American Mineralogist Crystal Structure Database

159 matching records for this search.

Yuanfuliite
Download hom/yuanfuliite.pdf
Bigi S, Brigatti M F, Capedri S
Download am/vol76/AM76_1380.pdf
American Mineralogist 76 (1991) 1380-1388
Crystal chemistry of Fe- and Cr-rich warwickite
sample S1
Locality: Jumilla, Murcia province, southeast Spain
_database_code_amcsd 0001388
9.246 3.0927 9.384 90 90 90 Pnma
atom      x   y      z occ B(1,1) B(2,2) B(3,3) B(1,2) B(1,3) B(2,3)
B     .1678 .25  .8741      .0022  .0235  .0029      0  .0002      0
Fe1  .11564 .25 .56885 .85  .0034  .0267  .0030      0 -.0002      0
Cr1  .11564 .25 .56885 .02  .0034  .0267  .0030      0 -.0002      0
Ti1  .11564 .25 .56885 .04  .0034  .0267  .0030      0 -.0002      0
Al1  .11564 .25 .56885 .02  .0034  .0267  .0030      0 -.0002      0
Mg1  .11564 .25 .56885 .07  .0034  .0267  .0030      0 -.0002      0
Mg2  .10278 .25 .18992      .0033  .0306  .0037      0  .0001      0
O1    .0212 .25  .8648      .0027  .0267  .0032      0 -.0003      0
O2    .2469 .25  .7465      .0032  .0240  .0036      0  .0002      0
O3    .2387 .25  .0064      .0028  .0327  .0027      0  .0001      0
O4    .0091 .25  .3870      .0026  .0308  .0026      0  .0001      0
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Yuanfuliite
Download hom/yuanfuliite.pdf
Bigi S, Brigatti M F, Capedri S
Download am/vol76/AM76_1380.pdf
American Mineralogist 76 (1991) 1380-1388
Crystal chemistry of Fe- and Cr-rich warwickite
sample S2
Locality: Jumilla, Murcia province, southeast Spain
_database_code_amcsd 0001389
9.226 3.0860 9.369 90 90 90 Pnma
atom      x   y      z occ B(1,1) B(2,2) B(3,3) B(1,2) B(1,3) B(2,3)
B     .1658 .25  .8752      .0068  .0420  .0017      0  .0006      0
Al1  .11569 .25 .56890 .01  .0046  .0273  .0034      0 -.0002      0
Cr1  .11569 .25 .56890 .23  .0046  .0273  .0034      0 -.0002      0
Fe1  .11569 .25 .56890 .50  .0046  .0273  .0034      0 -.0002      0
Ti1  .11569 .25 .56890 .12  .0046  .0273  .0034      0 -.0002      0
Mg1  .11569 .25 .56890 .14  .0046  .0273  .0034      0 -.0002      0
Mg2  .10218 .25 .19020      .0041  .0268  .0030      0  .0002      0
O1    .0202 .25  .8680      .0043  .0394  .0034      0 -.0010      0
O2    .2463 .25  .7469      .0040  .0341  .0034      0  .0006      0
O3    .2386 .25  .0057      .0041  .0473  .0023      0 -.0010      0
O4    .0098 .25  .3841      .0042  .0331  .0026      0  .0001      0
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Yuanfuliite
Download hom/yuanfuliite.pdf
Bigi S, Brigatti M F, Capedri S
Download am/vol76/AM76_1380.pdf
American Mineralogist 76 (1991) 1380-1388
Crystal chemistry of Fe- and Cr-rich warwickite
sample S3
Locality: Jumilla, Murcia province, southeast Spain
_database_code_amcsd 0001390
9.230 3.0906 9.378 90 90 90 Pnma
atom      x   y      z occ B(1,1) B(2,2) B(3,3) B(1,2) B(1,3) B(2,3)
B     .1374 .25  .8750      .0056  .0236  .0031      0  .0003      0
Al1  .11567 .25 .56875 .04  .0049  .0173  .0037      0 -.0007      0
Cr1  .11567 .25 .56875 .18  .0049  .0173  .0037      0 -.0007      0
Fe1  .11567 .25 .56875 .51  .0049  .0173  .0037      0 -.0007      0
Ti1  .11567 .25 .56875 .12  .0049  .0173  .0037      0 -.0007      0
Mg1  .11567 .25 .56875 .15  .0049  .0173  .0037      0 -.0007      0
Mg2  .10266 .25 .19032      .0042  .0157  .0039      0  .0000      0
O1    .0208 .25  .8674      .0046  .0325  .0041      0 -.0007      0
O2    .2465 .25  .7471      .0048  .0340  .0033      0  .0007      0
O3    .2376 .25  .0054      .0048  .0291  .0032      0 -.0011      0
O4    .0101 .25  .3835      .0053  .0243  .0037      0  .0004      0
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Yuanfuliite
Download hom/yuanfuliite.pdf
Bigi S, Brigatti M F, Capedri S
Download am/vol76/AM76_1380.pdf
American Mineralogist 76 (1991) 1380-1388
Crystal chemistry of Fe- and Cr-rich warwickite
sample S4
Locality: Jumilla, Murcia province, southeast Spain
_database_code_amcsd 0001391
9.228 3.0840 9.371 90 90 90 Pnma
atom      x   y      z occ B(1,1) B(2,2) B(3,3) B(1,2) B(1,3) B(2,3)
B     .1672 .25  .8748      .0056  .0499  .0020      0  .0003      0
Al1  .11556 .25 .56885 .02  .0034  .0302  .0033      0 -.0002      0
Cr1  .11556 .25 .56885 .17  .0034  .0302  .0033      0 -.0002      0
Fe1  .11556 .25 .56885 .47  .0034  .0302  .0033      0 -.0002      0
Ti1  .11556 .25 .56885 .16  .0034  .0302  .0033      0 -.0002      0
Mg1  .11556 .25 .56885 .18  .0034  .0302  .0033      0 -.0002      0
Mg2  .10245 .25 .19035      .0030  .0239  .0036      0 -.0002      0
O1    .0203 .25  .8669      .0033  .0494  .0032      0 -.0004      0
O2    .2468 .25  .7475      .0041  .0526  .0023      0  .0006      0
O3    .2388 .25  .0053      .0042  .0499  .0028      0 -.0008      0
O4    .0090 .25  .3842      .0036  .0368  .0033      0  .0005      0
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Yuanfuliite
Download hom/yuanfuliite.pdf
Bigi S, Brigatti M F, Capedri S
Download am/vol76/AM76_1380.pdf
American Mineralogist 76 (1991) 1380-1388
Crystal chemistry of Fe- and Cr-rich warwickite
sample S5
Locality: Jumilla, Murcia province, southeast Spain
_database_code_amcsd 0001392
9.246 3.0993 9.378 90 90 90 Pnma
atom      x   y      z occ B(1,1) B(2,2) B(3,3) B(1,2) B(1,3) B(2,3)
B     .1673 .25  .8755      .0005  .0156  .0020      0 -.0003      0
Cr1  .11495 .25 .56951 .04  .0016  .0125  .0015      0 -.0002      0
Fe1  .11495 .25 .56951 .65  .0016  .0125  .0015      0 -.0002      0
Ti1  .11495 .25 .56951 .15  .0016  .0125  .0015      0 -.0002      0
Mg1  .11495 .25 .56951 .16  .0016  .0125  .0015      0 -.0002      0
Mg2  .10218 .25 .19058      .0010  .0112  .0013      0 -.0001      0
O1    .0209 .25  .8676      .0013  .0156  .0020      0 -.0003      0
O2    .2467 .25  .7481      .0016  .0200  .0021      0 -.0009      0
O3    .2371 .25  .0050      .0016  .0286  .0018      0 -.0003      0
O4    .0101 .25  .3834      .0018  .0216  .0015      0 -.0003      0
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Yuanfuliite
Download hom/yuanfuliite.pdf
Bigi S, Brigatti M F, Capedri S
Download am/vol76/AM76_1380.pdf
American Mineralogist 76 (1991) 1380-1388
Crystal chemistry of Fe- and Cr-rich warwickite
sample S6
Locality: Jumilla, Murcia province, southeast Spain
_database_code_amcsd 0001393
9.242 3.098 9.383 90 90 90 Pnma
atom     x   y     z occ Biso B(1,1) B(2,2) B(3,3) B(1,2) B(1,3) B(2,3)
B    .1672 .25  .873       .8
Al1  .1150 .25 .5696 .02       .0012  .0076  .0012      0 -.0000      0
Cr1  .1150 .25 .5696 .02       .0012  .0076  .0012      0 -.0000      0
Fe1  .1150 .25 .5696 .61       .0012  .0076  .0012      0 -.0000      0
Ti1  .1150 .25 .5696 .17       .0012  .0076  .0012      0 -.0000      0
Mg1  .1150 .25 .5696 .18       .0012  .0076  .0012      0 -.0000      0
Mg2  .1024 .25 .1901           .0008  .0156  .0017      0 -.0006      0
O1   .0192 .25 .8662       .7
O2   .2478 .25 .7484       .4
O3   .2372 .25 .0059       .6
O4   .0099 .25 .3824      .59
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Yuanfuliite
Download hom/yuanfuliite.pdf
Bigi S, Brigatti M F, Capedri S
Download am/vol76/AM76_1380.pdf
American Mineralogist 76 (1991) 1380-1388
Crystal chemistry of Fe- and Cr-rich warwickite
sample S7
Locality: Jumilla, Murcia province, southeast Spain
_database_code_amcsd 0001394
9.255 3.0941 9.402 90 90 90 Pnma
atom      x   y      z occ B(1,1) B(2,2) B(3,3) B(1,2) B(1,3) B(2,3)
B     .1663 .25  .8740      .0015  .0183  .0014      0  .0006      0
Al1  .11552 .25 .56856 .01   0017  .0167  .0018      0 -.0002      0
Cr1  .11552 .25 .56856 .23  .0017  .0167  .0018      0 -.0002      0
Fe1  .11552 .25 .56856 .54  .0017  .0167  .0018      0 -.0002      0
Ti1  .11552 .25 .56856 .10  .0017  .0167  .0018      0 -.0002      0
Mg1  .11552 .25 .56856 .12  .0017  .0167  .0018      0 -.0002      0
Mg2   .1025 .25  .1904      .0012  .0172  .0019      0  .0000      0
O1    .0210 .25  .8671      .0011  .0261  .0017      0 -.0000      0
O2    .2470 .25  .7470      .0013  .0235  .0014      0  .0002      0
O3    .2379 .25  .0053      .0010  .0313  .0011      0 -.0004      0
O4    .0095 .25  .3843      .0022  .0209  .0012      0  .0001      0
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Biotite
Download hom/biotite.pdf
Brigatti M F, Davoli P
Download am/vol75/AM75_305.pdf
American Mineralogist 75 (1990) 305-313
Crystal-structure refinement of 1M plutonic biotites
sample M14 from a monzonite in the Valle del Cervo pluton
_database_code_amcsd 0001294
5.343 9.258 10.227 90 100.26 90 C2/m
atom     x     y     z occ B(1,1) B(2,2) B(3,3) B(1,2) B(1,3) B(2,3)
Fe1      0     0    .5     0.0133 0.0029 0.0043      0 0.0031      0
Mg2      0 .3348    .5     0.0133 0.0040 0.0040      0 0.0023      0
K        0    .5     0     0.0306 0.0095 0.0089      0 0.0039      0
Al   .0749 .1668 .2258 .25 0.0131 0.0031 0.0039 -.0001 0.0026      0
Si   .0749 .1668 .2258 .75 0.0131 0.0031 0.0039 -.0001 0.0026  .0000
O1   .0268     0 .1690     0.0286 0.0041 0.0057      0 0.0021  .0000
O2   .3192 .2357 .1682     0.0198 0.0070 0.0045 -.0034 0.0026 -.0007
O3   .1312 .1678 .3912     0.0150 0.0046 0.0040 -.0004 0.0025 -.0002
O4   .1286    .5 .3957     0.0156 0.0040 0.0053      0 0.0029      0
H      .09    .5  .315
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Biotite
Download hom/biotite.pdf
Brigatti M F, Davoli P
Download am/vol75/AM75_305.pdf
American Mineralogist 75 (1990) 305-313
Crystal-structure refinement of 1M plutonic biotites
sample M32 from a syenite in the Valle del Cervo pluton
_database_code_amcsd 0001295
5.346 9.252 10.238 90 100.02 90 C2/m
atom     x     y     z occ B(1,1) B(2,2) B(3,3) B(1,2) B(1,3) B(2,3)
Fe1      0     0    .5     0.0104 0.0022 0.0022      0 0.0016      0
Mg2      0 .3340    .5     0.0056 0.0027 0.0028      0 0.0004      0
K        0    .5     0     0.0222 0.0084 0.0068      0 0.0020      0
Al   .0752 .1674 .2262 .25 0.0074 0.0022 0.0023  .0007 0.0005  .0002
Si   .0752 .1674 .2262 .75 0.0074 0.0022 0.0023  .0007 0.0005  .0002
O1   .0236     0 .1681     0.0173 0.0048 0.0029      0 -.0003      0
O2   .3221 .2339 .1695     0.0153 0.0061 0.0032 -.0011 0.0013  .0000
O3   .1308 .1673 .3910     0.0128 0.0033 0.0027  .0012 0.0004 -.0007
O4   .1293    .5 .3960     0.0130 0.0040 0.0035      0 0.0029      0
H     .010    .5  .315
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Biotite
Download hom/biotite.pdf
Brigatti M F, Davoli P
Download am/vol75/AM75_305.pdf
American Mineralogist 75 (1990) 305-313
Crystal-structure refinement of 1M plutonic biotites
sample M13 from a granite in the Valle del Cervo pluton
_database_code_amcsd 0001296
5.355 9.251 10.246 90 100.15 90 C2/m
atom     x     y     z occ B(1,1) B(2,2) B(3,3) B(1,2) B(1,3) B(2,3)
Fe1      0     0    .5     0.0136 0.0043 0.0045      0 0.0030      0
Mg2      0 .3342    .5     0.0115 0.0054 0.0044      0 0.0023      0
K        0    .5     0     0.0306 0.0106 0.0100      0 0.0054      0
Al   .0752 .1666 .2256 .25 0.0095 0.0035 0.0041 -.0007 0.0024 -.0003
Si   .0752 .1666 .2256 .75 0.0095 0.0035 0.0041 -.0007 0.0024 -.0003
O1   .0241     0 .1694     0.0242 0.0071 0.0065      0 0.0035      0
O2   .3203 .2355 .1668     0.0213 0.0081 0.0064 -.0020 0.0045 -.0004
O3   .1330 .1676 .3916     0.0105 0.0031 0.0050 -.0005 0.0017  .0001
O4   .1304    .5 .3949     0.0131 0.0048 0.0028      0 0.0018      0
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Biotite
Download hom/biotite.pdf
Brigatti M F, Davoli P
Download am/vol75/AM75_305.pdf
American Mineralogist 75 (1990) 305-313
Crystal-structure refinement of 1M plutonic biotites
sample M73 from a monzonite in the Valle del Cervo pluton
_database_code_amcsd 0001297
5.345 9.258 10.222 90 100.23 90 C2/m
atom     x     y     z occ B(1,1) B(2,2) B(3,3) B(1,2) B(1,3) B(2,3)
Fe1      0     0    .5     0.0076 0.0020 0.0033      0 0.0016      0
Mg2      0 .3347    .5     0.0061 0.0032 0.0030      0 0.0007      0
K        0    .5     0     0.0255 0.0080 0.0080      0 0.0024      0
Al   .0748 .1669 .2257 .25 0.0058 0.0018 0.0025 -.0001 0.0007 -.0001
Si   .0748 .1669 .2257 .75 0.0058 0.0018 0.0025 -.0001 0.0007 -.0001
O1   .0267     0 .1687     0.0224 0.0035 0.0033      0 0.0001      0
O2   .3195 .2361 .1681     0.0141 0.0060 0.0034 -.0028 0.0017 -.0007
O3   .1316 .1677 .3909     0.0086 0.0030 0.0027  .0003 0.0009 -.0003
O4   .1291    .5 .3947     0.0076 0.0022 0.0047      0 0.0016      0
H      .09    .5  .315
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View JMOL 3-D Structure (permalink)
 
