American Mineralogist Crystal Structure Database

29 matching records for this search.

Brandholzite
Download hom/brandholzite.pdf
Friedrich A, Wildner M, Tillmanns E, Merz P L
Download am/vol85/AM85_593.pdf
American Mineralogist 85 (2000) 593-599
Crystal chemistry of the new mineral brandholzite, Mg(H2O)6[Sb(OH)6]2,
and of the synthetic analogues M(H2O)6[Sb(OH)6]2 (Me=Mg,Co)
_database_code_amcsd 0002426
16.119 16.119 9.868 90 90 120 P3
atom       x       y       z  Uiso
Sb1        0       0       0 .0109
Sb2      2/3     1/3 -.08211 .0107
Sb3      1/3     2/3  .00883 .0104
Sb4        0       0  .49757 .0103
Sb5      2/3     1/3  .42305 .0101
Sb6      1/3     2/3  .50490 .0100
Sb7   .32739 -.00737  .47077 .0113
Sb8   .66781  .00662  .45371 .0108
Mg1   .33825  .00882 -.03108 .0142
Mg2   .66274 -.00884 -.04466 .0149
H21     .528    .297    .555  .037
H22     .575    .185    .328  .037
H23     .271    .513    .607  .037
H24     .360    .806    .375  .037
H25     .286    .096    .356  .037
H26     .429    .149    .558  .037
H27     .474    .025    .349  .037
H28     .363   -.110    .597  .037
H29     .221   -.145    .358  .037
H30     .198   -.046    .595  .037
H31     .568    .050    .573  .037
H32     .704    .145    .308  .037
H33     .812    .116    .572  .037
H34     .769   -.042    .356  .037
H35     .643   -.134    .581  .037
H36     .514   -.096    .366  .037
H01     .017    .099   -.187  .037
H02     .101    .100    .181  .037
H03     .573    .239   -.263  .037
H04     .672    .239    .085  .037
H05     .329    .571    .196  .037
H06     .337    .771   -.182  .037
H071    .330    .150   -.122  .037
H072    .339    .118   -.222  .037
H081    .464    .169    .074  .037
H082    .433    .104    .178  .037
H091    .447    .010   -.228  .037
H092    .495    .090   -.153  .037
H101    .349   -.089    .169  .037
H102    .363   -.126    .040  .037
H111    .233   -.101   -.250  .037
H112    .205   -.146   -.131  .037
H121    .178   -.023    .051  .037
H122    .228   -.003    .170  .037
H131    .529    .012    .042  .037
H132    .568    .009    .153  .037
H141    .671    .106   -.229  .037
H142    .687    .154   -.114  .037
H151    .818    .060    .089  .037
H152    .765    .087    .156  .037
H161    .775    .009   -.244  .037
H162    .795   -.045   -.155  .037
H171    .576   -.162    .086  .037
H172    .654   -.109    .165  .037
H181    .500   -.136   -.158  .037
H182    .552   -.107   -.250  .037
H19     .033    .132    .372  .037
H20     .156    .096    .599  .037
O1     .0335   .1144  -.1107 .0176
O2     .1132   .0835   .1123 .0186
O3     .5822   .2204  -.1939 .0172
O4     .6962   .2494   .0283 .0170
O5     .3049   .5543   .1205 .0175
O6     .3635   .7805  -.1021 .0176
O7     .3147   .0983  -.1531 .0241
O8     .4311   .1157   .0942 .0277
O9     .4532   .0333  -.1505 .0204
O10    .3626  -.0845   .0861 .0208
O11    .2517  -.1062  -.1534 .0226
O12    .2227  -.0206   .0869 .0223
O13    .5762   .0190   .0784 .0233
O14    .6914   .1107  -.1570 .0207
O15    .7782   .0775   .0751 .0195
O16    .7547  -.0277  -.1709 .0218
O17    .6328  -.1266   .0706 .0231
O18    .5524  -.0982  -.1673 .0281
O19    .0648   .1141   .3770 .0157
O20    .1135   .0411   .6127 .0166
O21    .5522   .2693   .5424 .0154
O22    .6218   .2189   .3076 .0173
O23    .2648   .5522   .6189 .0174
O24    .3946   .7809   .3844 .0160
O25    .2607   .0407   .3524 .0193
O26    .3740   .1100   .5807 .0166
O27    .4435   .0564   .3556 .0163
O28    .3965  -.0510   .5901 .0182
O29    .2803  -.1236   .3575 .0183
O30    .2117  -.0734   .5860 .0173
O31    .6215   .0747   .5732 .0177
O32    .7343   .1190   .3335 .0164
O33    .7842   .0595   .5679 .0165
O34    .7100  -.0652   .3390 .0169
O35    .6074  -.1073   .5751 .0167
O36    .5500  -.0413   .3456 .0153
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View JMOL 3-D Structure
 
