American Mineralogist Crystal Structure Database

24 matching records for this search.

NaGaSi2O6
 
Nestola F, Rotiroti N, Bruno M, Tribaudino M, van Smaalen S, Ohashi H,
Redhammer G J
 
American Mineralogist 92 (2007) 560-569
Low-temperature behavior of NaGaSi2O6
Sample: T = 295 K
_database_code_amcsd 0004307
9.5531 8.6983 5.2684 90 107.629 90 C2/c
atom      x      y      z   Uiso
Na        0 .30038    .25  .0108
Ga        0 .90189    .25 .00348
Si   .29116 .09112 .23220 .00314
O1   .11188 .07804 .13365  .0044
O2   .35874 .25894 .30170  .0062
O3   .35265 .00957 .00787  .0055
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NaGaSi2O6
 
Nestola F, Rotiroti N, Bruno M, Tribaudino M, van Smaalen S, Ohashi H,
Redhammer G J
 
American Mineralogist 92 (2007) 560-569
Low-temperature behavior of NaGaSi2O6
Sample: T = 235 K
_database_code_amcsd 0004308
9.5494 8.6924 5.2673 90 107.631 90 C2/c
atom      x      y      z   Uiso
Na        0 .30046    .25  .0090
Ga        0 .90210    .25 .00294
Si   .29119 .09122 .23236 .00274
O1   .11199 .07797 .13373  .0037
O2   .35868 .25913 .30187  .0053
O3   .35284 .00984 .00773  .0048
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NaGaSi2O6
 
Nestola F, Rotiroti N, Bruno M, Tribaudino M, van Smaalen S, Ohashi H,
Redhammer G J
 
American Mineralogist 92 (2007) 560-569
Low-temperature behavior of NaGaSi2O6
Sample: T = 190 K
_database_code_amcsd 0004309
9.5472 8.6894 5.2667 90 107.632 90 C2/c
atom      x      y      z   Uiso
Na        0 .30051    .25  .0074
Ga        0 .90219    .25 .00244
Si   .29119 .09127 .23241 .00237
O1   .11191 .07803 .13350  .0032
O2   .35878 .25935 .30219  .0046
O3   .35285 .00980 .00769  .0041
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NaGaSi2O6
 
Nestola F, Rotiroti N, Bruno M, Tribaudino M, van Smaalen S, Ohashi H,
Redhammer G J
 
American Mineralogist 92 (2007) 560-569
Low-temperature behavior of NaGaSi2O6
Sample: T = 145 K
_database_code_amcsd 0004310
9.5453 8.6864 5.2662 90 107.630 90 C2/c
atom      x      y      z   Uiso
Na        0 .30047    .25  .0062
Ga        0 .90232    .25 .00201
Si   .29121 .09129 .23263 .00206
O1   .11187 .07812 .13369  .0030
O2   .35880 .25936 .30240  .0039
O3   .35303 .00986 .00795  .0036
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NaGaSi2O6
 
Nestola F, Rotiroti N, Bruno M, Tribaudino M, van Smaalen S, Ohashi H,
Redhammer G J
 
American Mineralogist 92 (2007) 560-569
Low-temperature behavior of NaGaSi2O6
Sample: T = 110 K
_database_code_amcsd 0004311
9.5442 8.6849 5.2662 90 107.628 90 C2/c
atom      x      y      z   Uiso
Na        0 .30058    .25  .0052
Ga        0 .90238    .25 .00163
Si   .29125 .09128 .23264 .00183
O1   .11190 .07820 .13385 .00276
O2   .35882 .25945 .30267  .0034
O3   .35297 .00994 .00775  .0032
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CsAlSiO4
 
Gatta G D, Rotiroti N, Zanazzi P F, Rieder M, Drabek M, Weiss Z, Klaska R
 
American Mineralogist 93 (2008) 988-995
Synthesis and crystal structure of the feldspathoid CsAlSiO4: An
open-framework silicate and potential nuclear waste disposal phase
Locality: Synthetic
_database_code_amcsd 0004598
9.414 5.435 8.875 90 90 90 Pc2_1n
atom      x      y      z   Uiso U(1,1) U(2,2) U(3,3) U(1,2) U(1,3) U(2,3)
Cs   .20052 .50015 .50043 .01591  .0175  .0146  .0157  .0014 .00023 .00001
Si   .08469  .0004 .19052  .0047  .0056  .0034  .0052 -.0021 -.0005  .0018
Al   .41511 -.0036 .31650  .0041  .0047  .0023  .0053  .0006 -.0003 -.0008
O1    .0877 -.0047  .0104  .0161   .032   .013  .0035   .003  .0017   .001
O2    .0024 -.2413  .2502   .011   .015   .012   .007  -.005  -.007   .003
O3    .0040  .2404  .2551   .020   .034   .013   .012  -.003   .008   .003
O4    .2437  .0034  .2536  .0241   .010   .034   .028   .001 -.0056  -.009
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Epididymite
Download hom/epididymite.pdf
Gatta G D, Rotiroti N, McIntyre G J, Guastoni A, Nestola F
 