Biotite
Download hom/biotite.pdf
Brigatti M F, Davoli P
Download am/vol75/AM75_305.pdf
American Mineralogist 75 (1990) 305-313
Crystal-structure refinement of 1M plutonic biotites
sample M62 from a rock transitional between granitic and monzonitic in
the Valle del Cervo pluton
_database_code_amcsd 0001298
5.337 9.242 10.211 90 100.15 90 C2/m
atom     x     y     z occ B(1,1) B(2,2) B(3,3) B(1,2) B(1,3) B(2,3)
Fe1      0     0    .5     0.0075 0.0036 0.0040      0 0.0020      0
Mg2      0 .3350    .5     0.0080 0.0040 0.0041      0 0.0017      0
K        0    .5     0     0.0245 0.0082 0.0089      0 0.0026      0
Al   .0746 .1666 .2255 .25 0.0043 0.0020 0.0040  .0001 0.0015  .0003
Si   .0746 .1666 .2255 .75 0.0043 0.0020 0.0040  .0001 0.0015  .0003
O1   .0239     0 .1698     0.0220 0.0032 0.0057      0 0.0016      0
O2   .3207 .2340 .1681     0.0115 0.0072 0.0061 -.0026 0.0031 -.0005
O3   .1303 .1676 .3909     0.0064 0.0020 0.0062  .0001 0.0024  .0001
O4   .1305    .5 .3952     0.0096 0.0038 0.0016      0 0.0001      0
H      .09    .5  .315
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Biotite
Download hom/biotite.pdf
Brigatti M F, Galli E, Poppi L
Download am/vol76/AM76_1174.pdf
American Mineralogist 76 (1991) 1174-1183
Effect of Ti substitution in biotite-M crystal chemistry
Sample 8 from a lamproite rock, Puebla De Mula, Spain
_database_code_amcsd 0001380
5.317 9.207 10.232 90 99.98 90 C2/m
atom     x     y     z  occ B(1,1) B(2,2) B(3,3) B(1,2) B(1,3) B(2,3)
Si   .0756 .1668 .2269 .714  .0086  .0032  .0033  .0001  .0011 -.0001
Al   .0756 .1668 .2269 .286  .0086  .0032  .0033  .0001  .0011 -.0001
K        0    .5     0 .955  .0275  .0094  .0072      0  .0024      0
Ca       0    .5     0 .030  .0275  .0094  .0072      0  .0024      0
Na       0    .5     0 .015  .0275  .0094  .0072      0  .0024      0
Mg1      0     0    .5 .722  .0073  .0025  .0036      0  .0013      0
Al1      0     0    .5 .075  .0073  .0025  .0036      0  .0013      0
Cr1      0     0    .5 .016  .0073  .0025  .0036      0  .0013      0
Fe1      0     0    .5 .130  .0073  .0025  .0036      0  .0013      0
Mn1      0     0    .5 .007  .0073  .0025  .0036      0  .0013      0
Ti1      0     0    .5 .048  .0073  .0025  .0036      0  .0013      0
Mg2      0 .3347    .5 .722  .0093  .0044  .0043      0  .0013      0
Al2      0 .3347    .5 .075  .0093  .0044  .0043      0  .0013      0
Cr2      0 .3347    .5 .016  .0093  .0044  .0043      0  .0013      0
Fe2      0 .3347    .5 .130  .0093  .0044  .0043      0  .0013      0
Mn2      0 .3347    .5 .007  .0093  .0044  .0043      0  .0013      0
Ti2      0 .3347    .5 .048  .0093  .0044  .0043      0  .0013      0
O1   .0171     0 .1697       .0205  .0052  .0041      0  .0000      0
O2   .3256 .2311 .1692       .0167  .0066  .0041 -.0025  .0019 -.0005
O3   .1313 .1673 .3914       .0118  .0033  .0034 -.0001  .0012  .0001
O4   .1311    .5 .3979       .0090  .0041  .0040      0  .0014      0
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Biotite
Download hom/biotite.pdf
Brigatti M F, Galli E, Poppi L
Download am/vol76/AM76_1174.pdf
American Mineralogist 76 (1991) 1174-1183
Effect of Ti substitution in biotite-M crystal chemistry
Sample 9 from a lamproite rock, Cancarix, Spain
_database_code_amcsd 0001381
5.306 9.190 10.163 90 100.11 90 C2/m
atom     x     y     z  occ B(1,1) B(2,2) B(3,3) B(1,2) B(1,3) B(2,3)
Si   .0753 .1668 .2258 .727  .0090  .0028  .0028 -.0001  .0010 -.0001
Al   .0753 .1668 .2258 .273  .0090  .0028  .0028 -.0001  .0010 -.0001
K        0    .5     0 .952  .0257  .0087  .0071      0  .0022      0
Ca       0    .5     0 .006  .0257  .0087  .0071      0  .0022      0
Na       0    .5     0 .024  .0257  .0087  .0071      0  .0022      0
Mg1      0     0    .5 .808  .0108  .0037  .0043      0  .0016      0
Cr1      0     0    .5 .008  .0108  .0037  .0043      0  .0016      0
Fe1      0     0    .5 .094  .0108  .0037  .0043      0  .0016      0
Mn1      0     0    .5 .005  .0108  .0037  .0043      0  .0016      0
Ti1      0     0    .5 .059  .0108  .0037  .0043      0  .0016      0
Mg2      0 .3353    .5 .808  .0089  .0042  .0035      0  .0010      0
Cr2      0 .3353    .5 .008  .0089  .0042  .0035      0  .0010      0
Fe2      0 .3353    .5 .094  .0089  .0042  .0035      0  .0010      0
Mn2      0 .3353    .5 .005  .0089  .0042  .0035      0  .0010      0
Ti2      0 .3353    .5 .059  .0089  .0042  .0035      0  .0010      0
O1   .0220     0 .1682       .0221  .0042  .0038      0  .0013      0
O2   .3222 .2334 .1672       .0157  .0068  .0038 -.0020  .0019 -.0005
O3   .1309 .1672 .3911       .0098  .0039  .0030  .0000  .0007 -.0002
O4   .1317    .5 .4006       .0088  .0033  .0031      0  .0007      0
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Biotite
Download hom/biotite.pdf
Brigatti M F, Galli E, Poppi L
Download am/vol76/AM76_1174.pdf
American Mineralogist 76 (1991) 1174-1183
Effect of Ti substitution in biotite-M crystal chemistry
Sample 10 from a lamproite rock, Fortuna, Spain
_database_code_amcsd 0001382
5.322 9.228 10.102 90 100.25 90 C2/m
atom     x     y     z  occ B(1,1) B(2,2) B(3,3) B(1,2) B(1,3) B(2,3)
Si   .0743 .1670 .2232 .733  .0067  .0020  .0040 -.0001  .0008 -.0001
Al   .0743 .1670 .2232 .267  .0067  .0020  .0040 -.0001  .0008 -.0001
K        0    .5     0 .958  .0235  .0070  .0075      0  .0019      0
Ca       0    .5     0 .004  .0235  .0070  .0075      0  .0019      0
Na       0    .5     0 .016  .0235  .0070  .0075      0  .0019      0
Mg1      0     0    .5 .534  .0081  .0022  .0050      0  .0013      0
Al1      0     0    .5 .031  .0081  .0022  .0050      0  .0013      0
Cr1      0     0    .5 .018  .0081  .0022  .0050      0  .0013      0
Fe1      0     0    .5 .196  .0081  .0022  .0050      0  .0013      0
Mn1      0     0    .5 .010  .0081  .0022  .0050      0  .0013      0
Ti1      0     0    .5 .174  .0081  .0022  .0050      0  .0013      0
Mg2      0 .3353    .5 .534  .0071  .0038  .0044      0  .0013      0
Al2      0 .3353    .5 .031  .0071  .0038  .0044      0  .0013      0
Cr2      0 .3353    .5 .018  .0071  .0038  .0044      0  .0013      0
Fe2      0 .3353    .5 .196  .0071  .0038  .0044      0  .0013      0
Mn2      0 .3353    .5 .010  .0071  .0038  .0044      0  .0013      0
Ti2      0 .3353    .5 .174  .0071  .0038  .0044      0  .0013      0
O1   .0291     0 .1673       .0246  .0034  .0047      0  .0002      0
O2   .3187 .2368 .1663       .0149  .0064  .0039 -.0020  .0005 -.0003
O3   .1321 .1687 .3907       .0100  .0022  .0042 -.0004  .0009 -.0001
O4   .1308    .5 .4007       .0065  .0030  .0045      0  .0026      0
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Biotite
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Brigatti M F, Galli E, Poppi L
Download am/vol76/AM76_1174.pdf
American Mineralogist 76 (1991) 1174-1183
Effect of Ti substitution in biotite-M crystal chemistry
Sample 11 from a lamproite rock, Jummilla, Spain
_database_code_amcsd 0001383
5.315 9.204 10.168 90 100.13 90 C2/m
atom     x     y     z  occ B(1,1) B(2,2) B(3,3) B(1,2) B(1,3) B(2,3)
Si   .0749 .1669 .2255 .717  .0062  .0022  .0026  .0000  .0009  .0000
Al   .0749 .1669 .2255 .283  .0062  .0022  .0026  .0000  .0009  .0000
K        0    .5     0 .955  .0222  .0080  .0072      0  .0022      0
Ca       0    .5     0 .013  .0222  .0080  .0072      0  .0022      0
Na       0    .5     0 .030  .0222  .0080  .0072      0  .0022      0
Mg1      0     0    .5 .633  .0080  .0027  .0038      0  .0015      0
Al1      0     0    .5 .050  .0080  .0027  .0038      0  .0015      0
Cr1      0     0    .5 .024  .0080  .0027  .0038      0  .0015      0
Fe1      0     0    .5 .168  .0080  .0027  .0038      0  .0015      0
Mn1      0     0    .5 .009  .0080  .0027  .0038      0  .0015      0
Ti1      0     0    .5 .108  .0080  .0027  .0038      0  .0015      0
Mg2      0 .3364    .5 .633  .0070  .0042  .0034      0  .0010      0
Al2      0 .3364    .5 .050  .0070  .0042  .0034      0  .0010      0
Cr2      0 .3364    .5 .024  .0070  .0042  .0034      0  .0010      0
Fe2      0 .3364    .5 .168  .0070  .0042  .0034      0  .0010      0
Mn2      0 .3364    .5 .009  .0070  .0042  .0034      0  .0010      0
Ti2      0 .3364    .5 .108  .0070  .0042  .0034      0  .0010      0
O1   .0212     0 .1683       .0188  .0035  .0035      0  .0004      0
O2   .3230 .2327 .1674       .0126  .0062  .0033 -.0023  .0017 -.0006
O3   .1310 .1676 .3911       .0078  .0029  .0028  .0001  .0010 -.0001
O4   .1312    .5 .3998       .0075  .0028  .0031      0  .0013      0
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Biotite
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Brigatti M F, Galli E, Poppi L
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American Mineralogist 76 (1991) 1174-1183
Effect of Ti substitution in biotite-M crystal chemistry
Sample 12 from a lamproite rock, Jummilla, Spain
_database_code_amcsd 0001384
5.314 9.190 10.160 90 100.18 90 C2/m
atom     x     y     z  occ B(1,1) B(2,2) B(3,3) B(1,2) B(1,3) B(2,3)
Si   .0750 .1668 .2258 .726  .0071  .0038  .0034  .0001  .0011  .0001
Al   .0750 .1668 .2258 .274  .0071  .0038  .0034  .0001  .0011  .0001
K        0    .5     0 .947  .0239  .0093  .0080      0  .0027      0
Ca       0    .5     0 .002  .0239  .0093  .0080      0  .0027      0
Na       0    .5     0 .051  .0239  .0093  .0080      0  .0027      0
Mg1      0     0    .5 .696  .0085  .0046  .0045      0  .0017      0
Al1      0     0    .5 .013  .0085  .0046  .0045      0  .0017      0
Cr1      0     0    .5 .018  .0085  .0046  .0045      0  .0017      0
Fe1      0     0    .5 .166  .0085  .0046  .0045      0  .0017      0
Mn1      0     0    .5 .006  .0085  .0046  .0045      0  .0017      0
Ti1      0     0    .5 .089  .0085  .0046  .0045      0  .0017      0
Mg2      0 .3357    .5 .696  .0079  .0054  .0040      0  .0015      0
Al2      0 .3357    .5 .013  .0079  .0054  .0040      0  .0015      0
Cr2      0 .3357    .5 .018  .0079  .0054  .0040      0  .0015      0
Fe2      0 .3357    .5 .166  .0079  .0054  .0040      0  .0015      0
Mn2      0 .3357    .5 .006  .0079  .0054  .0040      0  .0015      0
Ti2      0 .3357    .5 .089  .0079  .0054  .0040      0  .0015      0
O1   .0214     0 .1686       .0202  .0053  .0043      0  .0014      0
O2   .3225 .2330 .1677       .0138  .0072  .0044 -.0025  .0021 -.0004
O3   .1307 .1674 .3910       .0081  .0048  .0036  .0001  .0012 -.0001
O4   .1311    .5 .3995       .0070  .0049  .0039      0  .0014      0
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Biotite
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Brigatti M F, Galli E, Poppi L
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American Mineralogist 76 (1991) 1174-1183
Effect of Ti substitution in biotite-M crystal chemistry
Sample 15 from a alkaline gabbro-peralkaline syenite rock, Mt St Hilaire, Quebec
_database_code_amcsd 0001385
5.329 9.235 10.190 90 100.20 90 C2/m
atom     x     y     z  occ B(1,1) B(2,2) B(3,3) B(1,2) B(1,3) B(2,3)
Si   .0742 .1671 .2250 .684  .0076  .0019  .0024  .0000  .0008 -.0001
Al   .0742 .1671 .2250 .316  .0076  .0019  .0024  .0000  .0008 -.0001
K        0    .5     0 .915  .0236  .0073  .0078      0  .0022      0
Ca       0    .5     0 .007  .0236  .0073  .0078      0  .0022      0
Na       0    .5     0 .015  .0236  .0073  .0078      0  .0022      0
Mg1      0     0    .5 .492  .0088  .0019  .0029      0  .0015      0
Al1      0     0    .5 .002  .0088  .0019  .0029      0  .0015      0
Cr1      0     0    .5 .002  .0088  .0019  .0029      0  .0015      0
Fe1      0     0    .5 .314  .0088  .0019  .0029      0  .0015      0
Mn1      0     0    .5 .008  .0088  .0019  .0029      0  .0015      0
Ti1      0     0    .5 .130  .0088  .0019  .0029      0  .0015      0
Mg2      0 .3368    .5 .492  .0064  .0028  .0027      0  .0006      0
Al2      0 .3368    .5 .002  .0064  .0028  .0027      0  .0006      0
Cr2      0 .3368    .5 .002  .0064  .0028  .0027      0  .0006      0
Fe2      0 .3368    .5 .314  .0064  .0028  .0027      0  .0006      0
Mn2      0 .3368    .5 .008  .0064  .0028  .0027      0  .0006      0
Ti2      0 .3368    .5 .130  .0064  .0028  .0027      0  .0006      0
O1   .0174     0 .1691       .0194  .0033  .0043      0  .0007      0
O2   .3243 .2311 .1678       .0145  .0056  .0033 -.0010  .0018 -.0007
O3   .1307 .1683 .3910       .0090  .0029  .0024 -.0006  .0004  .0004
O4   .1293    .5 .3964       .0108  .0034  .0028      0  .0010      0
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Biotite
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Brigatti M F, Galli E, Poppi L
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American Mineralogist 76 (1991) 1174-1183
Effect of Ti substitution in biotite-M crystal chemistry
Sample 16 from a monzonite-alkali syenite, Sande caldron, Norway
_database_code_amcsd 0001386
5.333 9.256 10.186 90 100.17 90 C2/m
atom     x     y     z  occ B(1,1) B(2,2) B(3,3) B(1,2) B(1,3) B(2,3)
Si   .0747 .1669 .2254 .708  .0078  .0026  .0053  .0003  .0010  .0000
Al   .0747 .1669 .2254 .292  .0078  .0026  .0053  .0003  .0010  .0000
K        0    .5     0 .968  .0267  .0092  .0124      0  .0025      0
Ca       0    .5     0 .009  .0267  .0092  .0124      0  .0025      0
Na       0    .5     0 .020  .0267  .0092  .0124      0  .0025      0
Mg1      0     0    .5 .467  .0112  .0030  .0049      0  .0010      0
Al1      0     0    .5 .027  .0112  .0030  .0049      0  .0010      0
Cr1      0     0    .5 .002  .0112  .0030  .0049      0  .0010      0
Fe1      0     0    .5 .413  .0112  .0030  .0049      0  .0010      0
Mn1      0     0    .5 .008  .0112  .0030  .0049      0  .0010      0
Ti1      0     0    .5 .077  .0112  .0030  .0049      0  .0010      0
Mg2      0 .3353    .5 .467  .0097  .0046  .0050      0  .0008      0
Al2      0 .3353    .5 .027  .0097  .0046  .0050      0  .0008      0
Cr2      0 .3353    .5 .002  .0097  .0046  .0050      0  .0008      0
Fe2      0 .3353    .5 .413  .0097  .0046  .0050      0  .0008      0
Mn2      0 .3353    .5 .008  .0097  .0046  .0050      0  .0008      0
Ti2      0 .3353    .5 .077  .0097  .0046  .0050      0  .0008      0
O1   .0297     0 .1678       .0283  .0036  .0074      0  .0010      0
O2   .3201 .2368 .1678       .0202  .0066  .0065 -.0027  .0008 -.0002
O3   .1310 .1679 .3905       .0112  .0032  .0050  .0000  .0013 -.0001
O4   .1291    .5 .3952       .0155  .0043  .0048      0 -.0002      0
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Biotite
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Brigatti M F, Galli E, Poppi L
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American Mineralogist 76 (1991) 1174-1183
Effect of Ti substitution in biotite-M crystal chemistry
Sample 17 from a quartz diorite, Capo Vaticano, Italy
_database_code_amcsd 0001387
5.323 9.215 10.210 90 100.14 90 C2/m
atom     x     y     z  occ B(1,1) B(2,2) B(3,3) B(1,2) B(1,3) B(2,3)
Si   .0759 .1664 .2268 .691  .0056  .0033  .0035 -.0002  .0020  .0001
Al   .0759 .1664 .2268 .309  .0056  .0033  .0035 -.0002  .0020  .0001
K        0    .5     0 .914  .0212  .0095  .0106      0  .0050      0
Ca       0    .5     0 .001  .0212  .0095  .0106      0  .0050      0
Na       0    .5     0 .022  .0212  .0095  .0106      0  .0050      0
Mg1      0     0    .5 .415  .0073  .0023  .0033      0  .0010      0
Al1      0     0    .5 .064  .0073  .0023  .0033      0  .0010      0
Cr1      0     0    .5 .002  .0073  .0023  .0033      0  .0010      0
Fe1      0     0    .5 .432  .0073  .0023  .0033      0  .0010      0
Mn1      0     0    .5 .003  .0073  .0023  .0033      0  .0010      0
Ti1      0     0    .5 .066  .0073  .0023  .0033      0  .0010      0
Mg2      0 .3327    .5 .415  .0075  .0022  .0031      0  .0020      0
Al2      0 .3327    .5 .064  .0075  .0022  .0031      0  .0020      0
Cr2      0 .3327    .5 .002  .0075  .0022  .0031      0  .0020      0
Fe2      0 .3327    .5 .432  .0075  .0022  .0031      0  .0020      0
Mn2      0 .3327    .5 .003  .0075  .0022  .0031      0  .0020      0
Ti2      0 .3327    .5 .066  .0075  .0022  .0031      0  .0020      0
O1   .0145     0 .1712       .0188  .0049  .0098      0  .0035      0
O2   .3249 .2298 .1697       .0132  .0064  .0093 -.0008  .0036  .0001
O3   .1302 .1671 .3904       .0066  .0033  .0023 -.0014  .0014  .0008
O4   .1293    .5 .3954       .0162  .0045  .0004      0  .0000      0
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Yuanfuliite
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Bigi S, Brigatti M F, Capedri S
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American Mineralogist 76 (1991) 1380-1388
Crystal chemistry of Fe- and Cr-rich warwickite
sample S1
Locality: Jumilla, Murcia province, southeast Spain
_database_code_amcsd 0001388
9.246 3.0927 9.384 90 90 90 Pnma
atom      x   y      z occ B(1,1) B(2,2) B(3,3) B(1,2) B(1,3) B(2,3)
B     .1678 .25  .8741      .0022  .0235  .0029      0  .0002      0
Fe1  .11564 .25 .56885 .85  .0034  .0267  .0030      0 -.0002      0
Cr1  .11564 .25 .56885 .02  .0034  .0267  .0030      0 -.0002      0
Ti1  .11564 .25 .56885 .04  .0034  .0267  .0030      0 -.0002      0
Al1  .11564 .25 .56885 .02  .0034  .0267  .0030      0 -.0002      0
Mg1  .11564 .25 .56885 .07  .0034  .0267  .0030      0 -.0002      0
Mg2  .10278 .25 .18992      .0033  .0306  .0037      0  .0001      0
O1    .0212 .25  .8648      .0027  .0267  .0032      0 -.0003      0
O2    .2469 .25  .7465      .0032  .0240  .0036      0  .0002      0
O3    .2387 .25  .0064      .0028  .0327  .0027      0  .0001      0
O4    .0091 .25  .3870      .0026  .0308  .0026      0  .0001      0
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Yuanfuliite
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Bigi S, Brigatti M F, Capedri S
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American Mineralogist 76 (1991) 1380-1388
Crystal chemistry of Fe- and Cr-rich warwickite
sample S2
Locality: Jumilla, Murcia province, southeast Spain
_database_code_amcsd 0001389
9.226 3.0860 9.369 90 90 90 Pnma
atom      x   y      z occ B(1,1) B(2,2) B(3,3) B(1,2) B(1,3) B(2,3)
B     .1658 .25  .8752      .0068  .0420  .0017      0  .0006      0
Al1  .11569 .25 .56890 .01  .0046  .0273  .0034      0 -.0002      0
Cr1  .11569 .25 .56890 .23  .0046  .0273  .0034      0 -.0002      0
Fe1  .11569 .25 .56890 .50  .0046  .0273  .0034      0 -.0002      0
Ti1  .11569 .25 .56890 .12  .0046  .0273  .0034      0 -.0002      0
Mg1  .11569 .25 .56890 .14  .0046  .0273  .0034      0 -.0002      0
Mg2  .10218 .25 .19020      .0041  .0268  .0030      0  .0002      0
O1    .0202 .25  .8680      .0043  .0394  .0034      0 -.0010      0
O2    .2463 .25  .7469      .0040  .0341  .0034      0  .0006      0
O3    .2386 .25  .0057      .0041  .0473  .0023      0 -.0010      0
O4    .0098 .25  .3841      .0042  .0331  .0026      0  .0001      0
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Yuanfuliite
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Bigi S, Brigatti M F, Capedri S
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American Mineralogist 76 (1991) 1380-1388
Crystal chemistry of Fe- and Cr-rich warwickite
sample S3
Locality: Jumilla, Murcia province, southeast Spain
_database_code_amcsd 0001390
9.230 3.0906 9.378 90 90 90 Pnma
atom      x   y      z occ B(1,1) B(2,2) B(3,3) B(1,2) B(1,3) B(2,3)
B     .1374 .25  .8750      .0056  .0236  .0031      0  .0003      0
Al1  .11567 .25 .56875 .04  .0049  .0173  .0037      0 -.0007      0
Cr1  .11567 .25 .56875 .18  .0049  .0173  .0037      0 -.0007      0
Fe1  .11567 .25 .56875 .51  .0049  .0173  .0037      0 -.0007      0
Ti1  .11567 .25 .56875 .12  .0049  .0173  .0037      0 -.0007      0
Mg1  .11567 .25 .56875 .15  .0049  .0173  .0037      0 -.0007      0
Mg2  .10266 .25 .19032      .0042  .0157  .0039      0  .0000      0
O1    .0208 .25  .8674      .0046  .0325  .0041      0 -.0007      0
O2    .2465 .25  .7471      .0048  .0340  .0033      0  .0007      0
O3    .2376 .25  .0054      .0048  .0291  .0032      0 -.0011      0
O4    .0101 .25  .3835      .0053  .0243  .0037      0  .0004      0
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Yuanfuliite
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Bigi S, Brigatti M F, Capedri S
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American Mineralogist 76 (1991) 1380-1388
Crystal chemistry of Fe- and Cr-rich warwickite
sample S4
Locality: Jumilla, Murcia province, southeast Spain
_database_code_amcsd 0001391
9.228 3.0840 9.371 90 90 90 Pnma
atom      x   y      z occ B(1,1) B(2,2) B(3,3) B(1,2) B(1,3) B(2,3)
B     .1672 .25  .8748      .0056  .0499  .0020      0  .0003      0
Al1  .11556 .25 .56885 .02  .0034  .0302  .0033      0 -.0002      0
Cr1  .11556 .25 .56885 .17  .0034  .0302  .0033      0 -.0002      0
Fe1  .11556 .25 .56885 .47  .0034  .0302  .0033      0 -.0002      0
Ti1  .11556 .25 .56885 .16  .0034  .0302  .0033      0 -.0002      0
Mg1  .11556 .25 .56885 .18  .0034  .0302  .0033      0 -.0002      0
Mg2  .10245 .25 .19035      .0030  .0239  .0036      0 -.0002      0
O1    .0203 .25  .8669      .0033  .0494  .0032      0 -.0004      0
O2    .2468 .25  .7475      .0041  .0526  .0023      0  .0006      0
O3    .2388 .25  .0053      .0042  .0499  .0028      0 -.0008      0
O4    .0090 .25  .3842      .0036  .0368  .0033      0  .0005      0
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Yuanfuliite
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Bigi S, Brigatti M F, Capedri S
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American Mineralogist 76 (1991) 1380-1388
Crystal chemistry of Fe- and Cr-rich warwickite
sample S5
Locality: Jumilla, Murcia province, southeast Spain
_database_code_amcsd 0001392
9.246 3.0993 9.378 90 90 90 Pnma
atom      x   y      z occ B(1,1) B(2,2) B(3,3) B(1,2) B(1,3) B(2,3)
B     .1673 .25  .8755      .0005  .0156  .0020      0 -.0003      0
Cr1  .11495 .25 .56951 .04  .0016  .0125  .0015      0 -.0002      0
Fe1  .11495 .25 .56951 .65  .0016  .0125  .0015      0 -.0002      0
Ti1  .11495 .25 .56951 .15  .0016  .0125  .0015      0 -.0002      0
Mg1  .11495 .25 .56951 .16  .0016  .0125  .0015      0 -.0002      0
Mg2  .10218 .25 .19058      .0010  .0112  .0013      0 -.0001      0
O1    .0209 .25  .8676      .0013  .0156  .0020      0 -.0003      0
O2    .2467 .25  .7481      .0016  .0200  .0021      0 -.0009      0
O3    .2371 .25  .0050      .0016  .0286  .0018      0 -.0003      0
O4    .0101 .25  .3834      .0018  .0216  .0015      0 -.0003      0
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Yuanfuliite
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Bigi S, Brigatti M F, Capedri S
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American Mineralogist 76 (1991) 1380-1388
Crystal chemistry of Fe- and Cr-rich warwickite
sample S6
Locality: Jumilla, Murcia province, southeast Spain
_database_code_amcsd 0001393
9.242 3.098 9.383 90 90 90 Pnma
atom     x   y     z occ Biso B(1,1) B(2,2) B(3,3) B(1,2) B(1,3) B(2,3)
B    .1672 .25  .873       .8
Al1  .1150 .25 .5696 .02       .0012  .0076  .0012      0 -.0000      0
Cr1  .1150 .25 .5696 .02       .0012  .0076  .0012      0 -.0000      0
Fe1  .1150 .25 .5696 .61       .0012  .0076  .0012      0 -.0000      0
Ti1  .1150 .25 .5696 .17       .0012  .0076  .0012      0 -.0000      0
Mg1  .1150 .25 .5696 .18       .0012  .0076  .0012      0 -.0000      0
Mg2  .1024 .25 .1901           .0008  .0156  .0017      0 -.0006      0
O1   .0192 .25 .8662       .7
O2   .2478 .25 .7484       .4
O3   .2372 .25 .0059       .6
O4   .0099 .25 .3824      .59
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Yuanfuliite
Download hom/yuanfuliite.pdf
Bigi S, Brigatti M F, Capedri S
Download am/vol76/AM76_1380.pdf
American Mineralogist 76 (1991) 1380-1388
Crystal chemistry of Fe- and Cr-rich warwickite
sample S7
Locality: Jumilla, Murcia province, southeast Spain
_database_code_amcsd 0001394
9.255 3.0941 9.402 90 90 90 Pnma
atom      x   y      z occ B(1,1) B(2,2) B(3,3) B(1,2) B(1,3) B(2,3)
B     .1663 .25  .8740      .0015  .0183  .0014      0  .0006      0
Al1  .11552 .25 .56856 .01   0017  .0167  .0018      0 -.0002      0
Cr1  .11552 .25 .56856 .23  .0017  .0167  .0018      0 -.0002      0
Fe1  .11552 .25 .56856 .54  .0017  .0167  .0018      0 -.0002      0
Ti1  .11552 .25 .56856 .10  .0017  .0167  .0018      0 -.0002      0
Mg1  .11552 .25 .56856 .12  .0017  .0167  .0018      0 -.0002      0
Mg2   .1025 .25  .1904      .0012  .0172  .0019      0  .0000      0
O1    .0210 .25  .8671      .0011  .0261  .0017      0 -.0000      0
O2    .2470 .25  .7470      .0013  .0235  .0014      0  .0002      0
O3    .2379 .25  .0053      .0010  .0313  .0011      0 -.0004      0
O4    .0095 .25  .3843      .0022  .0209  .0012      0  .0001      0
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Biotite
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Bigi S, Brigatti M F
Download am/vol79/AM79_63.pdf
American Mineralogist 79 (1994) 63-72
Crystal chemistry and microstructures of plutonic biotite
Sample 1M from Valle del Cervo syenitic complex
_database_code_amcsd 0001633
5.335 9.244 10.206 90 100.08 90 C2/m
atom     x     y     z  occ B(1,1) B(2,2) B(3,3) B(1,2) B(1,3) B(2,3)
SiT  .0752 .1669 .2258 .702  .0161  .0038  .0052 -.0002  .0021  .0001
AlT  .0752 .1669 .2258 .298  .0161  .0038  .0052 -.0002  .0021  .0001
Al1      0     0    .5 .015  .0172  .0038  .0067      0  .0036      0
Fe1      0     0    .5 .400  .0172  .0038  .0067      0  .0036      0
Mg1      0     0    .5 .512  .0172  .0038  .0067      0  .0036      0
Mn1      0     0    .5 .007  .0172  .0038  .0067      0  .0036      0
Ti1      0     0    .5 .067  .0172  .0038  .0067      0  .0036      0
Na2      0 .3343    .5 .017  .0160  .0044  .0060      0  .0028      0
K2       0 .3343    .5 .953  .0160  .0044  .0060      0  .0028      0
O1   .0247     0 .1688       .0306  .0047  .0071      0  .0021      0
O2   .3219 .2336 .1683       .0212  .0088  .0066 -.0022  .0034 -.0006
O3   .1334 .1675 .3905       .0197  .0044  .0061  .0000  .0029  .0004
O4   .1301    .5 .3952       .0198  .0053  .0064      0  .0027      0
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Biotite
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Bigi S, Brigatti M F
Download am/vol79/AM79_63.pdf
American Mineralogist 79 (1994) 63-72
Crystal chemistry and microstructures of plutonic biotite
Sample 2M1 from Valle del Cervo syenitic complex
_database_code_amcsd 0001634
5.339 9.249 20.196 90 95.06 90 C2/c
atom     x     y     z  occ B(1,1) B(2,2) B(3,3) B(1,2) B(1,3) B(2,3)
SiT1 .4615 .2498 .1370 .696  .0074  .0023  .0007  .0003  .0002  .0001
AlT1 .4615 .2498 .1370 .304  .0074  .0023  .0007  .0003  .0002  .0001
SiT2 .9636 .4166 .1371 .696  .0076  .0024  .0007  .0005  .0002  .0001
AlT2 .9636 .4166 .1371 .304  .0076  .0024  .0007  .0005  .0002  .0001
Fe1    .75   .25     0 .405  .0069  .0031  .0008 -.0008  .0003 -.0004
Mg1    .75   .25     0 .515  .0069  .0031  .0008 -.0008  .0003 -.0004
Mn1    .75   .25     0 .006  .0069  .0031  .0008 -.0008  .0003 -.0004
Ti1    .75   .25     0 .075  .0069  .0031  .0008 -.0008  .0003 -.0004
Fe2  .2473 .0825 .0000 .405  .0112  .0033  .0008 -.0003  .0004 -.0003
Mg2  .2473 .0825 .0000 .515  .0112  .0033  .0008 -.0003  .0004 -.0003
Mn2  .2473 .0825 .0000 .006  .0112  .0033  .0008 -.0003  .0004 -.0003
Ti2  .2473 .0825 .0000 .075  .0112  .0033  .0008 -.0003  .0004 -.0003
K        0 .0852   .25 .946  .0238  .0081  .0021      0  .0007      0
Na       0 .0852   .25 .032  .0238  .0081  .0021      0  .0007      0
O11  .7385 .3176 .1656       .0129  .0051  .0011 -.0015  .0004 -.0001
O21  .2368 .3478 .1665       .0143  .0044  .0011  .0010  .0000 -.0001
O22  .4418 .0844 .1662       .0165  .0038  .0011  .0007  .0007 -.0003
O31  .4324 .2376 .0550       .0082  .0006  .0005 -.0002  .0000 -.0001
O32  .9359 .4047 .0550       .0098  .0022  .0006  .0002  .0004 -.0002
O4   .9351 .0695 .0518       .0103  .0019  .0009  .0010  .0005 -.0005
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Phlogopite
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Brigatti M F, Medici L, Saccani E, Vaccaro C
Download am/vol81/AM81_913.pdf
American Mineralogist 81 (1996) 913-927
Crystal chemistry and petrologic significance of Fe3+-rich phlogopite from
the Tapira carbonatite complex, Brazil
Sample: Tas27-2Ba
_database_code_amcsd 0001810
5.318 9.214 10.279 90 100.01 90 C2/m
atom     x      y      z occ B(1,1) B(2,2) B(3,3) B(1,2) B(1,3) B(2,3)
Si   .0761 .16662 .22825 .71  .0124  .0041  .0038 -.0001  .0025 -.0001
Al   .0761 .16662 .22825 .27  .0124  .0041  .0038 -.0001  .0025 -.0001
Fe   .0761 .16662 .22825 .02  .0124  .0041  .0038 -.0001  .0025 -.0001
Ti1      0      0     .5 .02  .0157  .0052  .0054      0  .0031      0
Fe1      0      0     .5 .09  .0157  .0052  .0054      0  .0031      0
Mg1      0      0     .5 .89  .0157  .0052  .0054      0  .0031      0
Ti2      0  .3323     .5 .02  .0133  .0042  .0044      0  .0025      0
Fe2      0  .3323     .5 .09  .0133  .0042  .0044      0  .0025      0
Mg2      0  .3323     .5 .89  .0133  .0042  .0044      0  .0025      0
K        0     .5      0 .96  .0330  .0108  .0063      0  .0034      0
Ba       0     .5      0 .01  .0330  .0108  .0063      0  .0034      0
Na       0     .5      0 .03  .0330  .0108  .0063      0  .0034      0
O1   .0138      0  .1703      .0260  .0062  .0052      0  .0028      0
O2   .3285  .2286  .1703      .0222  .0086  .0044 -.0020  .0030 -.0006
O3   .1302  .1668  .3908      .0135  .0043  .0045  .0000  .0025 -.0001
OH4  .1322     .5  .3978 .90  .0137  .0050  .0042      0  .0025      0
F4   .1322     .5  .3978 .02  .0137  .0050  .0042      0  .0025      0
O4   .1322     .5  .3978 .08  .0137  .0050  .0042      0  .0025      0
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Phlogopite
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Brigatti M F, Medici L, Saccani E, Vaccaro C
Download am/vol81/AM81_913.pdf
American Mineralogist 81 (1996) 913-927
Crystal chemistry and petrologic significance of Fe3+-rich phlogopite from
the Tapira carbonatite complex, Brazil
Sample: Tas27-2Bb
_database_code_amcsd 0001811
5.330 9.2346 10.3010 90 99.92 90 C2/m
atom      x      y      z occ B(1,1) B(2,2) B(3,3) B(1,2) B(1,3) B(2,3)
Si   .07606 .16669 .22828 .71  .0048  .0016  .0014      0  .0006      0
Al   .07606 .16669 .22828 .26  .0048  .0016  .0014      0  .0006      0
Fe   .07606 .16669 .22828 .03  .0048  .0016  .0014      0  .0006      0
Ti1       0      0     .5 .02  .0068  .0022  .0024      0  .0011      0
Fe1       0      0     .5 .09  .0068  .0022  .0024      0  .0011      0
Mg1       0      0     .5 .89  .0068  .0022  .0024      0  .0011      0
Ti2       0 .33224     .5 .02  .0055  .0019  .0021      0  .0007      0
Fe2       0 .33224     .5 .09  .0055  .0019  .0021      0  .0007      0
Mg2       0 .33224     .5 .89  .0055  .0019  .0021      0  .0007      0
K         0     .5      0 .96  .0269  .0087  .0042      0  .0015      0
Na        0     .5      0 .03  .0269  .0087  .0042      0  .0015      0
Ba        0     .5      0 .01  .0269  .0087  .0042      0  .0015      0
O1    .0134      0  .1704      .0189  .0035  .0024      0  .0006      0
O2    .3281  .2284  .1703      .0132  .0056  .0024 -.0024  .0015 -.0005
O3    .1300  .1667  .3910      .0069  .0020  .0018  .0001  .0009 -.0001
OH4   .1326     .5  .3976 .90  .0069  .0024  .0018      0  .0004      0
F4    .1326     .5  .3976 .02  .0069  .0024  .0018      0  .0004      0
O4    .1326     .5  .3976 .08  .0069  .0024  .0018      0  .0004      0
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Phlogopite
Download hom/phlogopite.pdf
Brigatti M F, Medici L, Saccani E, Vaccaro C
Download am/vol81/AM81_913.pdf
American Mineralogist 81 (1996) 913-927
Crystal chemistry and petrologic significance of Fe3+-rich phlogopite from
the Tapira carbonatite complex, Brazil
Sample: Tag15-4
_database_code_amcsd 0001812
5.333 9.238 10.267 90 99.96 90 C2/m
atom     x     y      z occ B(1,1) B(2,2) B(3,3) B(1,2) B(1,3) B(2,3)
Si   .0755 .1666 .22683 .69  .0107  .0038  .0029  .0002  .0010 -.0001
Al   .0755 .1666 .22683 .30  .0107  .0038  .0029  .0002  .0010 -.0001
Fe   .0755 .1666 .22683 .01  .0107  .0038  .0029  .0002  .0010 -.0001
Ti1      0     0     .5 .04  .0106  .0042  .0038      0  .0013      0
Fe1      0     0     .5 .23  .0106  .0042  .0038      0  .0013      0
Mg1      0     0     .5 .72  .0106  .0042  .0038      0  .0013      0
Mn1      0     0     .5 .01  .0106  .0042  .0038      0  .0013      0
Ti2      0 .3334     .5 .04  .0105  .0045  .0035      0  .0009      0
Fe2      0 .3334     .5 .23  .0105  .0045  .0035      0  .0009      0
Mg2      0 .3334     .5 .72  .0105  .0045  .0035      0  .0009      0
Mn2      0 .3334     .5 .04  .0105  .0045  .0035      0  .0009      0
K        0    .5      0 .92  .0256  .0091  .0053      0  .0020      0
Ba       0    .5      0 .04  .0256  .0091  .0053      0  .0020      0
O1   .0134     0  .1705      .0240  .0063  .0042      0  .0006      0
O2   .3285 .2281  .1700      .0190  .0081  .0038 -.0023  .0013 -.0005
O3   .1304 .1670  .3914      .0124  .0048  .0036 -.0002  .0012 -.0001
OH4  .1314    .5  .3973 .84  .0130  .0043  .0032      0  .0011      0
F4   .1314    .5  .3973 .03  .0130  .0043  .0032      0  .0011      0
O4   .1314    .5  .3973 .13  .0130  .0043  .0032      0  .0011      0
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Phlogopite
Download hom/phlogopite.pdf
Brigatti M F, Medici L, Saccani E, Vaccaro C
Download am/vol81/AM81_913.pdf
American Mineralogist 81 (1996) 913-927
Crystal chemistry and petrologic significance of Fe3+-rich phlogopite from
the Tapira carbonatite complex, Brazil
Sample: Tag15-3
_database_code_amcsd 0001813
5.329 9.228 10.258 90 100.03 90 C2/m
atom     x     y     z occ B(1,1) B(2,2) B(3,3) B(1,2) B(1,3) B(2,3)
Si   .0760 .1666 .2271 .69  .0166  .0052  .0050  .0002  .0032  .0000
Al   .0760 .1666 .2271 .31  .0166  .0052  .0050  .0002  .0032  .0000
Ti1      0     0    .5 .04  .0150  .0046  .0050      0  .0037      0
Fe1      0     0    .5 .20  .0150  .0046  .0050      0  .0037      0
Mg1      0     0    .5 .73  .0150  .0046  .0050      0  .0037      0
Ti2      0 .3335    .5 .04  .0142  .0048  .0048      0  .0037      0
Fe2      0 .3335    .5 .20  .0142  .0048  .0048      0  .0037      0
Mg2      0 .3335    .5 .73  .0142  .0048  .0048      0  .0037      0
K        0    .5     0 .92  .0280  .0099  .0069      0  .0056      0
Ba       0    .5     0 .02  .0280  .0099  .0069      0  .0056      0
O1   .0150     0 .1699      .0310  .0065  .0059      0  .0010      0
O2   .3283 .2278 .1698      .0240  .0086  .0064 -.0035  .0060 -.0004
O3   .1295 .1674 .3908      .0190  .0059  .0043  .0007  .0019  .0001
OH4  .1308    .5 .3966 .96  .0160  .0064  .0042      0  .0030      0
F4   .1308    .5 .3966 .03  .0160  .0064  .0042      0  .0030      0
O4   .1308    .5 .3966 .01  .0160  .0064  .0042      0  .0030      0
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Phlogopite
Download hom/phlogopite.pdf
Brigatti M F, Medici L, Saccani E, Vaccaro C
Download am/vol81/AM81_913.pdf
American Mineralogist 81 (1996) 913-927
Crystal chemistry and petrologic significance of Fe3+-rich phlogopite from
the Tapira carbonatite complex, Brazil
Sample: Tpg63-2B
_database_code_amcsd 0001814
5.3405 9.244 10.253 90 100.09 90 C2/m
atom     x      y      z occ B(1,1) B(2,2) B(3,3) B(1,2) B(1,3) B(2,3)
Si   .0756 .16669 .22652 .68  .0113  .0048  .0040 -.0001  .0014      0
Al   .0756 .16669 .22652 .32  .0113  .0048  .0040 -.0001  .0014      0
Ti1      0      0     .5 .06  .0113  .0045  .0044      0  .0019      0
Fe1      0      0     .5 .29  .0113  .0045  .0044      0  .0019      0
Mg1      0      0     .5 .63  .0113  .0045  .0044      0  .0019      0
Mn1      0      0     .5 .01  .0113  .0045  .0044      0  .0019      0
Ti2      0  .3335     .5 .06  .0107  .0049  .0043      0  .0013      0
Fe2      0  .3335     .5 .29  .0107  .0049  .0043      0  .0013      0
Mg2      0  .3335     .5 .63  .0107  .0049  .0043      0  .0013      0
Mn2      0  .3335     .5 .01  .0107  .0049  .0043      0  .0013      0
K        0     .5      0      .0280  .0102  .0068      0  .0021      0
Ba       0     .5      0      .0280  .0102  .0068      0  .0021      0
O1   .0160      0  .1704      .0240  .0068  .0054      0  .0012      0
O2   .3271  .2293  .1695      .0194  .0089  .0046 -.0022  .0020 -.0004
O3   .1311  .1671  .3910      .0124  .0051  .0043 -.0002  .0016      0
OH4  .1309     .5  .3972 .87  .0117  .0055  .0040      0  .0010      0
F4   .1309     .5  .3972 .01  .0117  .0055  .0040      0  .0010      0
O4   .1309     .5  .3972 .12  .0117  .0055  .0040      0  .0010      0
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Phlogopite
Download hom/phlogopite.pdf
Brigatti M F, Medici L, Saccani E, Vaccaro C
Download am/vol81/AM81_913.pdf
American Mineralogist 81 (1996) 913-927
Crystal chemistry and petrologic significance of Fe3+-rich phlogopite from
the Tapira carbonatite complex, Brazil
Sample: Tae23-1a
_database_code_amcsd 0001815
5.321 9.211 10.287 90 99.93 90 C2/m
atom     x      y      z occ B(1,1) B(2,2) B(3,3) B(1,2) B(1,3) B(2,3)
Si   .0760 .16675 .22819 .71  .0103  .0041  .0025 -.0002  .0014 -.0001
Al   .0760 .16675 .22819 .26  .0103  .0041  .0025 -.0002  .0014 -.0001
Fe   .0760 .16675 .22819 .03  .0103  .0041  .0025 -.0002  .0014 -.0001
Ti1      0      0     .5 .03  .0113  .0045  .0033      0  .0015      0
Fe1      0      0     .5 .08  .0113  .0045  .0033      0  .0015      0
Mg1      0      0     .5 .89  .0113  .0045  .0033      0  .0015      0
Ti2      0  .3320     .5 .03  .0113  .0044  .0030      0  .0013      0
Fe2      0  .3320     .5 .08  .0113  .0044  .0030      0  .0013      0
Ti2      0  .3320     .5 .89  .0113  .0044  .0030      0  .0013      0
K        0     .5      0 .93  .0285  .0101  .0044      0  .0017      0
Ba       0     .5      0 .02  .0285  .0101  .0044      0  .0017      0
Na       0     .5      0 .05  .0285  .0101  .0044      0  .0017      0
O1   .0108      0  .1704      .0230  .0056  .0034      0  .0003      0
O2   .3296  .2276  .1704      .0196  .0078  .0032 -.0021  .0022 -.0006
O3   .1302  .1666  .3912      .0117  .0046  .0030  .0003  .0012 -.0001
OH4  .1320     .5  .3977 .91  .0115  .0047  .0034      0  .0016      0
O4   .1320     .5  .3977 .09  .0115  .0047  .0034      0  .0016      0
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Phlogopite
Download hom/phlogopite.pdf
Brigatti M F, Medici L, Saccani E, Vaccaro C
Download am/vol81/AM81_913.pdf
American Mineralogist 81 (1996) 913-927
Crystal chemistry and petrologic significance of Fe3+-rich phlogopite from
the Tapira carbonatite complex, Brazil
Sample: Tae23-1b
_database_code_amcsd 0001816
5.330 9.230 10.256 90 99.92 90 C2/m
atom     x      y      z occ B(1,1) B(2,2) B(3,3) B(1,2) B(1,3) B(2,3)
Si   .0759 .16666 .22784 .71  .0088  .0032  .0053  .0001  .0011      0
Al   .0759 .16666 .22784 .28  .0088  .0032  .0053  .0001  .0011      0
Fe   .0759 .16666 .22784 .01  .0088  .0032  .0053  .0001  .0011      0
Ti       0      0     .5 .03  .0089  .0032  .0056      0  .0014      0
Fe       0      0     .5 .10  .0089  .0032  .0056      0  .0014      0
Mg       0      0     .5 .87  .0089  .0032  .0056      0  .0014      0
Ti       0  .3325     .5 .03  .0086  .0034  .0056      0  .0010      0
Fe       0  .3325     .5 .10  .0086  .0034  .0056      0  .0010      0
Mg       0  .3325     .5 .87  .0086  .0034  .0056      0  .0010      0
K        0     .5      0 .88  .0272  .0094  .0074      0  .0019      0
Ba       0     .5      0 .01  .0272  .0094  .0074      0  .0019      0
Na       0     .5      0 .05  .0272  .0094  .0074      0  .0019      0
O1   .0112      0  .1706      .0226  .0052  .0061      0  .0005      0
O2   .3296  .2274  .1707      .0176  .0072  .0062 -.0023  .0018 -.0006
O3   .1300  .1668  .3910      .0104  .0036  .0054      0  .0013      0
OH4  .1323     .5  .3976 .91  .0105  .0039  .0059      0  .0015      0
O4   .1323     .5  .3976 .09  .0105  .0039  .0059      0  .0015      0
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Phlogopite
Download hom/phlogopite.pdf
Brigatti M F, Medici L, Saccani E, Vaccaro C
Download am/vol81/AM81_913.pdf
American Mineralogist 81 (1996) 913-927
Crystal chemistry and petrologic significance of Fe3+-rich phlogopite from
the Tapira carbonatite complex, Brazil
Sample: Tae23-1c
_database_code_amcsd 0001817
5.318 9.219 10.274 90 99.88 90 C2/m
atom     x      y      z occ B(1,1) B(2,2) B(3,3) B(1,2) B(1,3) B(2,3)
Si   .0760 .16654 .22763 .70  .0198  .0049  .0046 -.0001  .0012 -.0001
Al   .0760 .16654 .22763 .29  .0198  .0049  .0046 -.0001  .0012 -.0001
Fe   .0760 .16654 .22763 .01  .0198  .0049  .0046 -.0001  .0012 -.0001
Ti1      0      0     .5 .03  .0202  .0054  .0053      0  .0020      0
Fe1      0      0     .5 .11  .0202  .0054  .0053      0  .0020      0
Mg1      0      0     .5 .86  .0202  .0054  .0053      0  .0020      0
Ti2      0  .3320     .5 .03  .0192  .0052  .0052      0  .0012      0
Fe2      0  .3320     .5 .11  .0192  .0052  .0052      0  .0012      0
Mg2      0  .3320     .5 .86  .0192  .0052  .0052      0  .0012      0
K        0     .5      0 .87  .0376  .0107  .0067      0  .0023      0
Ba       0     .5      0 .02  .0376  .0107  .0067      0  .0023      0
Na       0     .5      0 .05  .0376  .0107  .0067      0  .0023      0
O1   .0105      0  .1714      .0370  .0077  .0052     .0  .0016      0
O2   .3286  .2275  .1708      .0275  .0094  .0058 -.0018  .0023      0
O3   .1318  .1670  .3920      .0232  .0068  .0044      0  .0007 -.0002
OH4  .1329     .5  .3975 .90  .0270  .0084  .0057      0  .0008      0
F4   .1329     .5  .3975 .01  .0270  .0084  .0057      0  .0008      0
O4   .1329     .5  .3975 .09  .0270  .0084  .0057      0  .0008      0
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Phlogopite
Download hom/phlogopite.pdf
Brigatti M F, Medici L, Saccani E, Vaccaro C
Download am/vol81/AM81_913.pdf
American Mineralogist 81 (1996) 913-927
Crystal chemistry and petrologic significance of Fe3+-rich phlogopite from
the Tapira carbonatite complex, Brazil
Sample: Tpq16-4A
_database_code_amcsd 0001818
5.338 9.247 10.300 90 99.96 90 C2/m
atom     x      y      z occ B(1,1) B(2,2) B(3,3) B(1,2) B(1,3) B(2,3)
Si   .0758 .16666 .22749 .73  .0129  .0042  .0033  .0001  .0013      0
Al   .0758 .16666 .22749 .18  .0129  .0042  .0033  .0001  .0013      0
Fe   .0758 .16666 .22749 .09  .0129  .0042  .0033  .0001  .0013      0
Ti1      0      0     .5 .01  .0123  .0039  .0034      0  .0012      0
Fe1      0      0     .5 .11  .0123  .0039  .0034      0  .0012      0
Mg1      0      0     .5 .88  .0123  .0039  .0034      0  .0012      0
Ti2      0  .3325     .5 .01  .0118  .0038  .0035      0  .0013      0
Fe2      0  .3325     .5 .11  .0118  .0038  .0035      0  .0013      0
Mg2      0  .3325     .5 .88  .0118  .0038  .0035      0  .0013      0
K        0     .5      0 .99  .0318  .0105  .0053      0  .0020      0
O1   .0106      0  .1711      .0280  .0072  .0039      0  .0003      0
O2   .3301  .2268  .1708      .0241  .0088  .0039 -.0024  .0021 -.0006
O3   .1300  .1670  .3910      .0122  .0041  .0032  .0000  .0011  .0000
OH4  .1327     .5  .3980 .93  .0117  .0040  .0033      0  .0012      0
F4   .1327     .5  .3980 .04  .0117  .0040  .0033      0  .0012      0
O4   .1327     .5  .3980 .03  .0117  .0040  .0033      0  .0012      0
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Phlogopite
Download hom/phlogopite.pdf
Brigatti M F, Medici L, Saccani E, Vaccaro C
Download am/vol81/AM81_913.pdf
American Mineralogist 81 (1996) 913-927
Crystal chemistry and petrologic significance of Fe3+-rich phlogopite from
the Tapira carbonatite complex, Brazil
Sample: Tpt17-1
_database_code_amcsd 0001819
5.332 9.239 10.291 90 99.94 90 C2/m
atom      x      y      z occ B(1,1) B(2,2) B(3,3) B(1,2) B(1,3) B(2,3)
Si   .07607 .16667 .22803 .71  .0051  .0019  .0017  .0001  .0006      0
Al   .07607 .16667 .22803 .28  .0051  .0019  .0017  .0001  .0006      0
Fe   .07607 .16667 .22803 .01  .0051  .0019  .0017  .0001  .0006      0
Ti1       0      0     .5 .03  .0061  .0023  .0026      0  .0010      0
Fe1       0      0     .5 .08  .0061  .0023  .0026      0  .0010      0
Mg1       0      0     .5 .89  .0061  .0023  .0026      0  .0010      0
Ti2       0  .3326     .5 .03  .0053  .0023  .0023      0  .0005      0
Fe2       0  .3326     .5 .08  .0053  .0023  .0023      0  .0005      0
Mg2       0  .3326     .5 .89  .0053  .0023  .0023      0  .0005      0
K         0     .5      0 .98  .0237  .0082  .0043      0  .0012      0
Ba        0     .5      0 .02  .0237  .0082  .0043      0  .0012      0
Na        0     .5      0 .01  .0237  .0082  .0043      0  .0012      0
O1    .0112      0  .1701      .0186  .0037  .0026      0 -.0005      0
O2    .3291  .2278  .1700      .0133  .0056  .0028 -.0031  .0018 -.0006
O3    .1304  .1668  .3912      .0068  .0024  .0019 -.0002  .0006      0
OH4   .1324     .5  .3980 .87  .0075  .0029  .0024      0  .0006      0
F4    .1324     .5  .3980 .05  .0075  .0029  .0024      0  .0006      0
O4    .1324     .5  .3980 .08  .0075  .0029  .0024      0  .0006      0
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Phlogopite
Download hom/phlogopite.pdf
Brigatti M F, Medici L, Saccani E, Vaccaro C
Download am/vol81/AM81_913.pdf
American Mineralogist 81 (1996) 913-927
Crystal chemistry and petrologic significance of Fe3+-rich phlogopite from
the Tapira carbonatite complex, Brazil
Sample: Tas22-1a
_database_code_amcsd 0001820
5.357 9.270 10.319 90 99.96 90 C2/m
atom     x      y      z occ B(1,1) B(2,2) B(3,3) B(1,2) B(1,3) B(2,3)
Si   .0759 .16670 .2268  .78  .0109  .0056  .0039  .0003  .0005 -.0001
Fe   .0759 .16670 .2268  .22  .0109  .0056  .0039  .0003  .0005 -.0001
Fe1      0      0    .5  .07  .0100  .0054  .0035      0 -.0002      0
Mg1      0      0    .5  .90  .0100  .0054  .0035      0 -.0002      0
Fe2      0  .3325    .5  .07  .0104  .0058  .0035      0  .0002      0
Mg2      0  .3325    .5  .90  .0104  .0058  .0035      0  .0002      0
K        0     .5     0  .99  .0340  .0126  .0073      0  .0033      0
Na       0     .5     0  .01  .0340  .0126  .0073      0  .0033      0
O1   .0000      0 .1717       .0420  .0117  .0058      0 -.0030      0
O2   .3317  .2220 .1715       .0360  .0122  .0073 -.0015  .0036 -.0004
O3   .1281  .1677 .3909       .0076  .0052  .0040 -.0001 -.0003  .0001
OH4  .1338     .5 .3982  .89  .0120  .0057  .0041      0 -.0010      0
F4   .1338     .5 .3982  .07  .0120  .0057  .0041      0 -.0010      0
O4   .1338     .5 .3982  .04  .0120  .0057  .0041      0 -.0010      0
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Phlogopite
Download hom/phlogopite.pdf
Brigatti M F, Medici L, Saccani E, Vaccaro C
Download am/vol81/AM81_913.pdf
American Mineralogist 81 (1996) 913-927
Crystal chemistry and petrologic significance of Fe3+-rich phlogopite from
the Tapira carbonatite complex, Brazil
Sample: Tas22-1b
_database_code_amcsd 0001821
5.358 9.277 10.308 90 99.99 90 C2/m
atom     x      y      z occ B(1,1) B(2,2) B(3,3) B(1,2) B(1,3) B(2,3)
Si   .0755 .16666 .22672 .77  .0123  .0044  .0039 -.0001  .0022  .0000
Fe   .0755 .16666 .22672 .23  .0123  .0044  .0039 -.0001  .0022  .0000
Fe1      0      0     .5 .08  .0140  .0047  .0048      0  .0026      0
Mg1      0      0     .5 .92  .0140  .0047  .0048      0  .0026      0
Fe2      0  .3328     .5 .08  .0121  .0041  .0042      0  .0025      0
Mg2      0  .3328     .5 .92  .0121  .0041  .0042      0  .0025      0
K        0     .5      0 .98  .0287  .0100  .0069      0  .0031      0
Na       0     .5      0 .02  .0287  .0100  .0069      0  .0031      0
O1   .0012      0  .1701      .0350  .0089  .0068      0  .0020      0
O2   .3342  .2221  .1700      .0310  .0104  .0062 -.0022  .0038 -.0010
O3   .1309  .1670  .3918      .0124  .0034  .0045 -.0002  .0026  .0000
OH4  .1330     .5  .3977 .89  .0163  .0050  .0045      0  .0030      0
F4   .1330     .5  .3977 .03  .0163  .0050  .0045      0  .0030      0
O4   .1330     .5  .3977 .08  .0163  .0050  .0045      0  .0030      0
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Phlogopite
Download hom/phlogopite.pdf
Brigatti M F, Medici L, Saccani E, Vaccaro C
Download am/vol81/AM81_913.pdf
American Mineralogist 81 (1996) 913-927
Crystal chemistry and petrologic significance of Fe3+-rich phlogopite from
the Tapira carbonatite complex, Brazil
Sample: Tpq16-6B
_database_code_amcsd 0001822
5.356 9.284 10.309 90 100.03 90 C2/m
atom     x      y      z occ B(1,1) B(2,2) B(3,3) B(1,2) B(1,3) B(2,3)
Si   .0756 .16665 .22661 .79  .0155  .0034  .0045  .0000  .0020  .0000
Al   .0756 .16665 .22661 .01  .0155  .0034  .0045  .0000  .0020  .0000
Fe   .0756 .16665 .22661 .20  .0155  .0034  .0045  .0000  .0020  .0000
Ti1      0      0     .5 .01  .0157  .0032  .0049      0  .0023      0
Fe1      0      0     .5 .14  .0157  .0032  .0049      0  .0023      0
Mg1      0      0     .5 .85  .0157  .0032  .0049      0  .0023      0
Ti2      0  .3329     .5 .01  .0139  .0026  .0045      0  .0021      0
Fe2      0  .3329     .5 .14  .0139  .0026  .0045      0  .0021      0
Mg2      0  .3329     .5 .85  .0139  .0026  .0045      0  .0021      0
K        0     .5      0 .95  .0314  .0084  .0068      0  .0024      0
Na       0     .5      0 .02  .0314  .0084  .0068      0  .0024      0
O1   .0046      0  .1695      .0340  .0083  .0064      0  .0005      0
O2   .3320  .2238  .1699      .0339  .0091  .0064 -.0020  .0036 -.0009
O3   .1302  .1671  .3909      .0152  .0030  .0049      0  .0022  .0001
OH4  .1327     .5  .3978 .78  .0156  .0030  .0047      0  .0020      0
F4   .1327     .5  .3978 .05  .0156  .0030  .0047      0  .0020      0
O4   .1327     .5  .3978 .17  .0156  .0030  .0047      0  .0020      0
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Lizardite-2H2
 
