9.029 5.203 20.201 90 99.35 90 C2/c
atom        x      y      z  occ  Uiso U(1,1) U(2,2) U(3,3) U(1,2) U(1,3) U(2,3)
KA          0  .0900    .25 .874 .0242  .0234  .0242  .0247      0  .0026      0
RbA         0  .0900    .25 .073 .0242  .0234  .0242  .0247      0  .0026      0
NaA         0  .0900    .25 .029 .0242  .0234  .0242  .0247      0  .0026      0
CsA         0  .0900    .25 .020 .0242  .0234  .0242  .0247      0  .0026      0
CaA         0  .0900    .25 .002 .0242  .0234  .0242  .0247      0  .0026      0
LiM1      .25    .75      0       .023   .023   .023   .022   .006   .001  -.004
AlM2   .08564  .2580 .00013 .598 .0121  .0121  .0130  .0113  .0012  .0017  .0005
LiM2   .08564  .2580 .00013 .379 .0121  .0121  .0130  .0113  .0012  .0017  .0005
Fe2+M2 .08564  .2580 .00013 .009 .0121  .0121  .0130  .0113  .0012  .0017  .0005
MnM2   .08564  .2580 .00013 .007 .0121  .0121  .0130  .0113  .0012  .0017  .0005
MgM2   .08564  .2580 .00013 .003 .0121  .0121  .0130  .0113  .0012  .0017  .0005
TiM2   .08564  .2580 .00013 .001 .0121  .0121  .0130  .0113  .0012  .0017  .0005
SiT1   .12540 .58624 .13373 .885 .0100  .0092  .0090  .0119 -.0005  .0019  .0001
AlT1   .12540 .58624 .13373 .115 .0100  .0092  .0090  .0119 -.0005  .0019  .0001
SiT2   .29388  .0916 .13370 .885 .0105  .0101  .0103  .0113  .0000  .0020 -.0004
AlT2   .29388  .0916 .13370 .115 .0105  .0101  .0103  .0113  .0000  .0020 -.0004
O1      .0917  .5740 .05306      .0188  .0240  .0198  .0122 -.0055  .0019 -.0004
O2      .2682  .1056 .05302      .0190  .0256  .0186  .0120 -.0043  .0011  .0011
O3      .2089  .3254 .16633      .0213  .0257  .0179  .0201  .0070  .0029  .0011
O4      .4721  .1151 .16605      .0217  .0144  .0317  .0190  .0003  .0021 -.0029
O5      .2343  .8239 .16250      .0218  .0249  .0197  .0194 -.0067 -.0002  .0016
F       .9466  .0718 .04958 .861 .0413  .0326   .073  .0191  .0282  .0051  .0011
OH      .9466  .0718 .04958 .139 .0413  .0326   .073  .0191  .0282  .0051  .0011
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Polylithionite
Download hom/polylithionite.pdf
Swanson T H, Bailey S W
 
Clays and Clay Minerals 29 (1981) 81-90
Redetermination of the lepidolite-2M_1 structure
Locality: Bikupice, Czech Republic
_database_code_amcsd 0012230
5.199 9.026 19.9690 90 95.41 90 C2/c
atom       x     y     z occ Biso B(1,1) B(2,2) B(3,3) B(1,2) B(1,3)  B(2,3)
K          0 .0891   .25     1.74  .0122  .0052 .00138      0  .0002       0
LiM1     .25   .75     0 .93 1.89  .0122  .0045  .0018 -.0036  .0014  -.0011
Fe3+M1 .7569 .5860 .0000 .01 1.89  .0022  .0017 .00075  .0001  .0003   .0002
MgM1   .7569 .5860 .0000 .06 1.89  .0022  .0017 .00075  .0001  .0003   .0002
AlM2   .7569 .5860 .0000 .58  .66  .0022  .0017 .00075  .0001  .0003   .0002
LiM2   .7569 .5860 .0000 .35  .66  .0022  .0017 .00075  .0001  .0003   .0002
Si1    .4620 .9230 .1342      .69  .0027  .0018 .00075 -.0009  .0004  .00005
Si2    .9572 .7550 .1342      .78  .0036  .0016 .00090 -.0001  .0003  .00004
O1     .4433 .9262 .0529     1.31  .0074  .0042  .0011 -.0029  .0003   .0002
O2     .9173 .7527 .0529     1.31  .0062  .0051  .0010 -.0001  .0002   .0006
O3     .9398 .5882 .1667     1.53  .0146  .0024  .0014  .0013  .0009 -.00001
O4     .2358 .8230 .1631     1.24  .0030  .0045  .0012 -.0005  .0001   .0002
O5     .7362 .8542 .1662     1.52  .0102  .0042  .0013  .0013  .0004  -.0001
F      .4454 .5720 .0497 .76 2.58  .0347  .0083  .0008  .0098  .0002   .0004
OH     .4454 .5720 .0497 .24 2.58  .0347  .0083  .0008  .0098  .0002   .0004
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Polylithionite
Download hom/polylithionite.pdf
Sartori F
 
Tschermaks Mineralogische und Petrographische Mitteilungen 24 (1977) 23-37
The crystal structure of a 2M_1 lepidolite
Note: This sample is about halfway along the trilithionite-polylithionite join
Locality: Biskupice, Moravia, Czech Republic
Note: Lepidolite series
_database_code_amcsd 0015663
5.209 9.053 20.185 90 99.125 90 C2/c
atom     x     y     z   occ Biso
K        0 .0906   .25  .775 1.18
Rb       0 .0906   .25   .06 1.18
Cs       0 .0906   .25   .02 1.18
Na       0 .0906   .25  .035 1.18
Ca       0 .0906   .25   .01 1.18
H3O      0 .0906   .25   .10 1.18
LiM2   .25   .75     0   .92  .98
AlM1 .2550 .0851 .0001  .585  .67
LiM1 .2550 .0851 .0001  .345  .67
MgM1 .2550 .0851 .0001  .033  .67
MnM1 .2550 .0851 .0001  .025  .67
FeM1 .2550 .0851 .0001  .012  .67
SiT1 .4614 .9244 .1340   .85  .23
AlT1 .4614 .9244 .1340   .15  .23
SiT2 .4558 .2554 .1341   .94  .24
AlT2 .4558 .2554 .1341   .06  .24
O1   .4417 .9281 .0524        .75
O2   .4153 .2517 .0529        .90
O3   .4396 .0898 .1658        .78
O4   .2353 .8217 .1629       1.06
O5   .2394 .3546 .1670       1.02
OH   .4435 .5701 .0498 .2425 1.31
F    .4435 .5701 .0498 .7575 1.31
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Total number of retrieved datasets: 15
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