American Mineralogist 93 (2008) 1158-1165
New insights into the crystal chemistry of epididymite and eudidymite
from Malosa, Malawi: A single-crystal neutron diffraction study
Locality: Malosa, Malawi
_database_code_amcsd 0004614
12.7334 13.6298 7.3467 90 90 90 Pnma
atom      x       y      z  Uiso U(1,1) U(2,2) U(3,3) U(1,2) U(1,3) U(2,3)
Na   .10285  .06934 .50192 .0266  .0377  .0220  .0201 -.0074  .0053 -.0015
Be   .49472 -.00042 .34273 .0067  .0068  .0068  .0065  .0005  .0002  .0001
Si1  .15908   .1378 .01543 .0051  .0040  .0049  .0062 -.0008  .0001 -.0002
Si2   .3426  .13635 .73115 .0054  .0051  .0054  .0059  .0006  .0012 -.0007
Si3  .33173  .13741 .30525 .0059  .0065  .0055  .0058  .0010 -.0017 -.0002
O1   .12005     .25 .00001 .0139  .0136  .0039  .0241      0 -.0031      0
O2   .21704   .1224 .21004 .0118  .0084  .0162  .0109 -.0014 -.0049  .0005
O3   .06068  .06612 .00658 .0072  .0068  .0077  .0071 -.0034 -.0002 -.0003
O4   .23777  .11405 .84938 .0148  .0108  .0186  .0151 -.0026  .0078 -.0021
O5   .43489  .06457 .78946 .0090  .0100  .0093  .0076  .0042  .0004 -.0006
O6   .37761     .25 .76529 .0120  .0133  .0054  .0173      0 -.0032      0
O7   .30497  .12340 .52074 .0106  .0120  .0131  .0068  .0019 -.0009 -.0002
O8   .37000     .25 .26883 .0115  .0124  .0056  .0164      0  .0022      0
O9   .41552  .06300 .22624 .0095  .0113  .0094  .0077  .0045 -.0013 -.0006
OW   .05713     .25 .48974 .0288  .0215  .0316  .0333      0  .0060      0
H1   .00647     .25 .58561 .0515   .044   .051   .059      0   .024      0
H2   .01340     .25 .38486 .0586   .060   .060   .055      0  -.015      0
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Eudidymite
Download hom/eudidymite.pdf
Gatta G D, Rotiroti N, McIntyre G J, Guastoni A, Nestola F
 
American Mineralogist 93 (2008) 1158-1165
New insights into the crystal chemistry of epididymite and eudidymite
from Malosa, Malawi: A single-crystal neutron diffraction study
Locality: Malosa, Malawi
_database_code_amcsd 0004615
12.6188 7.3781 13.9940 90 103.762 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)
Na   .02899 .34078 .92853     .0260  .0256  .0299  .0241 -.0089  .0089 -.0102
Be   .16817 .32317 .49710     .0067  .0068  .0058  .0073 -.0005  .0015 .00050
Si1  .20415 .01965 .64127     .0045  .0068  .0026  .0047  .0012  .0024 -.0004
Si2  .25166 .10250 .86648     .0050  .0058  .0037  .0051  .0010  .0005 -.0010
Si3  .02964 .09397 .36195     .0050  .0042  .0062  .0044 -.0006  .0007 -.0011
O1   .07277 .03247 .62614     .0108  .0073  .0108  .0148  .0019  .0038 -.0022
O2   .24036 .18030 .11540     .0127  .0191  .0038  .0159 -.0004  .0055 -.0023
O3   .24045 .16471 .57054     .0073  .0087  .0063  .0076  .0030  .0034  .0004
O4   .23677 .43859 .24484     .0122  .0149  .0167  .0051 -.0022  .0028 -.0009
O5   .15480 .49864 .05623     .0087  .0083  .0079  .0088  .0032  .0001 -.0011
O6   .12854 .05189 .87541     .0103  .0080  .0092  .0138  .0010  .0030 -.0029
O7        0 .17321    .25     .0109  .0169  .0089  .0064      0  .0016      0
O8   .05237 .25694 .43729     .0092  .0073  .0108  .0088 -.0039  .0004 -.0003
H1    .0840  .4645  .7449  .5  .059   .042   .083   .050  -.001   .007  -.018
H2   -.0227  .5419  .7486  .5  .054   .064   .043   .055   .004   .016   .020
OW   .01209 .43098 .74466  .5
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Leucite
Download hom/leucite.pdf
Gatta G D, Rotiroti N, Ballaran T B, Pavese A
 