Brigatti M F, Galli E, Medici L, Poppi L
Download am/vol82/AM82_931.pdf
American Mineralogist 82 (1997) 931-935
Crystal structure refinement of aluminian lizardite-2H2
_database_code_amcsd 0001942
5.334 5.334 14.370 90 90 120 P6_3
atom     x     y     z occ Biso B(1,1) B(2,2) B(3,3) B(1,2)  B(1,3)  B(2,3)
Si1      0     0 .1303 .71      .01160 .01160 .00194 .00586       0       0
Al1      0     0 .1303 .29      .01160 .01160 .00194 .00586       0       0
Si2    2/3   1/3 .1285 .71      .00890 .00890 .00133 .00445       0       0
Al2    2/3   1/3 .1285 .29      .00890 .00890 .00133 .00445       0       0
Mg   .6695 .0020 .3215 .78      .01101 .01347 .00190 .00902 -.00004 -.00072
Fe   .6695 .0020 .3215 .04      .01101 .01347 .00190 .00902 -.00004 -.00072
Al   .6695 .0020 .3215 .18      .01101 .01347 .00190 .00902 -.00004 -.00072
H4      .3   .04  .459      3.2
H5     1/3   2/3  .179      3.8
O1       0     0 .2412          .01523 .01523 .00472 .00773       0       0
O2     2/3   1/3 .2471          .02695 .02695 .00315 .01406       0       0
O3   .7829 .1179 .0899          .02695 .03280 .00315 .01757 -.00113 -.00301
O4   .3356 .0038 .3916          .01757 .02460 .00242 .00586  .00034 -.00339
O5     1/3   2/3 .2469          .01406 .01406 .00097 .00703       0       0
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Clintonite-1M
 