American Mineralogist 93 (2008) 1588-1596
Leucite at high pressure: Elastic behavior, phase stability,
and petrological implications
Locality: Sabatini volcanic district, Lazium, Italy
Note: P = 0.0001 GPa in air
_database_code_amcsd 0004673
13.084 13.084 13.784 90 90 90 *I4_1/a
0 .25 .125
atom     x     y      z  occ  Uiso
KK   .3659 .3643  .1144 .948 .0642
NaK  .3659 .3643  .1144 .026 .0642
FeT1 .0576 .3964  .1666 .003 .0242
AlT1 .0576 .3964  .1666 .330 .0242
SiT1 .0576 .3964  .1666 .667 .0242
FeT2 .1678 .6114  .1284 .003 .0244
AlT2 .1678 .6114  .1284 .330 .0244
SiT2 .1678 .6114  .1284 .667 .0244
FeT3 .3922 .6419  .0860 .003 .0237
AlT3 .3922 .6419  .0860 .330 .0237
SiT3 .3922 .6419  .0860 .667 .0237
O1   .1328 .3144  .1105       .040
O2   .0918 .5115  .1311       .036
O3   .1460 .6806  .2274       .032
O4   .1341 .6856  .0367       .036
O5   .2896 .5752  .1201       .032
O6   .4828 .6177  .1666       .031
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Leucite
Download hom/leucite.pdf
Gatta G D, Rotiroti N, Ballaran T B, Pavese A
 
American Mineralogist 93 (2008) 1588-1596
Leucite at high pressure: Elastic behavior, phase stability,
and petrological implications
Locality: Sabatini volcanic district, Lazium, Italy
Note: P = 0.0001 GPa in diamond cell
_database_code_amcsd 0004674
13.097 13.097 13.755 90 90 90 *I4_1/a
0 .25 .125
atom      x     y      z  occ Uiso
KK   .36444 .3632  .1146 .948 .063
NaK  .36444 .3632  .1146 .026 .063
FeT1  .0586 .3966  .1668 .003 .012
AlT1  .0586 .3966  .1668 .330 .012
SiT1  .0586 .3966  .1668 .667 .012
FeT2  .1683 .6101  .1281 .003 .012
AlT2  .1683 .6101  .1281 .330 .012
SiT2  .1683 .6101  .1281 .667 .012
FeT3  .3925 .6417  .0870 .003 .012
AlT3  .3925 .6417  .0870 .330 .012
SiT3  .3925 .6417  .0870 .667 .012
O1    .1342 .3125  .1114      .020
O2    .0886 .5107  .1284      .020
O3    .1441 .6773  .2274      .020
O4    .1320 .6837  .0363      .020
O5    .2899 .5756  .1221      .020
O6    .4839 .6179  .1665      .020
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Leucite
Download hom/leucite.pdf
Gatta G D, Rotiroti N, Ballaran T B, Pavese A
 
American Mineralogist 93 (2008) 1588-1596
Leucite at high pressure: Elastic behavior, phase stability,
and petrological implications
Locality: Sabatini volcanic district, Lazium, Italy
Note: P = 0.38 GPa
_database_code_amcsd 0004675
13.053 13.053 13.732 90 90 90 *I4_1/a
0 .25 .125
atom      x     y      z  occ  Uiso
KK    .3660 .3648  .1149 .948  .052
NaK   .3660 .3648  .1149 .026  .052
FeT1  .0569 .3970  .1669 .003 .0094
AlT1  .0569 .3970  .1669 .330 .0094
SiT1  .0569 .3970  .1669 .667 .0094
FeT2  .1690 .6105  .1273 .003 .0094
AlT2  .1690 .6105  .1273 .330 .0094
SiT2  .1690 .6105  .1273 .667 .0094
FeT3  .3926 .6414  .0864 .003 .0094
AlT3  .3926 .6414  .0864 .330 .0094
SiT3  .3926 .6414  .0864 .667 .0094
O1    .1308 .3137  .1103       .016
O2    .0900 .5114  .1295       .016
O3    .1438 .6794  .2261       .016
O4    .1279 .6851  .0358       .016
O5    .2896 .5725  .1197       .016
O6    .4838 .6149  .1659       .016
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Leucite
Download hom/leucite.pdf
Gatta G D, Rotiroti N, Ballaran T B, Pavese A
 
American Mineralogist 93 (2008) 1588-1596
Leucite at high pressure: Elastic behavior, phase stability,
and petrological implications
Locality: Sabatini volcanic district, Lazium, Italy
Note: P = 1.20 GPa
_database_code_amcsd 0004676
12.955 12.955 13.684 90 90 90 *I4_1/a
0 .25 .125
atom      x     y      z  occ Uiso
KK    .3650 .3640  .1156 .948 .050
NaK   .3650 .3640  .1156 .026 .050
FeT1  .0552 .3971  .1679 .003 .011
AlT1  .0552 .3971  .1679 .330 .011
SiT1  .0552 .3971  .1679 .667 .011
FeT2  .1672 .6130  .1281 .003 .011
AlT2  .1672 .6130  .1281 .330 .011
SiT2  .1672 .6130  .1281 .667 .011
FeT3  .3920 .6399  .0875 .003 .011
AlT3  .3920 .6399  .0875 .330 .011
SiT3  .3920 .6399  .0875 .667 .011
O1    .1325 .3154  .1119      .016
O2    .0884 .5126  .1311      .016
O3    .1466 .6832  .2277      .016
O4    .1314 .6876  .0359      .016
O5    .2875 .5713  .1209      .016
O6    .4843 .6156  .1678      .016
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View JMOL 3-D Structure
 
Leucite
Download hom/leucite.pdf
Gatta G D, Rotiroti N, Ballaran T B, Pavese A
 
American Mineralogist 93 (2008) 1588-1596
Leucite at high pressure: Elastic behavior, phase stability,
and petrological implications
Locality: Sabatini volcanic district, Lazium, Italy
Note: P = 1.77 GPa
_database_code_amcsd 0004677
12.891 12.891 13.653 90 90 90 *I4_1/a
0 .25 .125
atom      x     y      z  occ Uiso
KK    .3648 .3636  .1171 .948 .043
NaK   .3648 .3636  .1171 .026 .043
FeT1  .0543 .3994  .1670 .003 .012
AlT1  .0543 .3994  .1670 .330 .012
SiT1  .0543 .3994  .1670 .667 .012
FeT2  .1663 .6132  .1289 .003 .012
AlT2  .1663 .6132  .1289 .330 .012
SiT2  .1663 .6132  .1289 .667 .012
FeT3  .3921 .6401  .0867 .003 .012
AlT3  .3921 .6401  .0867 .330 .012
SiT3  .3921 .6401  .0867 .667 .012
O1    .1339 .3174  .1118      .019
O2    .0859 .5147  .1290      .019
O3    .1479 .6847  .2280      .019
O4    .1325 .6907  .0372      .019
O5    .2873 .5714  .1178      .019
O6    .4823 .6180  .1704      .019
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View JMOL 3-D Structure
 
Leucite
Download hom/leucite.pdf
Gatta G D, Rotiroti N, Ballaran T B, Pavese A
 
American Mineralogist 93 (2008) 1588-1596
Leucite at high pressure: Elastic behavior, phase stability,
and petrological implications
Locality: Sabatini volcanic district, Lazium, Italy
Note: P =  .0001 GPa in air after decompression
_database_code_amcsd 0004678
13.073 13.073 13.731 90 90 90 *I4_1/a
0 .25 .125
atom      x     y      z  occ  Uiso
KK   .36560 .3642  .1138 .948 .0498
NaK  .36560 .3642  .1138 .026 .0498
FeT1  .0574 .3964  .1669 .003 .0109
AlT1  .0574 .3964  .1669 .330 .0109
SiT1  .0574 .3964  .1669 .667 .0109
FeT2  .1674 .6115  .1281 .003 .0101
AlT2  .1674 .6115  .1281 .330 .0101
SiT2  .1674 .6115  .1281 .667 .0101
FeT3  .3925 .6417 .08628 .003 .0102
AlT3  .3925 .6417 .08628 .330 .0102
SiT3  .3925 .6417 .08628 .667 .0102
O1    .1320 .3146  .1101      .0270
O2    .0914 .5111  .1309      .0237
O3    .1455 .6804  .2272      .0173
O4    .1334 .6851  .0360      .0217
O5    .2893 .5760  .1205      .0197
O6    .4836 .6173  .1668      .0176
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Phillipsite
 