Alietti E, Brigatti M F, Poppi L
Download am/vol82/AM82_936.pdf
American Mineralogist 82 (1997) 936-945
Clintonite-1M: Crystal chemistry and its relationships to closely
associated Al-rich phlogopite
Sample: Cli5a
_database_code_amcsd 0001943
5.200 9.005 9.795 90 100.24 90 C2/m
atom      x     y      z occ B(1,1) B(2,2) B(3,3) B(1,2) B(1,3) B(2,3)
Si    .0705 .1667 .21007 .40  .0072  .0033  .0029      0      0      0
Al    .0705 .1667 .21007 .59  .0072  .0033  .0029      0      0      0
Fe    .0705 .1667 .21007 .01  .0072  .0033  .0029      0      0      0
Ca        0    .5      0      .0103  .0040  .0037      0  .0004      0
Al1       0     0     .5 .23  .0058  .0030  .0024      0 -.0002      0
Fe1       0     0     .5 .04  .0058  .0030  .0024      0 -.0002      0
Mg1       0     0     .5 .73  .0058  .0030  .0024      0 -.0002      0
Al2       0 .3299     .5 .23  .0045  .0023  .0021      0 -.0002      0
Fe2       0 .3299     .5 .04  .0045  .0023  .0021      0 -.0002      0
Mg2       0 .3299     .5 .23  .0045  .0023  .0021      0 -.0002      0
O1   -.0750     0  .1511      .0150  .0043  .0033      0 -.0009      0
O2    .3630 .1876  .1507      .0118  .0054  .0031 -.0012  .0009 -.0006
O3    .1308 .1678  .3892      .0088  .0038  .0028  .0005 -.0002  .0002
OH4   .1300    .5  .3960      .0110  .0051  .0022      0 -.0006      0
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Clintonite-1M
 
Alietti E, Brigatti M F, Poppi L
Download am/vol82/AM82_936.pdf
American Mineralogist 82 (1997) 936-945
Clintonite-1M: Crystal chemistry and its relationships to closely
associated Al-rich phlogopite
Sample: Cli7c
_database_code_amcsd 0001944
5.1982 9.006 9.796 90 100.21 90 C2/m
atom      x     y      z occ B(1,1) B(2,2) B(3,3) B(1,2) B(1,3) B(2,3)
Si    .0703 .1666 .21015 .30  .0074  .0026  .0032      0  .0005 -.0001
Al    .0703 .1666 .21015 .60  .0074  .0026  .0032      0  .0005 -.0001
Ca        0    .5      0      .0124  .0046  .0056      0  .0012      0
Al1       0     0     .5 .21  .0060  .0013  .0022      0  .0001      0
Fe1       0     0     .5 .07  .0060  .0013  .0022      0  .0001      0
Mg1       0     0     .5 .72  .0060  .0013  .0022      0  .0001      0
Al2       0 .3307     .5 .21  .0069  .0018  .0025      0  .0008      0
Fe2       0 .3307     .5 .07  .0069  .0018  .0025      0  .0008      0
Mg2       0 .3307     .5 .72  .0069  .0018  .0025      0  .0008      0
O1   -.0794     0  .1504      .0220  .0040  .0026      0 -.0006      0
O2    .3661 .1845  .1506      .0152  .0063  .0022 -.0030  .0008 -.0005
O3    .1296 .1670  .3898      .0074  .0025  .0027  .0002  .0001 -.0002
OH4   .1300    .5  .3928      .0110  .0033  .0017      0  .0001      0
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Clintonite-1M
 
Alietti E, Brigatti M F, Poppi L
Download am/vol82/AM82_936.pdf
American Mineralogist 82 (1997) 936-945
Clintonite-1M: Crystal chemistry and its relationships to closely
associated Al-rich phlogopite
Sample: Cli8a
_database_code_amcsd 0001945
5.194 8.995 9.788 90 100.23 90 C2/m
atom      x     y      z occ B(1,1) B(2,2) B(3,3) B(1,2) B(1,3) B(2,3)
Si    .0702 .1668 .21010 .31  .0138  .0054  .0047      0  .0006 -.0001
Al    .0702 .1668 .21010 .69  .0138  .0054  .0047      0  .0006 -.0001
Ca        0    .5      0      .0171  .0064  .0051      0  .0004      0
Al1       0     0     .5 .25  .0119  .0050  .0048      0  .0005      0
Fe1       0     0     .5 .05  .0119  .0050  .0048      0  .0005      0
Mg1       0     0     .5 .70  .0119  .0050  .0048      0  .0005      0
Al2       0 .3301     .5 .25  .0117  .0045  .0041      0  .0008      0
Fe2       0 .3301     .5 .05  .0117  .0045  .0041      0  .0008      0
Mg2       0 .3301     .5 .70  .0117  .0045  .0041      0  .0008      0
O1   -.0772     0  .1514      .0240  .0067  .0046      0  .0003      0
O2    .3640 .1857  .1507      .0220  .0079  .0044 -.0012  .0011 -.0001
O3    .1302 .1678  .3886      .0140  .0050  .0056 -.0001  .0003  .0002
OH4   .1310    .5  .3948      .0200  .0086  .0048      0  .0018      0
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Clintonite-1M
 
Alietti E, Brigatti M F, Poppi L
Download am/vol82/AM82_936.pdf
American Mineralogist 82 (1997) 936-945
Clintonite-1M: Crystal chemistry and its relationships to closely
associated Al-rich phlogopite
Sample: Cli8d
_database_code_amcsd 0001946
5.203 9.026 9.811 90 100.27 90 C2/m
atom      x     y      z occ B(1,1) B(2,2) B(3,3) B(1,2) B(1,3) B(2,3)
Si    .0703 .1668 .21011 .31  .0032  .0011  .0009 -.0001 -.0004 -.0001
Al    .0703 .1668 .21011 .69  .0032  .0011  .0009 -.0001 -.0004 -.0001
Ca        0    .5      0      .0069  .0019  .0022      0 -.0003      0
Al1       0     0     .5 .22  .0014  .0004  .0017      0 -.0001      0
Fe1       0     0     .5 .04  .0014  .0004  .0017      0 -.0001      0
Mg1       0     0     .5 .74  .0014  .0004  .0017      0 -.0001      0
Al2       0 .3298     .5 .22  .0027  .0004  .0017      0 -.0002      0
Fe2       0 .3298     .5 .04  .0027  .0004  .0017      0 -.0002      0
Mg2       0 .3298     .5 .74  .0027  .0004  .0017      0 -.0002      0
O1   -.0752     0  .1513      .0140  .0025  .0023      0 -.0011      0
O2    .3626 .1879  .1501      .0103  .0041  .0019 -.0019  .0004 -.0001
O3    .1309 .1678  .3896      .0052  .0017  .0018 -.0002  .0001 -.0004
OH4   .1294    .5  .3954      .0090  .0023  .0009      0 -.0013      0
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Clintonite-1M
 
Alietti E, Brigatti M F, Poppi L
Download am/vol82/AM82_936.pdf
American Mineralogist 82 (1997) 936-945
Clintonite-1M: Crystal chemistry and its relationships to closely
associated Al-rich phlogopite
Sample: Cli9a
_database_code_amcsd 0001947
5.192 9.003 9.794 90 100.17 90 C2/m
atom      x     y     z occ B(1,1) B(2,2) B(3,3) B(1,2) B(1,3) B(2,3)
Si    .0703 .1672 .2102 .30  .0106  .0021  .0033  .0001      0 -.0001
Al    .0703 .1672 .2102 .70  .0106  .0021  .0033  .0001      0 -.0001
Ca        0    .5     0      .0169  .0047  .0055      0  .0001      0
Al1       0     0    .5 .22  .0095  .0018  .0030      0  .0003      0
Fe1       0     0    .5 .05  .0095  .0018  .0030      0  .0003      0
Mg1       0     0    .5 .73  .0095  .0018  .0030      0  .0003      0
Al2       0 .3315    .5 .22  .0108  .0027  .0029      0 -.0005      0
Fe2       0 .3315    .5 .05  .0108  .0027  .0029      0 -.0005      0
Mg2       0 .3315    .5 .73  .0108  .0027  .0029      0 -.0005      0
O1   -.0849     0 .1533      .0270  .0036  .0038      0      0      0
O2    .3647 .1829 .1505      .0200  .0073  .0042 -.0027  .0003 -.0007
O3    .1319 .1678 .3918      .0112  .0024  .0039  .0001      0  .0005
OH4   .1322    .5 .3893      .0180  .0057  .0018      0      0      0
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Clintonite-1M
 
Alietti E, Brigatti M F, Poppi L
Download am/vol82/AM82_936.pdf
American Mineralogist 82 (1997) 936-945
Clintonite-1M: Crystal chemistry and its relationships to closely
associated Al-rich phlogopite
Sample: Cli9b
_database_code_amcsd 0001948
5.2016 9.005 9.816 90 100.30 90 C2/m
atom      x     y     z occ B(1,1) B(2,2) B(3,3) B(1,2) B(1,3) B(2,3)
Si    .0707 .1670 .2103 .32  .0177  .0058  .0045      0  .0016 -.0001
Al    .0707 .1670 .2103 .68  .0177  .0058  .0045      0  .0016 -.0001
Ca        0    .5     0      .0177  .0062  .0041      0  .0012      0
Al1       0     0    .5 .21  .0159  .0051  .0047      0  .0018      0
Fe1       0     0    .5 .05  .0159  .0051  .0047      0  .0018      0
Mg1       0     0    .5 .74  .0159  .0051  .0047      0  .0018      0
Al2       0 .3296    .5 .21  .0178  .0058  .0047      0  .0017      0
Fe2       0 .3296    .5 .05  .0178  .0058  .0047      0  .0017      0
Mg2       0 .3296    .5 .74  .0178  .0058  .0047      0  .0017      0
O1   -.0715     0 .1516      .0224  .0063  .0052      0  .0006      0
O2    .3619 .1882 .1510      .0222  .0078  .0045 -.0004  .0017 -.0002
O3    .1298 .1686 .3878      .0206  .0062  .0050 -.0003  .0018      0
OH4   .1293    .5 .3977      .0202  .0080  .0043      0  .0010      0
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Muscovite-2M1
 
Brigatti M F, Frigieri P, Poppi L
Download am/vol83/AM83_775.pdf
American Mineralogist 83 (1998) 775-785
Crystal chemistry of Mg-, Fe-bearing muscovites-2M1
Sample GA1 from a pegmatite on Maddalena Island, Italy
_database_code_amcsd 0002013
5.226 9.074 20.039 90 95.74 90 C2/c
atom     x      y      z occ B(1,1) B(2,2) B(3,3) B(1,2)  B(1,3)  B(2,3)
K        0  .0962    .25 .99  .0160 .00606 .00114      0  .00024       0
Na       0  .0962    .25 .01  .0160 .00606 .00114      0  .00024       0
Si1  .4527 .25782 .13538 .83  .0042 .00186 .00039 .00030 -.00005  .00003
Al1  .4527 .25782 .13538 .17  .0042 .00186 .00039 .00030 -.00005  .00003
Si2  .9642 .42858 .13538 .83  .0047 .00159 .00037 .00000  .00006  .00007
Al2  .9642 .42858 .13538 .17  .0047 .00159 .00037 .00000  .00006  .00007
Fe2  .2497 .08323 .00002 .15  .0056 .00218 .00047 .00009  .00004 .000009
Mn2  .2497 .08323 .00002 .03  .0056 .00218 .00047 .00009  .00004 .000009
Al2  .2497 .08323 .00002 .82  .0056 .00218 .00047 .00009  .00004 .000009
Al1    .75    .25      0 .05
H     .876   .143   .046 .15
O11  .7402  .3211 .15966      .0096  .0057 .00084 -.0027  -.0002  .00033
O21  .2410  .3611 .16867      .0105  .0052 .00072  .0031   .0001 -.00009
O22  .4344  .0927 .16815      .0161  .0028 .00074  .0006   .0001  .00001
O31  .3924  .2514 .05367      .0094  .0041 .00044  .0003  .00008  .00023
O32  .9572  .4398 .05377      .0106  .0041 .00046 -.0002   .0001  .00012
O4   .9549  .0646 .05098 .98  .0149  .0040 .00049  .0019   .0004 -.00024
F4   .9549  .0646 .05098 .02  .0149  .0040 .00049  .0019   .0004 -.00024
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Muscovite-2M1
 
Brigatti M F, Frigieri P, Poppi L
Download am/vol83/AM83_775.pdf
American Mineralogist 83 (1998) 775-785
Crystal chemistry of Mg-, Fe-bearing muscovites-2M1
Sample RA1 from a pegmatite on Antarctica
_database_code_amcsd 0002014
5.182 8.982 20.002 90 95.72 90 C2/c
atom     x      y      z occ B(1,1) B(2,2) B(3,3)  B(1,2) B(1,3)  B(2,3)
K        0  .0982    .25 .92  .0203  .0073 .00166       0 .00045       0
Na       0  .0982    .25 .08  .0203  .0073 .00166       0 .00045       0
Si1  .4513 .25857 .13560 .80  .0076 .00299 .00105 -.00023 .00016  .00000
Al1  .4513 .25857 .13560 .20  .0076 .00299 .00105 -.00023 .00016  .00000
Si2  .9649 .42962 .13554 .80  .0074 .00223 .00110  .00006 .00028  .00001
Al2  .9649 .42962 .13554 .20  .0074 .00223 .00110  .00006 .00028  .00001
Ti2  .2496 .08332 .00005 .02  .0089 .00322 .00112 -.00025 .00018  .00007
Fe2  .2496 .08332 .00005 .06  .0089 .00322 .00112 -.00025 .00018  .00007
Mg2  .2496 .08332 .00005 .03  .0089 .00322 .00112 -.00025 .00018  .00007
Al2  .2496 .08332 .00005 .89  .0089 .00322 .00112 -.00025 .00018  .00007
Al1    .75    .25      0 .07
O11  .7502  .3103 .15785      .0122  .0043 .00148  -.0022  .0001  .00047
O21  .2495  .3700 .16908      .0128  .0048 .00123   .0011  .0000 -.00008
O22  .4170  .0935 .16837      .0162  .0034 .00144  -.0010  .0008  .00007
O31  .3851  .2519 .05348      .0094  .0041 .00120  -.0001  .0002  .00009
O32  .9622  .4443 .05363      .0101  .0037 .00122   .0003  .0001  .00009
O4   .9569  .0617 .05025      .0075  .0033 .00134  -.0008  .0006 -.00018
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Muscovite-2M1
 
Brigatti M F, Frigieri P, Poppi L
Download am/vol83/AM83_775.pdf
American Mineralogist 83 (1998) 775-785
Crystal chemistry of Mg-, Fe-bearing muscovites-2M1
Sample A4b from peraluminous granites at Sardinia, Italy
_database_code_amcsd 0002015
5.186 8.991 20.029 90 95.77 90 C2/c
atom     x      y       z occ B(1,1) B(2,2) B(3,3) B(1,2) B(1,3)  B(2,3)
K        0  .0988     .25 .92  .0181  .0070 .00159      0 .00077       0
Na       0  .0988     .25 .08  .0181  .0070 .00159      0 .00077       0
Si1  .4511 .25862  .13549 .73  .0070 .00290 .00089  .0004 .00031  .00006
Al1  .4511 .25862  .13549 .27  .0070 .00290 .00089  .0004 .00031  .00006
Si2  .9649 .43006  .13547 .73  .0066 .00280 .00091  .0001 .00041  .00007
Al2  .9649 .43006  .13547 .27  .0066 .00280 .00091  .0001 .00041  .00007
Ti2  .2500 .08358 -.00001 .01  .0069 .00278 .00090  .0000 .00037  .00010
Fe2  .2500 .08358 -.00001 .04  .0069 .00278 .00090  .0000 .00037  .00010
Mg2  .2500 .08358 -.00001 .03  .0069 .00278 .00090  .0000 .00037  .00010
Al2  .2500 .08358 -.00001 .92  .0069 .00278 .00090  .0000 .00037  .00010
Al1    .75    .25       0 .04
O11  .7512  .3110   .1578      .0108  .0052 .00137 -.0014  .0003  .00031
O21  .2506  .3703   .1690      .0113  .0056 .00114  .0018  .0006 -.00001
O22  .4184  .0936  .16844      .0126  .0046 .00123 -.0007  .0008  .00001
O31  .3864  .2510  .05367      .0062  .0035 .00100  .0005  .0002  .00011
O32  .9618  .4434  .05378      .0083  .0037 .00093  .0012  .0004  .00002
O4   .9576  .0622  .05022 .99  .0111  .0036 .00105  .0000  .0008 -.00011
F4   .9576  .0622  .05022 .01  .0111  .0036 .00105  .0000  .0008 -.00011
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Muscovite-2M1
 
Brigatti M F, Frigieri P, Poppi L
Download am/vol83/AM83_775.pdf
American Mineralogist 83 (1998) 775-785
Crystal chemistry of Mg-, Fe-bearing muscovites-2M1
Sample GFS15Ab from peraluminous granites at Sardinia, Italy
_database_code_amcsd 0002016
5.192 9.013 20.056 90 95.83 90 C2/c
atom     x      y      z occ B(1,1) B(2,2) B(3,3) B(1,2) B(1,3)  B(2,3)
K        0  .0986    .25 .92  .0213  .0066 .00145      0 .00087       0
Na       0  .0986    .25 .08  .0213  .0066 .00145      0 .00087       0
Si1  .4517 .25880 .13549 .76  .0084 .00351 .00091 .00000 .00067  .00003
Al1  .4517 .25880 .13549 .24  .0084 .00351 .00091 .00000 .00067  .00003
Si2  .9648 .42995 .13538 .76  .0089  .0028 .00092 -.0003 .00082  .00003
Al2  .9648 .42995 .13538 .24  .0089  .0028 .00092 -.0003 .00082  .00003
Ti2  .2499 .08307 .00004 .01  .0102 .00375 .00093 -.0007 .00072  .00002
Fe2  .2499 .08307 .00004 .03  .0102 .00375 .00093 -.0007 .00072  .00002
Mg2  .2499 .08307 .00004 .04  .0102 .00375 .00093 -.0007 .00072  .00002
Al2  .2499 .08307 .00004 .92  .0102 .00375 .00093 -.0007 .00072  .00002
Al1    .75    .25      0 .03
H     .872   .153   .055 .16
O11  .7499  .3109  .1574      .0126  .0066 .00120 -.0026  .0006  .00053
O21  .2485  .3701  .1686      .0171  .0054 .00102  .0013  .0005 -.00014
O22  .4171  .0935  .1681      .0183  .0045 .00108  .0000  .0010  .00005
O31  .3841  .2513 .05340      .0141  .0045  .0002  .0001  .0005 -.00002
O32  .9610  .4432 .05337      .0121  .0038 .00091  .0004  .0006  .00008
O4   .9557  .0620 .05007 .99  .0129  .0048 .00105 -.0010  .0010 -.00019
O4   .9557  .0620 .05007 .01  .0129  .0048 .00105 -.0010  .0010 -.00019
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Muscovite-2M1
 
Brigatti M F, Frigieri P, Poppi L
Download am/vol83/AM83_775.pdf
American Mineralogist 83 (1998) 775-785
Crystal chemistry of Mg-, Fe-bearing muscovites-2M1
Sample H87b from peraluminous granites at Sardinia, Italy
_database_code_amcsd 0002017
5.209 9.035 20.066 90 95.68 90 C2/c
atom     x     y      z occ B(1,1) B(2,2) B(3,3) B(1,2) B(1,3) B(2,3)
K        0 .0979    .25 .96  .0249  .0093 .00206      0  .0012      0
Na       0 .0979    .25 .04  .0249  .0093 .00206      0  .0012      0
Si1  .4520 .2578 .13565 .77  .0114  .0056 .00125  .0001 .00072  .0000
Al1  .4520 .2578 .13565 .23  .0114  .0056 .00125  .0001 .00072  .0000
Si2  .9647 .4289 .13567 .77  .0146  .0051 .00122 -.0001  .0008  .0001
Al2  .9647 .4289 .13567 .23  .0146  .0051 .00122 -.0001  .0008  .0001
Fe2  .2507 .0835 .00009 .15  .0136  .0061 .00135  .0002 .00081 .00009
Al2  .2507 .0835 .00009 .85  .0136  .0061 .00135  .0002 .00081 .00009
Al1    .75   .25      0 .06
O11  .7472 .3137  .1584      .0202  .0078 .00171 -.0012  .0006  .0006
O21  .2437 .3674  .1692      .0247  .0084 .00144  .0007  .0004 -.0003
O22  .4230 .0929  .1684      .0196  .0064 .00153  .0000  .0008 -.0001
O31  .3903 .2516  .0537      .0185  .0069 .00129  .0013  .0010  .0003
O32  .9620 .4421  .0536      .0185  .0071 .00123 -.0004  .0008  .0002
O4   .9555 .0636  .0504 .98  .0180  .0067 .00138 -.0005  .0012 -.0003
F4   .9555 .0636  .0504 .02  .0180  .0067 .00138 -.0005  .0012 -.0003
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Muscovite-2M1
 
Brigatti M F, Frigieri P, Poppi L
Download am/vol83/AM83_775.pdf
American Mineralogist 83 (1998) 775-785
Crystal chemistry of Mg-, Fe-bearing muscovites-2M1
Sample CC1b from peraluminous granites at Northern Victoria Land, Antarctica
_database_code_amcsd 0002018
5.186 9.005 20.031 90 95.78 90 C2/c
atom      x      y      z occ B(1,1) B(2,2) B(3,3)  B(1,2) B(1,3)  B(2,3)
K         0 .09858    .25 .92  .0164 .00537 .00109       0 .00055       0
Na        0 .09858    .25 .08  .0164 .00537 .00109       0 .00055       0
Si1  .45162 .25835 .13548 .80  .0036 .00133 .00043 -.00004 .00018  .00003
Al1  .45162 .25835 .13548 .20  .0036 .00133 .00043 -.00004 .00018  .00003
Si2  .96505 .42957 .13546 .80  .0038 .00115 .00043  .00004 .00026  .00004
Al2  .96505 .42957 .13546 .20  .0038 .00115 .00043  .00004 .00026  .00004
Ti2   .2491 .08314 .00002 .03  .0044 .00159 .00048 -.00016 .00023  .00005
Fe2   .2491 .08314 .00002 .03  .0044 .00159 .00048 -.00016 .00023  .00005
Mg2   .2491 .08314 .00002 .03  .0044 .00159 .00048 -.00016 .00023  .00005
Al2   .2491 .08314 .00002 .91  .0044 .00159 .00048 -.00016 .00023  .00005
Al1     .75    .25      0 .02
H      .891   .130   .060 .15
O11   .7503  .3114 .15768      .0096  .0042  .0008  -.0018 -.0001  .00053
O21   .2494  .3698 .16880      .0084  .0036 .00073   .0016 .00015 -.00027
O22   .4180  .0930 .16826      .0138  .0023 .00063   .0005 .00067  .00001
O31   .3854  .2513 .05351      .0073  .0019 .00044  -.0004 .00037  .00005
O32   .9613  .4433 .05344      .0060  .0021 .00051   .0004 .00034  .00004
O4    .9572  .0619 .05034      .0068  .0024 .00057  -.0005  .0006 -.00026
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Muscovite-2M1
 
Brigatti M F, Frigieri P, Poppi L
Download am/vol83/AM83_775.pdf
American Mineralogist 83 (1998) 775-785
Crystal chemistry of Mg-, Fe-bearing muscovites-2M1
Sample C3-29b from peraluminous granites at Northern Victoria Land, Antarctica
_database_code_amcsd 0002019
5.188 8.996 20.082 90 95.78 90 C2/c
atom     x      y      z occ B(1,1) B(2,2) B(3,3) B(1,2) B(1,3)  B(2,3)
K        0 .09898    .25 .88  .0168 .00572 .00108      0 .00064       0
Na       0 .09898    .25 .06  .0168 .00572 .00108      0 .00064       0
Ca       0 .09898    .25 .06  .0168 .00572 .00108      0 .00064       0
Si1  .4514 .25854 .13533 .77  .0041 .00180 .00047 .00006 .00024  .00004
Al1  .4514 .25854 .13533 .23  .0041 .00180 .00047 .00006 .00024  .00004
Si2  .9653 .42973 .13533 .77  .0044 .00160 .00047 .00010 .00039  .00005
Al2  .9653 .42973 .13533 .23  .0044 .00160 .00047 .00010 .00039  .00005
Ti2  .2498 .08332 .00003 .01  .0043 .00221 .00052 .00000 .00038  .00006
Fe2  .2498 .08332 .00003 .04  .0043 .00221 .00052 .00000 .00038  .00006
Mg2  .2498 .08332 .00003 .03  .0043 .00221 .00052 .00000 .00038  .00006
Al2  .2498 .08332 .00003 .92  .0043 .00221 .00052 .00000 .00038  .00006
Al1    .75    .25      0 .04
H     .870   .145   .062 .14
O11  .7513  .3109 .15723      .0101  .0050 .00083 -.0018  .0000  .00037
O21  .2511  .3705 .16872      .0096  .0039 .00073  .0016  .0000 -.00014
O22  .4168  .0933 .16823      .0136  .0030 .00068  .0006  .0008  .00005
O31  .3838  .2514 .05333      .0077  .0023 .00054  .0000  .0003  .00009
O32  .9614  .4440 .05332      .0055  .0030 .00052  .0005  .0004  .00010
O4   .9574  .0617 .05023 .98  .0061  .0030 .00060  .0001  .0007 -.00017
F4   .9574  .0617 .05023 .02  .0061  .0030 .00060  .0001  .0007 -.00017
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Muscovite-2M1
 