Gatta G D, Cappelletti P, Rotiroti N, Slebodnick C, Rinaldi R
 
American Mineralogist 94 (2009) 190-199
New insights into the crystal structure and crystal chemistry of the zeolite
phillipsite
Locality: "Newer Volcanic Suite," Richmond, Melbourne, Victoria, Australia
Note: T = 298 K
Note: Chemistry and structural occupancy are not consistent
_database_code_amcsd 0004834
9.9238 14.3145 8.7416 90 124.920 90 P2_1/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)
K1    .8674    .25   .226  .58  .0543   .078   .023   .065      0   .042      0
K2    .8451    .25   .187  .30   .059   .057   .035   .112      0   .064      0
Na    .6682 .37452  .5593  .36  .0324  .0334  .0416  .0267 -.0131  .0199 -.0075
Ca    .6682 .37452  .5593  .16  .0324  .0334  .0416  .0267 -.0131  .0199 -.0075
Al1  .72527 .00683 .28477 .375 .01380  .0123  .0156  .0122  .0007  .0063 -.0008
Al2  .42172 .13923 .04494 .375 .01350  .0122  .0122  .0145  .0010  .0067 -.0003
Al3  .04307 .02522 .28043 .375 .01287  .0142  .0139  .0112 -.0017  .0077 -.0009
Al4  .08288 .14052 .00296 .375 .01359  .0166  .0112  .0156 -.0009  .0108 -.0005
Si1  .72527 .00683 .28477 .625 .01380  .0123  .0156  .0122  .0007  .0063 -.0008
Si2  .42172 .13923 .04494 .625 .01350  .0122  .0122  .0145  .0010  .0067 -.0003
Si3  .04307 .02522 .28043 .625 .01287  .0142  .0139  .0112 -.0017  .0077 -.0009
Si4  .08288 .14052 .00296 .625 .01359  .0166  .0112  .0156 -.0009  .0108 -.0005
O1    .0615 .11290  .1724       .0250  .0347  .0237  .0235 -.0004  .0207  .0036
O2    .6291 .58688  .1499       .0261  .0326  .0239  .0221  .0050  .0158  .0056
O3    .5947 .09597  .2286       .0276  .0204  .0280  .0241  .0072  .0067 -.0010
O4    .0399 .92452  .1868       .0267  .0306  .0196  .0251 -.0006  .0130 -.0060
O5    .8771 .04490  .2722       .0262  .0247  .0282  .0331 -.0015  .0207 -.0008
O6    .2793 .37402  .0853       .0299  .0237  .0350  .0358 -.0020  .0197 -.0015
O7    .7927 .52202  .5036       .0249  .0211  .0333  .0152  .0012  .0074 -.0020
O8    .5455    .75 -.0257       .0275  .0360  .0148  .0336      0  .0211      0
O9    .0224    .25 -.0610       .0276  .0343  .0160  .0269      0  .0143      0
Wat1 1.2177    .25  .5627  .91   .081   .130   .042   .047      0   .036      0
Wat2  .2129    .75  .4774  .95   .088   .060   .127   .039      0   .007      0
Wat3  .3513  .6450  .1717  .87   .110   .070   .180   .095   .005   .055  -.006
Wat4   .582   .786   .568  .29   .066   .032   .093   .047   .003   .008  -.008
Wat4   .545   .735   .551  .14   .051
Wat5  .5209  .9854  .5421 .432   .084   .076   .116   .096   .009   .071   .042
Wat6  .5984  .8864  .5662  .30   .133   .075   .189   .058  -.070  -.008   .064
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Phillipsite
 
Gatta G D, Cappelletti P, Rotiroti N, Slebodnick C, Rinaldi R
 
American Mineralogist 94 (2009) 190-199
New insights into the crystal structure and crystal chemistry of the zeolite
phillipsite
Locality: "Newer Volcanic Suite," Richmond, Melbourne, Victoria, Australia
Note: T = 100 K
Note: Chemistry and structural occupancy are not consistent
_database_code_amcsd 0004835
9.8511 14.2476 8.6422 90 124.319 90 P2_1/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)
K1   .85967    .25   .2279 .796  .0299  .0300  .0147  .0432       0  .0196       0
K2     .822    .25    .138 .075   .028   .023   .026   .047       0   .027       0
Na1  .39299 .37620   .5585  .35  .0235  .0152  .0318  .0192   .0023  .0071  -.0068
Ca1  .39299 .37620   .5585  .15  .0235  .0152  .0318  .0192   .0023  .0071  -.0068
Na2   .4560  .3150    .656 .045   .058
Ca2   .4560  .3150    .656 .025   .058
Al1  .73740 .02709  .28032 .375 .00971 .00852 .00999 .00851  .00073 .00352 -.00092
Al2  .42066 .14079 -.00085 .375 .01058 .01106 .01159 .00986 -.00117 .00619 -.00032
Al3  .06192 .00519  .28590 .375 .01068 .01106 .01159 .00986 -.00117 .00619 -.00032
Al4  .12529 .13921  .04726 .375 .01030 .01173 .00958 .01115 -.00097 .00739  .00008
Si1  .73740 .02709  .28032 .625 .00971 .00852 .00999 .00851  .00073 .00352 -.00092
Si2  .42066 .14079 -.00085 .625 .01058 .01106 .01159 .00986 -.00117 .00619 -.00032
Si3  .06192 .00519  .28590 .625 .01068 .01106 .01159 .00986 -.00117 .00619 -.00032
Si4  .12529 .13921  .04726 .625 .01030 .01173 .00958 .01115 -.00097 .00739  .00008
O1   .13911 .09415  .23177      .02237  .0293  .0225  .0188  -.0077  .0157  -.0012
O2   .64477 .57363  .18824      .02025  .0232  .0147  .0203   .0033  .0108   .0037
O3   .61319 .11578  .16950      .01856  .0138  .0167  .0179   .0026  .0045   .0020
O4   .02204 .91187  .14892      .02034  .0198  .0193  .0166  -.0004  .0070  -.0028
O5   .89803 .04451  .27452      .01971  .0160  .0207  .0232   .0011  .0115  -.0010
O6   .30724 .37356  .08322       .0239  .0196  .0280  .0293   .0001  .0169  -.0007
O7   .78704 .47439  .49591      .01927  .0189  .0253  .0121  -.0031  .0079  -.0016
O8   .58790    .75   .0709       .0219  .0282  .0152  .0186       0  .0110       0
O9   .07278    .25   .0317       .0212  .0222  .0127  .0251       0  .0110       0
Wat1 1.2322    .25   .5194 .895  .0537  .0521   .089  .0222       0  .0222       0
Wat2  .1594    .75   .4340 .873  .0347  .0419  .0204  .0276       0  .0110       0
Wat3  .3190  .8485   .1715 .748  .0717  .0485   .101   .083   .0033  .0476   .0116
Wat4  .4937  .7787   .5669 .393  .0499  .0303   .088  .0295  -.0094  .0154   .0040
Wat5  .5196  .9840   .5356 .441   .074   .031   .092   .100   .0298   .037    .035
Wat6  .4852  .8954   .5800 .277   .073   .084   .111   .029    .076   .035    .031
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Pollucite
Download hom/pollucite.pdf
Gatta G D, Rotiroti N, Boffa Ballaran T, Sanchez-Valle C, Pavese A
 
American Mineralogist 94 (2009) 1137-1143
Elastic behavior and phase stability of pollucite, a potential host for nuclear waste
Locality: Greenwood, Oxford County, Maine, USA
_database_code_amcsd 0004971
13.667 13.667 13.667 90 90 90 Ia3d
atom     x      y      z  occ  Uiso U(1,1) U(2,2) U(3,3) U(1,2) U(1,3) U(2,3)
Cs    .125   .125   .125 .670 .0348  .0348  .0348  .0348  .0040  .0040  .0040
Wat   .125   .125   .125 .330 .0348  .0348  .0348  .0348  .0040  .0040  .0040
Na     .25   .125      0 .068  .022
SiT   .125 .66217 .58783 .739 .0152  .0144  .0156  .0156  .0025  .0025 -.0022
AlT   .125 .66217 .58783 .256 .0152  .0144  .0156  .0156  .0025  .0025 -.0022
O    .1047  .1336  .7196      .0402   .049   .045   .025   .009  .0100  .0022
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Gobbinsite
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Gatta G D, Birch W D, Rotiroti N
 
American Mineralogist 95 (2010) 481-486
Reinvestigation of the crystal structure of the zeolite gobbinsite:
a single-crystal x-ray diffraction study
Locality: Bundoora, Melbourne, Victoria, Australia
_database_code_amcsd 0005035
10.1035 9.7819 10.1523 90 90 90 Pmnb
atom       x       y      z  occ  Uiso U(1,1) U(2,2) U(3,3) U(1,2) U(1,3)  U(2,3)
Na     .0753   .5486  .6519 .592  .074  .0586   .116  .0462  .0101  .0169   .0319
Ca     .0447   .5065  .5408 .154  .098   .163   .071   .061  -.022  -.014    .016
AlT1  .40570  .13813 .35438 .353 .0121  .0114  .0123  .0125 -.0004 -.0017  .00146
SiT1  .40570  .13813 .35438 .647 .0121  .0114  .0123  .0125 -.0004 -.0017  .00146
AlT2  .40577 -.17927 .40411 .353 .0117  .0110  .0116  .0124 -.0004 -.0009 -.00130
SiT2  .40577 -.17927 .40411 .647 .0117  .0110  .0116  .0124 -.0004 -.0009 -.00130
O1    .44147 -.02673 .34254      .0255  .0292  .0178  .0295 -.0007  .0023   .0037
O2    .50124  .21335 .46586      .0253  .0262  .0242  .0256 -.0009 -.0086  -.0028
O3    .43921  .20512 .20920      .0291  .0393  .0251  .0230  .0023  .0006   .0074
O4       .25  .16485 .39755      .0282  .0189  .0339  .0317      0      0  -.0045
O5       .25  -.1873 .45158      .0284  .0175  .0348  .0328      0      0   .0044
Wat1     .75  -.4058  .2289  .54  .132   .039   .269   .088      0      0    .091
Wat2     .75  -.1176  .3039  .47  .107   .070   .194   .058      0      0    .018
Wat2a    .75  -.2013  .2151  .51  .098   .059   .143   .092      0      0   -.037
Wat3a    .75   .1263  .0802  .54  .129   .125   .150   .112      0      0    .008
Wat3b    .75   .0333 -.0225  .67  .305    .76   .069   .084      0      0    .004
Wat3c    .75   .0358 -.0219  .54  .146
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Thomsonite-Ca
 