Brigatti M F, Frigieri P, Poppi L
Download am/vol83/AM83_775.pdf
American Mineralogist 83 (1998) 775-785
Crystal chemistry of Mg-, Fe-bearing muscovites-2M1
Sample B1b from peraluminous granites at Northern Victoria Land, Antarctica
_database_code_amcsd 0002020
5.187 9.004 20.036 90 95.73 90 C2/c
atom      x      y      z occ B(1,1) B(2,2) B(3,3) B(1,2)  B(1,3)  B(2,3)
K         0 .09854    .25 .94  .0177 .00558 .00103      0  .00038       0
Na        0 .09854    .25 .06  .0177 .00558 .00103      0  .00038       0
Si1  .45172 .25839 .13550 .77  .0052 .00150 .00038 .00009  .00009  .00000
Al1  .45172 .25839 .13550 .23  .0052 .00150 .00038 .00009  .00009  .00000
Si2  .96512 .42959 .13547 .77  .0055 .00147 .00038 .00000  .00021  .00006
Al2  .96512 .42959 .13547 .23  .0055 .00147 .00038 .00000  .00021  .00006
Ti2  .24870 .08287 .00003 .03  .0059 .00169 .00043 .00003  .00017  .00006
Fe2  .24870 .08287 .00003 .03  .0059 .00169 .00043 .00003  .00017  .00006
Mg2  .24870 .08287 .00003 .04  .0059 .00169 .00043 .00003  .00017  .00006
Al2  .24870 .08287 .00003 .90  .0059 .00169 .00043 .00003  .00017  .00006
Al1     .75    .25      0 .03
H      .873   .147   .060 .14
O11   .7490  .3121 .15786      .0108  .0047 .00067 -.0018 -.00003  .00051
O21   .2489  .3692 .16888      .0106  .0040 .00057  .0017  .00014 -.00019
O22   .4193  .0931 .16832      .0155  .0027 .00059  .0006  .00063  .00002
O31   .3846  .2517 .05348      .0084  .0021 .00048  .0000  .00023  .00010
O32   .9613  .4436 .05350      .0071  .0025 .00048  .0004  .00019  .00009
O4    .9577  .0618 .05033 .98  .0082  .0026 .00058 -.0006  .00058 -.00029
F4    .9577  .0618 .05033 .02  .0082  .0026 .00058 -.0006  .00058 -.00029
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Muscovite-2M1
 
Brigatti M F, Frigieri P, Poppi L
Download am/vol83/AM83_775.pdf
American Mineralogist 83 (1998) 775-785
Crystal chemistry of Mg-, Fe-bearing muscovites-2M1
Sample C6Cb from peraluminous granites at Northern Victoria Land, Antarctica
_database_code_amcsd 0002021
5.186 9.003 20.030 90 95.84 90 C2/c
atom     x      y      z occ B(1,1) B(2,2) B(3,3) B(1,2)  B(1,3)  B(2,3)
K        0  .0986    .25 .92  .0267 .00654 .00088      0  .00015       0
Na       0  .0986    .25 .08  .0267 .00654 .00088      0  .00015       0
Si1  .4516 .25845 .13551 .79  .0129 .00247 .00029  .0001 -.00015  .00003
Al1  .4516 .25845 .13551 .21  .0129 .00247 .00029  .0001 -.00015  .00003
Si2  .9650 .42949 .13546 .79  .0131 .00239 .00029 .00009 -.00005  .00008
Al2  .9650 .42949 .13546 .21  .0131 .00239 .00029 .00009 -.00005  .00008
Ti2  .2496 .08311 .00002 .02  .0148 .00288 .00038 -.0002 -.00016  .00008
Fe2  .2496 .08311 .00002 .06  .0148 .00288 .00038 -.0002 -.00016  .00008
Mg2  .2496 .08311 .00002 .07  .0148 .00288 .00038 -.0002 -.00016  .00008
Al2  .2496 .08311 .00002 .85  .0148 .00288 .00038 -.0002 -.00016  .00008
Al1    .75    .25      0 .14
H     .961   .098   .106 .13
O11  .7502  .3104 .15748      .0194  .0054 .00063 -.0021 -.00004  .00064
O21  .2494  .3700 .16878      .0189  .0048 .00058  .0019  -.0004 -.00028
O22  .4173  .0931 .16831      .0226  .0032 .00056  .0004   .0004  .00004
O31  .3851  .2515 .05348      .0169  .0032 .00037  .0002  -.0001  .00000
O32  .9612  .4440 .05342      .0148  .0037 .00037  .0002  -.0001  .00014
O4   .9575  .0618 .05027 .98  .0153  .0035 .00047 -.0002   .0003 -.00024
F4   .9575  .0618 .05027 .02  .0153  .0035 .00047 -.0002   .0003 -.00024
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Muscovite-2M1
 
Brigatti M F, Frigieri P, Poppi L
Download am/vol83/AM83_775.pdf
American Mineralogist 83 (1998) 775-785
Crystal chemistry of Mg-, Fe-bearing muscovites-2M1
Sample C6Bb from peraluminous granites at Northern Victoria Land, Antarctica
_database_code_amcsd 0002022
5.196 8.997 20.034 90 95.80 90 C2/c
atom     x      y      z occ B(1,1) B(2,2) B(3,3) B(1,2) B(1,3)  B(2,3)
K        0  .0988    .25 .93  .0194  .0067 .00128      0 .00058       0
Na       0  .0988    .25 .05  .0194  .0067 .00128      0 .00058       0
Si1  .4515 .25858 .13550 .72  .0072 .00273 .00070  .0001 .00026  .00005
Al1  .4515 .25858 .13550 .28  .0072 .00273 .00070  .0001 .00026  .00005
Si2  .9652 .42995 .13539 .72  .0073 .00250 .00071 .00009 .00039  .00003
Al2  .9652 .42995 .13539 .28  .0073 .00250 .00071 .00009 .00039  .00003
Ti2  .2496 .08322 .00005 .02  .0077 .00300 .00071 -.0002 .00034  .00011
Fe2  .2496 .08322 .00005 .03  .0077 .00300 .00071 -.0002 .00034  .00011
Mg2  .2496 .08322 .00005 .08  .0077 .00300 .00071 -.0002 .00034  .00011
Al2  .2496 .08322 .00005 .87  .0077 .00300 .00071 -.0002 .00034  .00011
Al1    .75    .25      0 .07
H     .885   .165   .062 .14
O11  .7501  .3119 .15770      .0115  .0057 .00121 -.0008  .0002  .00040
O21  .2480  .3700 .16874      .0110  .0050 .00093  .0019  .0003 -.00017
O22  .4183  .0932 .16835      .0149  .0047 .00090  .0002  .0004  .00002
O31  .3858  .2517 .05346      .0103  .0033 .00073  .0003  .0004  .00017
O32  .9607  .4438 .05349      .0083  .0037 .00077  .0000  .0005  .00006
O4   .9575  .0619 .05033 .97  .0125  .0042 .00083 -.0005  .0007 -.00018
F4   .9575  .0619 .05033 .03  .0125  .0042 .00083 -.0005  .0007 -.00018
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Muscovite-2M1
 
Brigatti M F, Frigieri P, Poppi L
Download am/vol83/AM83_775.pdf
American Mineralogist 83 (1998) 775-785
Crystal chemistry of Mg-, Fe-bearing muscovites-2M1
Sample C3-31b from peraluminous granites at Northern Victoria Land, Antarctica
_database_code_amcsd 0002023
5.197 9.022 20.076 90 95.79 90 C2/c
atom     x      y      z occ B(1,1) B(2,2) B(3,3) B(1,2)  B(1,3)  B(2,3)
K        0  .0985    .25 .93  .0162  .0055 .00108      0  .00044       0
Na       0  .0985    .25 .01  .0162  .0055 .00108      0  .00044       0
Si1  .4514 .25841 .13547 .80  .0038 .00151 .00046  .0002  .00010  .00001
Al1  .4514 .25841 .13547 .20  .0038 .00151 .00046  .0002  .00010  .00001
Si2  .9650 .42973 .13537 .80  .0041 .00146 .00044 .00000  .00018  .00003
Al2  .9650 .42973 .13537 .20  .0041 .00146 .00044 .00000  .00018  .00003
Ti2  .2491 .08314 .00003 .01  .0049 .00173 .00052 .00000  .00015  .00003
Fe2  .2491 .08314 .00003 .08  .0049 .00173 .00052 .00000  .00015  .00003
Mg2  .2491 .08314 .00003 .08  .0049 .00173 .00052 .00000  .00015  .00003
Al2  .2491 .08314 .00003 .83  .0049 .00173 .00052 .00000  .00015  .00003
Al1    .75    .25      0 .07
H     .894   .135   .069 .17
O11  .7491  .3116  .1578      .0088  .0045 .00083 -.0013 -.00001  .00041
O21  .2487  .3696 .16895      .0091  .0037 .00070  .0013  -.0002 -.00024
O22  .4190  .0933 .16840      .0132  .0028 .00063  .0001   .0004 -.00002
O31  .3844  .2518 .05355      .0073  .0023 .00058  .0002   .0000  .00014
O32  .9612  .4438 .05345      .0057  .0024 .00051  .0000   .0001  .00003
O4   .9570  .0619 .05038      .0070  .0027 .00065 -.0003   .0004 -.00026
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Biotite
Download hom/biotite.pdf
Brigatti M F, Frigieri P, Ghezzo c, Poppi L
Download am/vol85/AM85_436.pdf
American Mineralogist 85 (2000) 436-448
Crystal chemistry of Al-rich biotites coexisting with muscovites in
peraluminous granites
Sample: A4
_database_code_amcsd 0002385
5.352 9.268 10.255 90 100.27 90 C2/m
atom     x      y      z occ U(1,1) U(2,2) U(3,3) U(1,2) U(1,3)  U(2,3)
SiT   .075 .16714 .22626 .68  .0048 .00207 .00246 .00000  .0008 -.00017
AlT   .075 .16714 .22626 .32  .0048 .00207 .00246 .00000  .0008 -.00017
Fe1      0      0     .5 .70  .0048  .0016  .0027      0  .0013       0
Mg1      0      0     .5 .12  .0048  .0016  .0027      0  .0013       0
Fe2      0  .3332     .5 .40  .0039 .00200 .00247      0  .0006       0
Mg2      0  .3332     .5 .32  .0039 .00200 .00247      0  .0006       0
Ti2      0  .3332     .5 .11  .0039 .00200 .00247      0  .0006       0
Al2      0  .3332     .5 .17  .0039 .00200 .00247      0  .0006       0
NaA      0     .5      0 .04  .0209  .0073  .0065      0  .0025       0
KA       0     .5      0 .96  .0209  .0073  .0065      0  .0025       0
O1   .0130      0  .1704      .0190  .0032  .0041      0  .0003       0
O2   .3272  .2284  .1692      .0136  .0054  .0044 -.0016  .0022  -.0002
O3   .1316  .1690  .3916      .0100  .0035  .0029 -.0002  .0010   .0000
OH4  .1280     .5  .3972 .90  .0093  .0054  .0025      0  .0005       0
O4   .1280     .5  .3972 .08  .0093  .0054  .0025      0  .0005       0
F4   .1280     .5  .3972 .02  .0093  .0054  .0025      0  .0005       0
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Biotite
Download hom/biotite.pdf
Brigatti M F, Frigieri P, Ghezzo c, Poppi L
Download am/vol85/AM85_436.pdf
American Mineralogist 85 (2000) 436-448
Crystal chemistry of Al-rich biotites coexisting with muscovites in
peraluminous granites
Sample: GFS15a
_database_code_amcsd 0002386
5.339 9.232 10.208 90 100.30 90 C2/m
atom     x      y      z occ U(1,1) U(2,2) U(3,3) U(1,2) U(1,3)  U(2,3)
SiT  .0758 .16694 .22642 .67  .0085 .00367 .00387 -.0001  .0022   .0001
AlT  .0758 .16694 .22642 .33  .0085 .00367 .00387 -.0001  .0022   .0001
Fe1      0      0     .5 .66  .0085  .0028  .0043      0  .0028       0
Mg1      0      0     .5 .17  .0085  .0028  .0043      0  .0028       0
Fe2      0  .3331     .5 .36  .0069 .00306 .00391      0  .0018       0
Mg2      0  .3331     .5 .28  .0069 .00306 .00391      0  .0018       0
Ti2      0  .3331     .5 .07  .0069 .00306 .00391      0  .0018       0
Al2      0  .3331     .5 .29  .0069 .00306 .00391      0  .0018       0
NaA      0     .5      0 .02  .0283  .0103  .0086      0 .00345       0
KA       0     .5      0 .96  .0283  .0103  .0086      0 .00345       0
CaA      0     .5      0 .03  .0283  .0103  .0086      0 .00345       0
BaA      0     .5      0 .01  .0283  .0103  .0086      0 .00345       0
O1   .0162      0  .1700      .0200  .0049 .00567      0  .0009       0
O2   .3264  .2315  .1692      .0163  .0078  .0056 -.0027  .0039  -.0004
O3   .1322  .1685  .3920      .0173  .0051  .0040  .0002  .0021   .0000
OH4  .1285     .5  .3969 .78  .0156  .0058  .0039      0  .0024       0
O4   .1285     .5  .3969 .06  .0156  .0058  .0039      0  .0024       0
F4   .1285     .5  .3969 .16  .0156  .0058  .0039      0  .0024       0
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Biotite
Download hom/biotite.pdf
Brigatti M F, Frigieri P, Ghezzo c, Poppi L
Download am/vol85/AM85_436.pdf
American Mineralogist 85 (2000) 436-448
Crystal chemistry of Al-rich biotites coexisting with muscovites in
peraluminous granites
Sample: H87
_database_code_amcsd 0002387
5.344 9.256 10.237 90 100.27 90 C2/m
atom     x      y      z occ U(1,1) U(2,2) U(3,3) U(1,2) U(1,3)  U(2,3)
SiT  .0755 .16709 .22608 .68  .0066 .00124 .00378 .00000 .00152 -.00001
AlT  .0755 .16709 .22608 .32  .0066 .00124 .00378 .00000 .00152 -.00001
Fe1      0      0     .5 .68  .0067 .00123 .00431      0  .0020       0
Mg1      0      0     .5 .16  .0067 .00123 .00431      0  .0020       0
Fe2      0 .33309     .5 .40  .0063 .00158 .00405      0 .00124       0
Mg2      0 .33309     .5 .27  .0063 .00158 .00405      0 .00124       0
Ti2      0 .33309     .5 .08  .0063 .00158 .00405      0 .00124       0
Al2      0 .33309     .5 .25  .0063 .00158 .00405      0 .00124       0
NaA      0     .5      0 .02  .0230  .0069  .0081      0  .0023       0
KA       0     .5      0 .98  .0230  .0069  .0081      0  .0023       0
O1   .0160      0  .1705      .0199  .0033  .0049      0 -.0000       0
O2   .3270  .2296  .1690      .0157  .0053  .0052 -.0030  .0029  -.0007
O3   .1330  .1690  .3923      .0141  .0030  .0039 -.0002  .0012   .0000
OH4  .1263     .5  .3970 .78  .0126  .0048  .0037      0  .0010       0
O4   .1263     .5  .3970 .12  .0126  .0048  .0037      0  .0010       0
F4   .1263     .5  .3970 .08  .0126  .0048  .0037      0  .0010       0
Cl4  .1263     .5  .3970 .02  .0126  .0048  .0037      0  .0010       0
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Biotite
Download hom/biotite.pdf
Brigatti M F, Frigieri P, Ghezzo c, Poppi L
Download am/vol85/AM85_436.pdf
American Mineralogist 85 (2000) 436-448
Crystal chemistry of Al-rich biotites coexisting with muscovites in
peraluminous granites
Sample: CC1
_database_code_amcsd 0002388
5.328 9.222 10.197 90 100.26 90 C2/m
atom     x      y      z occ U(1,1) U(2,2) U(3,3) U(1,2) U(1,3)  U(2,3)
SiT  .0757 .16710 .22650 .67  .0047 .00180 .00192  .0000 .00060  .00009
AlT  .0757 .16710 .22650 .33  .0047 .00180 .00192  .0000 .00060  .00009
Fe1      0      0     .5 .62  .0050  .0018  .0025      0  .0011       0
Mg1      0      0     .5 .26  .0050  .0018  .0025      0  .0011       0
Fe2      0  .3334     .5 .37  .0041 .00232 .00221      0  .0004       0
Mg2      0  .3334     .5 .23  .0041 .00232 .00221      0  .0004       0
Ti2      0  .3334     .5 .08  .0041 .00232 .00221      0  .0004       0
Al2      0  .3334     .5 .32  .0041 .00232 .00221      0  .0004       0
NaA      0     .5      0 .02  .0216  .0074  .0069      0  .0020       0
KA       0     .5      0 .98  .0216  .0074  .0069      0  .0020       0
O1   .0156      0  .1710      .0160  .0034  .0037      0 -.0010       0
O2   .3271  .2297  .1689      .0122  .0060  .0035 -.0027  .0021  -.0006
O3   .1326  .1693  .3921      .0108  .0036   .002 -.0002 -.0002   .0000
OH4  .1269     .5  .3977 .78  .0090  .0051  .0020      0      0       0
O4   .1269     .5  .3977 .22  .0090  .0051  .0020      0      0       0
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Biotite
Download hom/biotite.pdf
Brigatti M F, Frigieri P, Ghezzo c, Poppi L
Download am/vol85/AM85_436.pdf
American Mineralogist 85 (2000) 436-448
Crystal chemistry of Al-rich biotites coexisting with muscovites in
peraluminous granites
Sample: C3-31
_database_code_amcsd 0002389
5.347 9.257 10.211 90 100.27 90 C2/m
atom     x      y      z occ U(1,1) U(2,2) U(3,3) U(1,2) U(1,3)  U(2,3)
SiT  .0756 .16706 .22573 .66  .0070 .00148 .00233  .0001 .00077  .00001
AlT  .0756 .16706 .22573 .34  .0070 .00148 .00233  .0001 .00077  .00001
Fe1      0      0     .5 .64  .0064  .0013  .0030      0  .0014       0
Mg1      0      0     .5 .26  .0064  .0013  .0030      0  .0014       0
Fe2      0 .33325     .5 .45  .0063 .00218 .00297      0  .0006       0
Mg2      0 .33325     .5 .22  .0063 .00218 .00297      0  .0006       0
Ti2      0 .33325     .5 .10  .0063 .00218 .00297      0  .0006       0
Al2      0 .33325     .5 .24  .0063 .00218 .00297      0  .0006       0
NaA      0     .5      0 .03  .0233  .0073  .0078      0  .0026       0
KA       0     .5      0 .96  .0233  .0073  .0078      0  .0026       0
CaA      0     .5      0 .02  .0233  .0073  .0078      0  .0026       0
BaA      0     .5      0 .02  .0233  .0073  .0078      0  .0026       0
O1   .0181      0  .1700      .0170  .0026  .0047      0  .0009       0
O2   .3252  .2307  .1681      .0148  .0049  .0037 -.0032  .0022  -.0007
O3   .1322  .1686  .3915      .0138  .0028  .0026 -.0004  .0008  -.0001
OH4  .1280     .5  .3975 .80  .0110  .0044  .0030      0  .0009       0
O4   .1280     .5  .3975 .20  .0110  .0044  .0030      0  .0009       0
Download AMC data (View Text File)
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Biotite
Download hom/biotite.pdf
Brigatti M F, Frigieri P, Ghezzo c, Poppi L
Download am/vol85/AM85_436.pdf
American Mineralogist 85 (2000) 436-448
Crystal chemistry of Al-rich biotites coexisting with muscovites in
peraluminous granites
Sample: B1
_database_code_amcsd 0002390
5.336 9.239 10.200 90 100.29 90 C2/m
atom     x      y      z occ U(1,1) U(2,2) U(3,3) U(1,2) U(1,3)  U(2,3)
SiT  .0756 .16702 .22575 .66  .0052 .00225 .00248 .00006 .00053  .00003
AlT  .0756 .16702 .22575 .34  .0052 .00225 .00248 .00006 .00053  .00003
Fe1      0      0     .5 .58  .0052 .00191 .00302      0 .00113       0
Mg1      0      0     .5 .40  .0052 .00191 .00302      0 .00113       0
Fe2      0 .33318     .5 .43  .0051 .00278 .00290      0 .00048       0
Mg2      0 .33318     .5 .22  .0051 .00278 .00290      0 .00048       0
Ti2      0 .33318     .5 .08  .0051 .00278 .00290      0 .00048       0
Al2      0 .33318     .5 .27  .0051 .00278 .00290      0 .00048       0
NaA      0     .5      0 .05  .0212  .0078  .0071      0  .0020       0
KA       0     .5      0 .95  .0212  .0078  .0071      0  .0020       0
O1   .0169      0  .1704      .0191  .0034  .0039      0 -.0005       0
O2   .3256  .2313  .1685      .0125  .0066  .0039 -.0035  .0016  -.0006
O3   .1326  .1687  .3919      .0116  .0038  .0026      0  .0004       0
OH4  .1268     .5  .3978 .77  .0101  .0060  .0026      0      0       0
O4   .1268     .5  .3978 .23  .0101  .0060  .0026      0      0       0
Download AMC data (View Text File)
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Biotite
Download hom/biotite.pdf
Brigatti M F, Frigieri P, Ghezzo c, Poppi L
Download am/vol85/AM85_436.pdf
American Mineralogist 85 (2000) 436-448
Crystal chemistry of Al-rich biotites coexisting with muscovites in
peraluminous granites
Sample: C6c
_database_code_amcsd 0002391
5.335 9.242 20.181 90 95.20 90 C2/c
atom     x      y      z occ U(1,1) U(2,2) U(3,3) U(1,2) U(1,3)  U(2,3)
SiT1 .4614 .25084 .13691 .68  .0091 .00220 .00061  .0002 .00012 -.00001
AlT2 .9628 .41783 .13689 .32  .0081 .00236 .00065 -.0003 .00018  .00002
Fe1    .75    .25      0 .66  .0078 .00213 .00071 -.0006 .00025 -.00007
Mg1    .75    .25      0 .19  .0078 .00213 .00071 -.0006 .00025 -.00007
Fe2  .2501 .08323     02 .37  .0080 .00212 .00069 -.0001 .00010  .00010
Mg2  .2501 .08323     02 .26  .0080 .00212 .00069 -.0001 .00010  .00010
Ti2  .2501 .08323     02 .08  .0080 .00212 .00069 -.0001 .00010  .00010
Al2  .2501 .08323     02 .30  .0080 .00212 .00069 -.0001 .00010  .00010
NaA      0  .0852    .25 .02  .0267  .0079 .00182      0 .00046       0
KA       0  .0852    .25 .98  .0267  .0079 .00182      0 .00046       0
O11  .7424  .3147  .1645      .0158  .0058 .00096 -.0030      0  .00032
O21  .2417  .3546  .1656      .0153  .0064 .00094  .0023      0 -.00034
O22  .4327  .0846 .16571      .0226  .0031 .00091 -.0003  .0007   .0000
O31  .4295  .2432 .05410      .0132  .0037 .00073 -.0004      0 -.00011
O32  .9373  .4125 .05407      .0153  .0040 .00069  .0011      0 -.00015
OH4  .9364  .0739 .05117 .82  .0174  .0027 .00075  .0017  .0002 -.00050
O4   .9364  .0739 .05117 .18  .0174  .0027 .00075  .0017  .0002 -.00050
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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
Download AMC data (View Text File)
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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)
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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: 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)
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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: 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)
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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: 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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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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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
Download AMC data (View Text File)
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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: 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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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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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
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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: 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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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
Download AMC data (View Text File)
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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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Poppiite
 