Gatta G D, Kahlenberg V, Kaindl R, Rotiroti N, Cappelletti P, de Gennaro M
 
American Mineralogist 95 (2010) 495-502
Crystal structure and low-temperature behavior of "disordered" thomsonite
Locality: Terzigno, Somma-Vesuvius volcanic complex, Naples Province, Italy
T = 295.5 K
_database_code_amcsd 0005037
13.0809 13.0597 6.6051 90 90 90 Pbmn
atom      x      y      z  occ  Uiso U(1,1) U(2,2) U(3,3)  U(1,2)  U(1,3)  U(2,3)
Na   .05755      0 .27736 .700 .0135  .0127  .0152  .0126       0   .0019       0
CaNa .05755      0 .27736 .300 .0135  .0127  .0152  .0126       0   .0019       0
Ca       .5 .02423      0 .473 .0144  .0096  .0247  .0088       0   .0015       0
AlT1 .30886 .11926 .24134   .5 .0077  .0069  .0094  .0067  .00102  .00009 -.00018
SiT1 .30886 .11926 .24134   .5 .0077  .0069  .0094  .0067  .00102  .00009 -.00018
AlT2 .11609 .19516 .00259   .5 .0077  .0080  .0076  .0075 -.00156  .00091 -.00033
SiT2 .11609 .19516 .00259   .5 .0077  .0080  .0076  .0075 -.00156  .00091 -.00033
AlT3    .25    .25 .62085   .5 .0070  .0078  .0074  .0057  -.0009       0       0
SiT3    .25    .25 .62085   .5 .0070  .0078  .0074  .0057  -.0009       0       0
O1   .35599      0  .2320      .0116  .0103  .0099  .0146       0   .0009       0
O2   .18715 .12254 .15831      .0202  .0133  .0291  .0181  -.0030   .0000  -.0022
O3        0 .13831      0      .0128  .0102  .0124  .0158       0  -.0002       0
O4   .38882 .18394 .08666      .0203  .0266  .0148  .0194   .0027  -.0018   .0016
O5   .31168 .16259 .48011      .0181  .0182  .0225  .0136   .0048   .0006   .0017
O6   .16322 .19105 .76725      .0169  .0207  .0169  .0132  -.0061   .0012  -.0007
OW1  .12651      0  .6214 .952 .0301  .0343  .0111  .0449       0  -.0140       0
OW2  .39281      0  .7218 .966 .0282  .0355  .0276  .0216       0  -.0137       0
OW3       0 .15299     .5 .912 .0300  .0227  .0279  .0395       0  -.0162       0
HW1   .1557  .0552   .678 .952  .069
HW2   .3776  .0600   .652 .966  .067
HW3   .0426  .1975   .557 .912  .081
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Thomsonite-Ca
 
Gatta G D, Kahlenberg V, Kaindl R, Rotiroti N, Cappelletti P, de Gennaro M
 
American Mineralogist 95 (2010) 495-502
Crystal structure and low-temperature behavior of "disordered" thomsonite
Locality: Terzigno, Somma-Vesuvius volcanic complex, Naples Province, Italy
T = 98.0 K
_database_code_amcsd 0005038
13.0603 13.0456 6.5981 90 90 90 Pbmn
atom      x      y      z  occ  Uiso U(1,1) U(2,2) U(3,3)  U(1,2)  U(1,3)  U(2,3)
Na   .05752      0 .27934 .676 .0066  .0069  .0073  .0056       0   .0010       0
CaNa .05752      0 .27934 .324 .0066  .0069  .0073  .0056       0   .0010       0
Ca       .5 .02656      0 .474 .0059  .0048  .0096  .0034       0   .0004       0
AlT1 .30955 .11932 .24222   .5 .0053  .0048  .0071  .0041  .00086 -.00012 -.00046
SiT1 .30955 .11932 .24222   .5 .0053  .0048  .0071  .0041  .00086 -.00012 -.00046
AlT2 .11617 .19432 .00348   .5 .0049  .0058  .0045  .0044 -.00081  .00119 -.00049
SiT2 .11617 .19432 .00348   .5 .0049  .0058  .0045  .0044 -.00081  .00119 -.00049
AlT3    .25    .25 .62166   .5 .0043  .0049  .0042  .0037  -.0006       0       0
SiT3    .25    .25 .62166   .5 .0043  .0049  .0042  .0037  -.0006       0       0
O1   .35713      0 .23256      .0076  .0064  .0080  .0085       0   .0006       0
O2   .18719 .12228 .16066      .0144  .0109  .0206  .0116  -.0034   .0021  -.0041
O3        0 .13719      0      .0096  .0077  .0101  .0110       0  -.0001       0
O4   .38882 .18421 .08607      .0147  .0211  .0106  .0126   .0030  -.0035  -.0011
O5   .31316 .16315 .48127      .0114  .0105  .0146  .0094   .0015   .0001   .0035
O6   .16354 .18953 .76774      .0109  .0145  .0100  .0083  -.0030  -.0005  -.0012
OW1  .12617      0  .6206 .947 .0161  .0183   .005  .0249       0  -.0079       0
OW2  .39103      0  .7239 .979 .0124  .0153  .0121  .0098       0  -.0050       0
OW3       0 .15273     .5 .923 .0170  .0135  .0118  .0257       0  -.0124       0
HW1   .1551  .0571   .677 .947  .047
HW2   .3736  .0561   .653 .979  .040
HW3   .0396  .1951   .561 .923  .042
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Gramaccioliite-(Y)
 