Brigatti M F, Caprilli E, Marchesini M
Download am/vol91/AM91_584.pdf
American Mineralogist 91 (2006) 584-588
Poppiite, the V3+ end-member of the pumpellyite group: Description and crystal structure
Locality: Gambatesa mine, val Graveglia, Genova, Northern Italy
_database_code_amcsd 0004139
19.2889 6.0444 8.8783 90 97.328 90 C2/m
atom      x     y     z occ Uiso U(1,1) U(2,2) U(3,3) U(1,2) U(1,3) U(2,3)
CaW1  .3397    .5 .2525 .96 .012   .010   .013   .015      0   .003      0
NaW1  .3397    .5 .2525 .04 .012   .010   .013   .015      0   .003      0
CaW2  .1556    .5 .1918 .96 .015   .011   .010   .023      0  -.001      0
NaW2  .1556    .5 .1918 .04 .015   .011   .010   .023      0  -.001      0
V3+X    .25   .25    .5 .32 .010   .011   .009   .012   .001   .002   .001
Fe3+X   .25   .25    .5 .26 .010   .011   .009   .012   .001   .002   .001
MgX     .25   .25    .5 .20 .010   .011   .009   .012   .001   .002   .001
Mn2+X   .25   .25    .5 .15 .010   .011   .009   .012   .001   .002   .001
AlX     .25   .25    .5 .08 .010   .011   .009   .012   .001   .002   .001
Cu2+X   .25   .25    .5 .01 .010   .011   .009   .012   .001   .002   .001
V3+Y  .4954 .2476 .2536 .86 .008   .008   .008   .009      0   .001      0
AlY   .4954 .2476 .2536 .13 .008   .008   .008   .009      0   .001      0
TiY   .4954 .2476 .2536 .01 .008   .008   .008   .009      0   .001      0
SiT1  .0932     0 .0509 .97 .009   .008   .009   .009      0   .001      0
AlT1  .0932     0 .0509 .03 .009   .008   .009   .009      0   .001      0
SiT2  .2489     0 .1637 .97 .010   .010   .008   .011      0  -.001      0
AlT2  .2489     0 .1637 .03 .010   .010   .008   .011      0  -.001      0
SiT3  .4020     0 .4653 .97 .009   .008   .010   .009      0   .001      0
AlT3  .4020     0 .4653 .03 .009   .008   .010   .009      0   .001      0
O1    .0754 .2218 .1386     .012   .013   .011   .014   .001   .004  -.001
O2    .2471 .2280 .2627     .012   .013   .010   .014      0   .001  -.002
O3    .4140 .2193 .3649     .012   .012   .011   .013   .002   .002   .002
O4    .4425    .5 .1274     .010   .011   .011   .009      0      0      0
O5    .4580     0 .1253     .013   .014   .016   .009      0      0      0
O6    .0458    .5 .3736     .011   .010   .011   .011      0  -.001      0
O7    .5329    .5 .3752     .014   .020   .013   .009      0   .001      0
O8    .1781     0 .0346     .012   .009   .015   .012      0      0      0
O9    .3244     0 .5252     .014   .008   .020   .014      0   .001      0
O10   .3143     0 .0638     .016   .010   .022   .015      0   .003      0
O11   .1846     0 .4980     .014   .011   .019   .012      0   .002      0
H5     .468     0  .034     .025
H7     .541    .5  .483     .020
H10    .365     0  .104     .021
H11    .142     0  .438     .025
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Phlogopite
Download hom/phlogopite.pdf
Laurora A, Brigatti M F, Mottana A, Malferrari D, Caprilli E
Download am/vol92/AM92_468.pdf
American Mineralogist 92 (2007) 468-480
Crystal chemistry of trioctahedral micas in alkaline and subalkaline volcanic
rocks: A case study from Mt. Sassetto (Tolfa district, Latium, central Italy)
Locality: Mt. Sassetto, Tolfa district, Latium, Italy
Sample: MS1
Note: 2M_1 polytype
_database_code_amcsd 0004291
5.3332 9.2376 20.069 90 95.125 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 .0842   .25 .93 .035   .032   .032   .041      0   .003      0
NaA        0 .0842   .25 .07 .035   .032   .032   .041      0   .003      0
MgM1     .75   .25     0  .5 .012   .010   .009   .018   .001   .003  -.002
Fe2+M1   .75   .25     0 .37 .012   .010   .009   .018   .001   .003  -.002
TiM1     .75   .25     0 .13 .012   .010   .009   .018   .001   .003  -.002
MgM2   .2404 .0801 .0000  .5 .014   .015   .011   .017   .004   .002      0
Fe2+M2 .2404 .0801 .0000 .37 .014   .015   .011   .017   .004   .002      0
TiM2   .2404 .0801 .0000 .13 .014   .015   .011   .017   .004   .002      0
AlT1   .4619 .2501 .1381  .3 .010   .010   .008   .012   .001   .001      0
SiT1   .4619 .2501 .1381  .7 .010   .010   .008   .012   .001   .001      0
AlT2   .9637 .4174 .1380  .3 .010   .009   .008   .012   .001   .002      0
SiT2   .9637 .4174 .1380  .7 .010   .009   .008   .012   .001   .002      0
O11    .7371 .3192 .1660     .022   .020   .028   .019  -.007  -.001   .001
O21    .2369 .3483 .1671     .022   .020   .027   .019   .006  -.001  -.002
O22    .4436 .0837 .1670     .023   .032   .017   .019   .001   .004   .001
O31    .4302 .2495 .0546     .014   .015   .013   .015   .001   .001      0
O32    .9382 .4188 .0547     .014   .013   .014   .015   .002   .002   .001
O41    .9343 .0825 .0504     .014   .013   .010   .018   .003   .001   .001
Download AMC data (View Text File)
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Phlogopite
Download hom/phlogopite.pdf
Laurora A, Brigatti M F, Mottana A, Malferrari D, Caprilli E
Download am/vol92/AM92_468.pdf
American Mineralogist 92 (2007) 468-480
Crystal chemistry of trioctahedral micas in alkaline and subalkaline volcanic
rocks: A case study from Mt. Sassetto (Tolfa district, Latium, central Italy)
Locality: Mt. Sassetto, Tolfa district, Latium, Italy
Sample: MS2
Note: 1M polytype
_database_code_amcsd 0004292
5.3369 9.2423 10.1618 90 100.222 90 C2/m
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    .5     0 .87 .033   .031   .031   .036      0   .005      0
NaA        0    .5     0 .06 .033   .031   .031   .036      0   .005      0
MgM1       0     0    .5  .5 .011   .010   .009   .015      0   .004      0
Fe2+M1     0     0    .5 .37 .011   .010   .009   .015      0   .004      0
TiM1       0     0    .5 .13 .011   .010   .009   .015      0   .004      0
MgM2       0 .3390    .5  .5 .012   .008   .015   .013      0   .001      0
Fe2+M2     0 .3390    .5 .37 .012   .008   .015   .013      0   .001      0
TiM2       0 .3390    .5 .13 .012   .008   .015   .013      0   .001      0
AlT    .0742 .1672 .2241 .27 .009   .009   .009   .010      0   .002      0
SiT    .0742 .1672 .2241 .73 .009   .009   .009   .010      0   .002      0
O1     .3187 .2361 .1662     .019   .017   .026   .014  -.007   .004  -.002
O2     .0265     0 .1680     .019   .028   .012   .014      0   .001      0
O3     .1309 .1692 .3905     .010   .011   .011   .009      0   .002      0
O4     .1307    .5 .3992     .011   .009   .014   .011      0   .002      0
Download AMC data (View Text File)
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Download diffraction data (View Text File)
View JMOL 3-D Structure (permalink)
 
Phlogopite
Download hom/phlogopite.pdf
Laurora A, Brigatti M F, Mottana A, Malferrari D, Caprilli E
Download am/vol92/AM92_468.pdf
American Mineralogist 92 (2007) 468-480
Crystal chemistry of trioctahedral micas in alkaline and subalkaline volcanic
rocks: A case study from Mt. Sassetto (Tolfa district, Latium, central Italy)
Locality: Mt. Sassetto, Tolfa district, Latium, Italy
Sample: MS4
Note: 2M_1 polytype
_database_code_amcsd 0004293
5.3368 9.2377 20.086 90 95.128 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 .0842   .25 .89 .036   .033   .033   .040      0   .004      0
NaA        0 .0842   .25 .07 .036   .033   .033   .040      0   .004      0
MgM1     .75   .25     0  .5 .014   .012   .011   .018   .002   .002   .001
Fe2+M1   .75   .25     0 .37 .014   .012   .011   .018   .002   .002   .001
TiM1     .75   .25     0 .13 .014   .012   .011   .018   .002   .002   .001
MgM2   .2400 .0800 .0000  .5 .015   .017   .012   .016   .006   .002   .002
Fe2+M2 .2400 .0800 .0000 .37 .015   .017   .012   .016   .006   .002   .002
TiM2   .2400 .0800 .0000 .13 .015   .017   .012   .016   .006   .002   .002
AlT1   .4620 .2503 .1380 .28 .010   .010   .009   .012      0   .001      0
SiT1   .4620 .2503 .1380 .72 .010   .010   .009   .012      0   .001      0
AlT2   .9639 .4175 .1380 .28 .010   .009   .009   .012   .001   .001      0
SiT2   .9639 .4175 .1380 .72 .010   .009   .009   .012   .001   .001      0
O11    .7370 .3190 .1661     .021   .019   .027   .016  -.006   .001   .002
O21    .2366 .3479 .1671     .021   .020   .026   .017   .006   .001  -.001
O22    .4447 .0833 .1672     .021   .030   .016   .018  -.001   .005      0
O31    .4301 .2499 .0546     .013   .015   .013   .012   .001   .002   .003
O32    .9384 .4192 .0549     .013   .013   .014   .012   .002   .002   .003
O41    .9342 .0828 .0501     .013   .014   .012   .013   .004   .002   .003
Download AMC data (View Text File)
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View JMOL 3-D Structure (permalink)
 
Phlogopite
Download hom/phlogopite.pdf
Laurora A, Brigatti M F, Mottana A, Malferrari D, Caprilli E
Download am/vol92/AM92_468.pdf
American Mineralogist 92 (2007) 468-480
Crystal chemistry of trioctahedral micas in alkaline and subalkaline volcanic
rocks: A case study from Mt. Sassetto (Tolfa district, Latium, central Italy)
Locality: Mt. Sassetto, Tolfa district, Latium, Italy
Sample: MS9
Note: 1M polytype
_database_code_amcsd 0004294
5.3304 9.2277 10.1918 90 100.051 90 C2/m
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    .5     0  .9 .033   .032   .028   .037      0   .006      0
NaA        0    .5     0 .06 .033   .032   .028   .037      0   .006      0
MgM1       0     0    .5 .45 .013   .014   .009   .018      0   .004      0
Fe2+M1     0     0    .5 .40 .013   .014   .009   .018      0   .004      0
TiM1       0     0    .5 .09 .013   .014   .009   .018      0   .004      0
AlM1       0     0    .5 .06 .013   .014   .009   .018      0   .004      0
MgM2       0 .3391    .5 .45 .014   .012   .014   .016      0   .001      0
Fe2+M2     0 .3391    .5 .40 .014   .012   .014   .016      0   .001      0
TiM2       0 .3391    .5 .09 .014   .012   .014   .016      0   .001      0
AlM2       0 .3391    .5 .06 .014   .012   .014   .016      0   .001      0
AlT    .0743 .1672 .2248 .19 .010   .010   .008   .012      0   .002      0
SiT    .0743 .1672 .2248 .71 .010   .010   .008   .012      0   .002      0
O1     .3266 .2289 .1675     .020   .019   .024   .018  -.006   .004  -.004
O2     .0134     0 .1694     .020   .030   .012   .016      0      0      0
O3     .1302 .1689 .3912     .013   .015   .011   .012      0   .002      0
O4     .1334    .5 .3993     .014   .014   .014   .014      0   .003      0
Download AMC data (View Text File)
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View JMOL 3-D Structure (permalink)
 
Phlogopite
Download hom/phlogopite.pdf
Laurora A, Brigatti M F, Mottana A, Malferrari D, Caprilli E
Download am/vol92/AM92_468.pdf
American Mineralogist 92 (2007) 468-480
Crystal chemistry of trioctahedral micas in alkaline and subalkaline volcanic
rocks: A case study from Mt. Sassetto (Tolfa district, Latium, central Italy)
Locality: Mt. Sassetto, Tolfa district, Latium, Italy
Sample: MS12
Note: 1M polytype
_database_code_amcsd 0004295
5.333 9.244 10.152 90 100.164 90 C2/m
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    .5     0 .93 .035   .030   .033   .040      0   .005      0
NaA        0    .5     0 .07 .035   .030   .033   .040      0   .005      0
MgM1       0     0    .5  .5 .011   .009   .009   .016      0   .004      0
Fe2+M1     0     0    .5 .37 .011   .009   .009   .016      0   .004      0
TiM1       0     0    .5 .13 .011   .009   .009   .016      0   .004      0
MgM2       0 .3397    .5  .5 .013   .009   .016   .015      0   .002      0
Fe2+M2     0 .3397    .5 .37 .013   .009   .016   .015      0   .002      0
TiM2       0 .3397    .5 .13 .013   .009   .016   .015      0   .002      0
AlT    .0742 .1672 .2239 .27 .010   .008   .010   .012      0   .002      0
SiT    .0742 .1672 .2239 .73 .010   .008   .010   .012      0   .002      0
O1     .3191 .2358 .1652     .021   .019   .028   .017  -.006   .003  -.001
O2     .0264     0 .1680     .022   .029   .016   .018      0  -.001      0
O3     .1315 .1692 .3908     .013   .011   .014   .013   .001   .002      0
O4     .1319    .5 .3997     .013   .011   .015   .013      0   .002      0
Download AMC data (View Text File)
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View JMOL 3-D Structure (permalink)
 
Phlogopite
Download hom/phlogopite.pdf
Laurora A, Brigatti M F, Mottana A, Malferrari D, Caprilli E
Download am/vol92/AM92_468.pdf
American Mineralogist 92 (2007) 468-480
Crystal chemistry of trioctahedral micas in alkaline and subalkaline volcanic
rocks: A case study from Mt. Sassetto (Tolfa district, Latium, central Italy)
Locality: Mt. Sassetto, Tolfa district, Latium, Italy
Sample: MS3(1)
Note: 1M polytype
_database_code_amcsd 0004296
5.3402 9.2461 10.1866 90 100.138 90 C2/m
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    .5     0 .94 .035   .034   .033   .039      0   .006      0
NaA        0    .5     0 .06 .035   .034   .033   .039      0   .006      0
MgM1       0     0    .5 .48 .014   .012   .011   .019      0   .005      0
Fe2+M1     0     0    .5 .38 .014   .012   .011   .019      0   .005      0
TiM1       0     0    .5  .1 .014   .012   .011   .019      0   .005      0
AlM1       0     0    .5 .04 .014   .012   .011   .019      0   .005      0
MgM2       0 .3378    .5 .48 .015   .011   .017   .017      0   .002      0
Fe2+M2     0 .3378    .5 .38 .015   .011   .017   .017      0   .002      0
TiM2       0 .3378    .5  .1 .015   .011   .017   .017      0   .002      0
AlM2       0 .3378    .5 .04 .015   .011   .017   .017      0   .002      0
AlT    .0746 .1671 .2245  .3 .010   .009   .009   .012      0   .002      0
SiT    .0746 .1671 .2245  .7 .010   .009   .009   .012      0   .002      0
O1     .3226 .2322 .1670     .020   .018   .025   .018  -.007   .004  -.003
O2     .0197     0 .1684     .020   .030   .013   .016      0   .001      0
O3     .1308 .1685 .3906     .012   .013   .012   .012      0   .003  -.001
O4     .1316    .5 .3987     .013   .011   .014   .014      0   .002      0
Download AMC data (View Text File)
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View JMOL 3-D Structure (permalink)
 
Phlogopite
Download hom/phlogopite.pdf
Laurora A, Brigatti M F, Mottana A, Malferrari D, Caprilli E
Download am/vol92/AM92_468.pdf
American Mineralogist 92 (2007) 468-480
Crystal chemistry of trioctahedral micas in alkaline and subalkaline volcanic
rocks: A case study from Mt. Sassetto (Tolfa district, Latium, central Italy)
Locality: Mt. Sassetto, Tolfa district, Latium, Italy
Sample: MS3(2)
Note: 1M polytype
_database_code_amcsd 0004297
5.3403 9.2485 10.1867 90 100.132 90 C2/m
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    .5     0 .94 .034   .033   .033   .037      0   .006      0
NaA         0    .5     0 .06 .034   .033   .033   .037      0   .006      0
MgM1        0     0    .5 .48 .013   .012   .011   .017      0   .004      0
Fe2+M1      0     0    .5 .38 .013   .012   .011   .017      0   .004      0
TiM1        0     0    .5  .1 .013   .012   .011   .017      0   .004      0
AlM1        0     0    .5 .04 .013   .012   .011   .017      0   .004      0
MgM2        0 .3377    .5 .48 .014   .010   .017   .015      0   .002      0
Fe2+M2      0 .3377    .5 .38 .014   .010   .017   .015      0   .002      0
TiM2        0 .3377    .5  .1 .014   .010   .017   .015      0   .002      0
AlM2        0 .3377    .5 .04 .014   .010   .017   .015      0   .002      0
AlT     .0746 .1671 .2244  .3 .011   .010   .010   .012      0   .002      0
SiT     .0746 .1671 .2244  .7 .011   .010   .010   .012      0   .002      0
O1     .32378 .2313 .1668     .021   .020   .027   .017  -.007   .005  -.003
O2      .0183     0 .1685     .021   .030   .015   .016      0      0      0
O3      .1310 .1685 .3910     .013   .013   .013   .012      0   .002      0
O4      .1314    .5 .3994     .014   .012   .014   .016      0   .002      0
Download AMC data (View Text File)
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View JMOL 3-D Structure (permalink)
 
Phlogopite
Download hom/phlogopite.pdf
Laurora A, Brigatti M F, Mottana A, Malferrari D, Caprilli E
Download am/vol92/AM92_468.pdf
American Mineralogist 92 (2007) 468-480
Crystal chemistry of trioctahedral micas in alkaline and subalkaline volcanic
rocks: A case study from Mt. Sassetto (Tolfa district, Latium, central Italy)
Locality: Mt. Sassetto, Tolfa district, Latium, Italy
Sample: MS5
Note: 1M polytype
_database_code_amcsd 0004298
5.3314 9.2290 10.1801 90 100.051 90 C2/m
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    .5     0 .93 .031   .029   .029   .037      0   .007      0
NaA        0    .5     0 .07 .031   .029   .029   .037      0   .007      0
MgM1       0     0    .5 .49 .013   .010   .008   .020      0   .005      0
Fe2+M1     0     0    .5 .38 .013   .010   .008   .020      0   .005      0
TiM1       0     0    .5 .08 .013   .010   .008   .020      0   .005      0
AlM1       0     0    .5 .05 .013   .010   .008   .020      0   .005      0
MgM2       0 .3381    .5 .49 .014   .009   .015   .018      0   .002      0
Fe2+M2     0 .3381    .5 .38 .014   .009   .015   .018      0   .002      0
TiM2       0 .3381    .5 .08 .014   .009   .015   .018      0   .002      0
AlM2       0 .3381    .5 .05 .014   .009   .015   .018      0   .002      0
AlT    .0745 .1671 .2245 .32 .011   .009   .009   .014      0   .003      0
SiT    .0745 .1671 .2245 .68 .011   .009   .009   .014      0   .003      0
O1     .3277 .2274 .1673     .020   .017   .023   .021  -.004   .005  -.003
O2     .0108     0 .1692     .021   .024   .016   .024      0   .002      0
O3     .1306 .1684 .3910     .014   .012   .012   .017      0   .003      0
O4     .1330    .5 .3994     .014   .012   .012   .017      0   .002      0
Download AMC data (View Text File)
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Annite
Download hom/annite.pdf
Laurora A, Brigatti M F, Mottana A, Malferrari D, Caprilli E
Download am/vol92/AM92_468.pdf
American Mineralogist 92 (2007) 468-480
Crystal chemistry of trioctahedral micas in alkaline and subalkaline volcanic
rocks: A case study from Mt. Sassetto (Tolfa district, Latium, central Italy)
Locality: Mt. Sassetto, Tolfa district, Latium, Italy
Sample: MS7
Note: 1M polytype
_database_code_amcsd 0004299
5.3207 9.2099 10.1034 90 99.959 90 C2/m
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    .5     0 .93 .026   .024   .024   .029      0   .005      0
NaA        0    .5     0 .07 .026   .024   .024   .029      0   .005      0
MgM1       0     0    .5 .34 .014   .011   .011   .019      0   .004      0
Fe3+M1     0     0    .5 .25 .014   .011   .011   .019      0   .004      0
Fe2+M1     0     0    .5 .22 .014   .011   .011   .019      0   .004      0
TiM1       0     0    .5 .08 .014   .011   .011   .019      0   .004      0
MgM2       0 .3451    .5 .34 .011   .007   .011   .014      0   .001      0
Fe3+M2     0 .3451    .5 .25 .011   .007   .011   .014      0   .001      0
Fe2+M2     0 .3451    .5 .22 .011   .007   .011   .014      0   .001      0
TiM2       0 .3451    .5 .19 .011   .007   .011   .014      0   .001      0
AlT    .0723 .1675 .2218 .32 .010   .008   .008   .013      0   .002      0
SiT    .0723 .1675 .2218 .68 .010   .008   .008   .013      0   .002      0
O1     .3226 .2310 .1645     .020   .017   .024   .017  -.005   .004  -.002
O2     .0161     0 .1670     .020   .027   .013   .019      0   .002      0
O3     .1293 .1704 .3912     .013   .011   .013   .016   .001   .002      0
O4     .1385    .5 .4032     .014   .013   .015   .016      0   .003      0
Download AMC data (View Text File)
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View JMOL 3-D Structure (permalink)
 
Annite
Download hom/annite.pdf
Laurora A, Brigatti M F, Mottana A, Malferrari D, Caprilli E
Download am/vol92/AM92_468.pdf
American Mineralogist 92 (2007) 468-480
Crystal chemistry of trioctahedral micas in alkaline and subalkaline volcanic
rocks: A case study from Mt. Sassetto (Tolfa district, Latium, central Italy)
Locality: Mt. Sassetto, Tolfa district, Latium, Italy
Sample: MS8(1)
Note: 1M polytype
_database_code_amcsd 0004300
5.3216 9.2114 10.1060 90 99.949 90 C2/m
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    .5     0 .92 .029   .028   .027   .031      0   .006      0
NaA        0    .5     0 .07 .029   .028   .027   .031      0   .006      0
MgM1       0     0    .5 .37 .011   .010   .010   .015      0   .004      0
Fe3+M1     0     0    .5 .23 .011   .010   .010   .015      0   .004      0
Fe2+M1     0     0    .5 .22 .011   .010   .010   .015      0   .004      0
TiM1       0     0    .5 .06 .011   .010   .010   .015      0   .004      0
AlM1       0     0    .5 .02 .011   .010   .010   .015      0   .004      0
MgM2       0 .3454    .5 .37 .012   .009   .013   .014      0   .002      0
Fe3+M2     0 .3454    .5 .23 .012   .009   .013   .014      0   .002      0
Fe2+M2     0 .3454    .5 .22 .012   .009   .013   .014      0   .002      0
TiM2       0 .3454    .5 .06 .012   .009   .013   .014      0   .002      0
AlM2       0 .3454    .5 .02 .012   .009   .013   .014      0   .002      0
AlT    .0722 .1674 .2221 .32 .010   .010   .009   .012      0   .003      0
SiT    .0722 .1674 .2221 .68 .010   .010   .009   .012      0   .003      0
O1     .3228 .2308 .1646     .022   .022   .024   .021  -.005   .005  -.001
O2     .0150     0 .1675     .022   .030   .016   .021      0   .003      0
O3     .1289 .1699 .3913     .014   .013   .014   .014      0   .002      0
O4     .1389    .5 .4029     .014   .014   .014   .015      0   .004      0
Download AMC data (View Text File)
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Download diffraction data (View Text File)
View JMOL 3-D Structure (permalink)
 
Annite
Download hom/annite.pdf
Laurora A, Brigatti M F, Mottana A, Malferrari D, Caprilli E
Download am/vol92/AM92_468.pdf
American Mineralogist 92 (2007) 468-480
Crystal chemistry of trioctahedral micas in alkaline and subalkaline volcanic
rocks: A case study from Mt. Sassetto (Tolfa district, Latium, central Italy)
Locality: Mt. Sassetto, Tolfa district, Latium, Italy
Sample: MS8(2)
Note: 1M polytype
_database_code_amcsd 0004301
5.3213 9.2034 10.1048 90 99.954 90 C2/m
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    .5     0 .92 .029   .026   .027   .032      0   .006      0
NaA        0    .5     0 .07 .029   .026   .027   .032      0   .006      0
MgM1       0     0    .5 .37 .010   .008   .008   .015      0   .003      0
Fe3+M1     0     0    .5 .23 .010   .008   .008   .015      0   .003      0
Fe2+M1     0     0    .5 .22 .010   .008   .008   .015      0   .003      0
TiM1       0     0    .5 .06 .010   .008   .008   .015      0   .003      0
AlM1       0     0    .5 .02 .010   .008   .008   .015      0   .003      0
MgM2       0 .3447    .5 .37 .013   .008   .015   .017      0   .002      0
Fe3+M2     0 .3447    .5 .23 .013   .008   .015   .017      0   .002      0
Fe2+M2     0 .3447    .5 .22 .013   .008   .015   .017      0   .002      0
TiM2       0 .3447    .5 .06 .013   .008   .015   .017      0   .002      0
AlM2       0 .3447    .5 .02 .013   .008   .015   .017      0   .002      0
AlT    .0723 .1674 .2219 .32 .011   .009   .010   .015      0   .002      0
SiT    .0723 .1674 .2219 .68 .011   .009   .010   .015      0   .002      0
O1     .3228 .2309 .1643     .022   .020   .025   .022  -.006   .005  -.002
O2     .0153     0 .1673     .023   .027   .019   .022      0   .002      0
O3     .1293 .1702 .3910     .015   .013   .015   .018      0   .002      0
O4     .1381    .5 .4026     .016   .013   .017   .017      0   .003      0
Download AMC data (View Text File)
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Download diffraction data (View Text File)
View JMOL 3-D Structure (permalink)
 
Phlogopite
Download hom/phlogopite.pdf
Laurora A, Brigatti M F, Mottana A, Malferrari D, Caprilli E
Download am/vol92/AM92_468.pdf
American Mineralogist 92 (2007) 468-480
Crystal chemistry of trioctahedral micas in alkaline and subalkaline volcanic
rocks: A case study from Mt. Sassetto (Tolfa district, Latium, central Italy)
Locality: Mt. Sassetto, Tolfa district, Latium, Italy
Sample: MS11
Note: 1M polytype
_database_code_amcsd 0004302
5.3420 9.2461 10.1635 90 100.219 90 C2/m
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    .5     0 .93 .033   .031   .031   .036      0   .006      0
NaA        0    .5     0 .07 .033   .031   .031   .036      0   .006      0
MgM1       0     0    .5  .5 .012   .010   .010   .016      0   .004      0
Fe2+M1     0     0    .5 .37 .012   .010   .010   .016      0   .004      0
TiM1       0     0    .5 .13 .012   .010   .010   .016      0   .004      0
MgM2       0 .3393    .5  .5 .013   .009   .017   .013      0   .002      0
Fe2+M2     0 .3393    .5 .37 .013   .009   .017   .013      0   .002      0
TiM2       0 .3393    .5 .13 .013   .009   .017   .013      0   .002      0
AlT    .0743 .1672 .2239 .28 .010   .009   .009   .010      0   .002      0
SiT    .0743 .1672 .2239 .72 .010   .009   .009   .010      0   .002      0
O1     .3194 .2351 .1658     .019   .017   .026   .015  -.007   .004  -.003
O2     .0254     0 .1677     .020   .028   .014   .014      0   .001      0
O3     .1310 .1691 .3905     .012   .012   .013   .011      0   .002  -.001
O4     .1305    .5 .3992     .012   .010   .014   .012      0   .002      0
Download AMC data (View Text File)
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Download diffraction data (View Text File)
View JMOL 3-D Structure (permalink)
 
Phlogopite
Download hom/phlogopite.pdf
Laurora A, Brigatti M F, Mottana A, Malferrari D, Caprilli E
Download am/vol92/AM92_468.pdf
American Mineralogist 92 (2007) 468-480
Crystal chemistry of trioctahedral micas in alkaline and subalkaline volcanic
rocks: A case study from Mt. Sassetto (Tolfa district, Latium, central Italy)
Locality: Mt. Sassetto, Tolfa district, Latium, Italy
Sample: MS10
Note: 1M polytype
_database_code_amcsd 0004303
5.3408 9.2497 10.1633 90 100.205 90 C2/m
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    .5     0 .94 .031   .029   .029   .035      0   .006      0
NaA        0    .5     0 .06 .031   .029   .029   .035      0   .006      0
MgM1       0     0    .5  .5 .010   .009   .008   .014      0   .004      0
Fe2+M1     0     0    .5 .38 .010   .009   .008   .014      0   .004      0
TiM1       0     0    .5 .12 .010   .009   .008   .014      0   .004      0
MgM2       0 .3394    .5  .5 .007   .003   .011   .008      0      0      0
Fe2+M2     0 .3394    .5 .38 .007   .003   .011   .008      0      0      0
TiM2       0 .3394    .5 .12 .007   .003   .011   .008      0      0      0
AlT    .0743 .1672 .2238 .28 .008   .008   .008   .010      0   .002      0
SiT    .0743 .1672 .2238 .72 .008   .008   .008   .010      0   .002      0
O1     .3194 .2350 .1657     .020   .018   .026   .015  -.007   .004  -.003
O2     .0250     0 .1676     .020   .031   .014   .015      0   .001      0
O3     .1310 .1692 .3905     .012   .012   .012   .011      0   .002  -.001
O4     .1310    .5 .3990     .014   .012   .016   .014      0   .003      0
Download AMC data (View Text File)
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Download diffraction data (View Text File)
View JMOL 3-D Structure (permalink)
 
Phlogopite
Download hom/phlogopite.pdf
Laurora A, Brigatti M F, Mottana A, Malferrari D, Caprilli E
Download am/vol92/AM92_468.pdf
American Mineralogist 92 (2007) 468-480
Crystal chemistry of trioctahedral micas in alkaline and subalkaline volcanic
rocks: A case study from Mt. Sassetto (Tolfa district, Latium, central Italy)
Locality: Mt. Sassetto, Tolfa district, Latium, Italy
Sample: MS13
Note: 1M polytype
_database_code_amcsd 0004304
5.3399 9.2483 10.1688 90 100.217 90 C2/m
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    .5     0 .93 .033   .032   .029   .039      0   .006      0
NaA        0    .5     0 .07 .033   .032   .029   .039      0   .006      0
MgM1       0     0    .5  .5 .013   .012   .009   .019      0   .004      0
Fe2+M1     0     0    .5 .37 .013   .012   .009   .019      0   .004      0
TiM1       0     0    .5 .13 .013   .012   .009   .019      0   .004      0
MgM2       0 .3389    .5  .5 .014   .010   .015   .017      0   .002      0
Fe2+M2     0 .3389    .5 .37 .014   .010   .015   .017      0   .002      0
TiM2       0 .3389    .5 .13 .014   .010   .015   .017      0   .002      0
AlT    .0745 .1672 .2242 .29 .007   .007   .006   .009      0      0  -.001
SiT    .0745 .1672 .2242 .71 .007   .007   .006   .009      0      0  -.001
O1     .3184 .2357 .1662     .021   .020   .024   .019  -.006   .004  -.002
O2     .0277     0 .1680     .021   .030   .012   .021      0   .001      0
O3     .1308 .1692 .3907     .011   .010   .009   .014   .002   .001  -.002
O4     .1303    .5 .3983     .012   .010   .011   .015      0   .001      0
Download AMC data (View Text File)
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Download diffraction data (View Text File)
View JMOL 3-D Structure (permalink)
 
Phlogopite
Download hom/phlogopite.pdf
Laurora A, Brigatti M F, Mottana A, Malferrari D, Caprilli E
Download am/vol92/AM92_468.pdf
American Mineralogist 92 (2007) 468-480
Crystal chemistry of trioctahedral micas in alkaline and subalkaline volcanic
rocks: A case study from Mt. Sassetto (Tolfa district, Latium, central Italy)
Locality: Mt. Sassetto, Tolfa district, Latium, Italy
Sample: MS14(1)
Note: 2M_1 polytype
_database_code_amcsd 0004305
5.3341 9.2403 20.085 90 95.151 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 .0843   .25 .93 .034   .030   .031   .041      0   .004      0
NaA        0 .0843   .25 .07 .034   .030   .031   .041      0   .004      0
MgM1     .75   .25     0  .5 .011   .008   .009   .017   .001   .003   .001
Fe2+M1   .75   .25     0 .37 .011   .008   .009   .017   .001   .003   .001
TiM1     .75   .25     0 .13 .011   .008   .009   .017   .001   .003   .001
MgM2   .2409 .0803 .0000  .5 .013   .013   .009   .015   .004   .001   .003
Fe2+M2 .2409 .0803 .0000 .37 .013   .013   .009   .015   .004   .001   .003
TiM2   .2409 .0803 .0000 .13 .013   .013   .009   .015   .004   .001   .003
AlT1   .4619 .2503 .1379 .29 .011   .009   .010   .014   .001   .001   .001
SiT1   .4619 .2503 .1379 .71 .011   .009   .010   .014   .001   .001   .001
AlT2   .9638 .4175 .1380 .29 .011   .009   .009   .015   .001   .001   .001
SiT2   .9638 .4175 .1380 .71 .011   .009   .009   .015   .001   .001   .001
O11    .7373 .3195 .1658     .020   .016   .027   .017  -.007   .001  -.001
O21    .2371 .3479 .1669     .019   .017   .022   .019   .006   .001  -.003
O22    .4441 .0833 .1667     .019   .030   .013   .015      0   .005      0
O31    .4307 .2499 .0547     .013   .012   .013   .014      0   .002  -.001
O32    .9380 .4191 .0550     .012   .012   .011   .013   .001   .003   .001
O41    .9353 .0829 .0506     .012   .013   .009   .015   .003   .002   .002
Download AMC data (View Text File)
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View JMOL 3-D Structure (permalink)
 
Phlogopite
Download hom/phlogopite.pdf
Laurora A, Brigatti M F, Mottana A, Malferrari D, Caprilli E
Download am/vol92/AM92_468.pdf
American Mineralogist 92 (2007) 468-480
Crystal chemistry of trioctahedral micas in alkaline and subalkaline volcanic
rocks: A case study from Mt. Sassetto (Tolfa district, Latium, central Italy)
Locality: Mt. Sassetto, Tolfa district, Latium, Italy
Sample: MS14(2)
Note: 2M_1 polytype
_database_code_amcsd 0004306
5.3449 9.2375 20.095 90 95.143 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 .0843   .25 .93 .033   .031   .032   .037      0   .003      0
NaA        0 .0843   .25 .06 .033   .031   .032   .037      0   .003      0
MgM1     .75   .25     0 .48 .012   .009   .010   .016   .001   .002  -.001
Fe2+M1   .75   .25     0 .36 .012   .009   .010   .016   .001   .002  -.001
TiM1     .75   .25     0 .11 .012   .009   .010   .016   .001   .002  -.001
AlM1     .75   .25     0 .05 .012   .009   .010   .016   .001   .002  -.001
MgM2   .2412 .0803 .0000 .48 .013   .014   .011   .014   .005   .001   .001
Fe2+M2 .2412 .0803 .0000 .36 .013   .014   .011   .014   .005   .001   .001
TiM2   .2412 .0803 .0000 .11 .013   .014   .011   .014   .005   .001   .001
AlM2   .2412 .0803 .0000 .05 .013   .014   .011   .014   .005   .001   .001
AlT1   .4620 .2502 .1380 .28 .009   .009   .009   .011   .001   .001      0
SiT1   .4620 .2502 .1380 .72 .009   .009   .009   .011   .001   .001      0
AlT2   .9636 .4174 .1380 .28 .010   .009   .009   .011   .001   .001      0
SiT2   .9636 .4174 .1380 .72 .010   .009   .009   .011   .001   .001      0
O11    .7366 .3194 .1660     .019   .017   .025   .015  -.006   .001   .002
O21    .2364 .3479 .1671     .019   .017   .024   .016   .007  -.001  -.002
O22    .4442 .0837 .1671     .019   .029   .013   .015   .001   .004   .001
O31    .4306 .2498 .0548     .012   .012   .012   .011   .002   .001   .001
O32    .9385 .4189 .0549     .011   .011   .012   .011   .002   .002   .001
O41    .9346 .0823 .0503     .012   .013   .011   .013   .004   .001   .001
Download AMC data (View Text File)
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View JMOL 3-D Structure (permalink)
 
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
Download AMC data (View Text File)
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View JMOL 3-D Structure (permalink)
 
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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