Orlandi P, Pasero M, Rotiroti N, Olmi F, Demartin F, Moelo Y
 
European Journal of Mineralogy 16 (2004) 171-175
Gramaccioliite-(Y), a new mineral of the crichtonite group from Stura Valley, Piedmont, Italy
Locality: the gneiss of the Hercynian Massif of Argentera at Sambuco, Italy
_database_code_amcsd 0007033
9.186 9.186 9.186 68.82 68.82 68.82 R-3
atom      x      y      z occ  Uiso U(1,1) U(2,2) U(3,3) U(1,2) U(1,3) U(2,3)
Pb0       0      0      0 .60 .0319  .0283  .0283  .0283 -.0035 -.0035 -.0035
Sr0       0      0      0 .30 .0319  .0283  .0283  .0283 -.0035 -.0035 -.0035
Y1       .5     .5     .5 .48 .0084  .0092  .0092  .0092 -.0033 -.0033 -.0033
Mn1      .5     .5     .5 .34 .0084  .0092  .0092  .0092 -.0033 -.0033 -.0033
Ce1      .5     .5     .5 .12 .0084  .0092  .0092  .0092 -.0033 -.0033 -.0033
U1       .5     .5     .5 .06 .0084  .0092  .0092  .0092 -.0033 -.0033 -.0033
Fe2   .3096  .3096  .3096     .0120  .0116  .0116  .0116 -.0027 -.0027 -.0027
Fe3   .3483  .1260  .0204     .0128  .0130  .0140  .0136 -.0035 -.0040 -.0058
Ti4   .3088  .7192  .1480     .0109  .0119  .0106  .0108 -.0035 -.0012 -.0048
Ti5   .4738  .0807  .6423     .0110  .0096  .0122  .0126 -.0038 -.0020 -.0047
O1     .302   .629   .377      .014
O2     .150   .238   .937      .011
O3     .919   .461   .302      .009
O4     .144   .515   .991      .009
O5     .386   .487   .137      .007
O6     .705   .242   .070      .011
O7    .2149  .2149  .2149      .012
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Mg3Si4O10(OH)2*H2O
 
Zanazzi P F, Comodi P, Nazzareni S, Rotiroti N, van Smaalen S
 
Physics and Chemistry of Minerals 34 (2007) 23-29
Behavior of 10-A phase at low temperatures
Sample: T = 293 K
_database_code_amcsd 0009050
5.3007 9.186 10.185 90 99.97 90 C2/m
atom     x     y     z occ  Uiso
Si   .5767 .1668 .2305     .0129
Mg1      0    .5    .5     .0131
Mg2      0 .8338    .5     .0132
O1   .8098 .2485 .1757     .0169
O2   .5555     0 .1756     .0168
O3   .6303 .1669 .3916     .0117
OH4  .1322     0 .3950     .0127
Wat5  .014     0  .026  .5  .030
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Mg3Si4O10(OH)2*H2O
 
Zanazzi P F, Comodi P, Nazzareni S, Rotiroti N, van Smaalen S
 
Physics and Chemistry of Minerals 34 (2007) 23-29
Behavior of 10-A phase at low temperatures
Sample: T = 116 K
_database_code_amcsd 0009051
5.3000 9.182 10.096 90 100.05 90 C2/m
atom     x     y     z occ Uiso
Si   .5753 .1665 .2284     .003
Mg1      0    .5    .5     .005
Mg2      0 .8337    .5     .005
O1   .8105 .2456 .1719     .007
O2   .5537     0 .1736     .009
O3   .6301 .1667 .3917     .006
OH4  .1310     0 .3922     .004
Wat5  .014     0  .031  .5 .025
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Molybdomenite
Download hom/molybdomenite.pdf
Pasero M, Rotiroti N
 
Neues Jahrbuch fur Mineralogie, Monatshefte 2003 (2003) 145-152
The crystal structure of molybdomenite, PbSeO3
Locality: El Dragon mine, Potosi, Bolivia
_database_code_amcsd 0014923
4.5437 5.5137 6.634 90 106.547 90 P2_1/m
atom     x    y     z U(1,1) U(2,2) U(3,3) U(1,2) U(1,3) U(2,3)
Pb   .6386  .25 .3011  .0283  .0284  .0257      0  .0109      0
Se   .0847  .75 .1634   .022   .021   .021      0  .0074      0
O1    .704  .75  .124   .025   .056   .049      0   .015      0
O2    .199 .512  .338   .033   .014   .030  -.002   .007   .002
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Total number of retrieved datasets: 24
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