Co(H2O)6[Sb(OH)6]2
 
Friedrich A, Wildner M, Tillmanns E, Merz P L
Download am/vol85/AM85_593.pdf
American Mineralogist 85 (2000) 593-599
Crystal chemistry of the new mineral brandholzite, Mg(H2O)6[Sb(OH)6]2,
and of the synthetic analogues M(H2O)6[Sb(OH)6]2 (Me=Mg,Co)
_database_code_amcsd 0002427
16.105 16.105 9.851 90 90 120 P3
atom       x       y       z  Uiso
Sb1        0       0       0 .0107
Sb2      2/3     1/3 -.00850 .0116
Sb3      1/3     2/3 -.09218 .0118
Sb4        0       0  .49620 .0104
Sb5      2/3     1/3  .48833 .0119
Sb6      1/3     2/3  .41225 .0106
Sb7   .33208  .00551  .46350 .0125
Sb8   .66045 -.00523  .44466 .0100
Co1   .33755 -.00376 -.03589 .0165
Co2   .67454  .00358 -.05172 .0146
O1     .0295   .1136  -.1118 .0168
O2     .1115   .0847   .1127 .0183
O3     .7470   .2999  -.1210 .0196
O4     .7795   .4172   .1031 .0175
O5     .3625   .5827   .0196 .0189
O6     .3045   .7501  -.2062 .0205
O7     .3059   .0813  -.1649 .0222
O8     .4228   .1141   .0816 .0234
O9     .4526   .0231  -.1658 .0254
O10    .3565  -.0941   .0875 .0280
O11    .2466  -.1217  -.1602 .0210
O12    .2180  -.0302   .0812 .0206
O13    .5878   .0349   .0648 .0195
O14    .6962   .1165  -.1828 .0195
O15    .7944   .0933   .0617 .0248
O16    .7633  -.0207  -.1787 .0291
O17    .6451  -.1129   .0692 .0219
O18    .5535  -.0855  -.1688 .0180
O19    .0617   .1145   .3751 .0147
O20    .1146   .0457   .6099 .0172
O21    .7810   .3748   .6027 .0175
O22    .7155   .2681   .3667 .0160
O23    .2184   .6033   .5322 .0163
O24    .4479   .7357   .2973 .0175
O25    .2631   .0532   .3474 .0165
O26    .3816   .1210   .5767 .0166
O27    .4469   .0718   .3425 .0176
O28    .4038  -.0409   .5705 .0171
O29    .2805  -.1100   .3451 .0162
O30    .2189  -.0640   .5804 .0174
O31    .6077   .0577   .5575 .0170
O32    .7320   .1078   .3270 .0161
O33    .7746   .0488   .5639 .0181
O34    .7092  -.0744   .3336 .0162
O35    .5929  -.1200   .5623 .0180
O36    .5478  -.0516   .3216 .0168
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View JMOL 3-D Structure
 
Henritermierite
Download hom/henritermierite.pdf
Armbruster T, Kohler T, Libowitzky E, Friedrich A, Miletich R,
Kunz M, Medenbach O, Gutzmer J
Download am/vol86/AM86_147.pdf
American Mineralogist 86 (2001) 147-158
Structure, compressibility, hydrogen bonding, and dehydration of the tetragonal
Mn3+ hydrogarnet, henritermierite
Sample: T = 100 K
_database_code_amcsd 0002619
12.468 12.468 11.894 90 90 90 *I4_1/acd
.5 .25 .125
atom      x      y      z  occ Biso U(1,1) U(2,2) U(3,3) U(1,2)  U(1,3)  U(2,3)
Mn1       0      0      0 .967      .00299 .00320 .00265 .00041 -.00043 -.00043
Al1       0      0      0 .033      .00299 .00320 .00265 .00041 -.00043 -.00043
Ca1  .36177      0    .25            .0034  .0041  .0042      0       0 -.00074
Ca2       0    .25   .125           .00454 .00454  .0043 -.0011       0       0
Si1  .11595      0    .25            .0027  .0037  .0030      0       0  -.0004
O1   .29522 .71857 .09654            .0057  .0045  .0034 -.0005   .0002  -.0008
O2   .15985 .55463 .05400            .0047  .0050  .0049 -.0011   .0007   .0008
O3    .4427  .3601  .0219 .954       .0058  .0054  .0052 -.0006   .0013  -.0003
Si2      .5    .25   .125 .044   .4
H3     .432   .350   .083  .95  2.1
O3a    .454   .347   .030 .044  .79
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View JMOL 3-D Structure
 
Henritermierite
Download hom/henritermierite.pdf
Armbruster T, Kohler T, Libowitzky E, Friedrich A, Miletich R,
Kunz M, Medenbach O, Gutzmer J
Download am/vol86/AM86_147.pdf
American Mineralogist 86 (2001) 147-158
Structure, compressibility, hydrogen bonding, and dehydration of the tetragonal
Mn3+ hydrogarnet, henritermierite
Sample: T = 293 K
_database_code_amcsd 0002620
12.489 12.489 11.909 90 90 90 *I4_1/acd
.5 .25 .125
atom      x      y      z  occ Biso U(1,1) U(2,2) U(3,3)  U(1,2)  U(1,3)  U(2,3)
Mn1       0      0      0 .967      .00571 .00572 .00478  .00100 -.00063 -.00075
Al1       0      0      0 .033      .00571 .00572 .00478  .00100 -.00063 -.00075
Ca1  .36180      0    .25           .00605 .00740 .00775       0       0 -.00111
Ca2       0    .25   .125           .00918 .00918  .0072 -.00300       0       0
Si1  .11599      0    .25            .0045  .0057  .0046       0       0 -.00035
O1   .29485 .71842 .09651            .0094  .0070  .0056  -.0009   .0003  -.0011
O2   .15990 .55480 .05381            .0071  .0085  .0074  -.0018   .0008   .0012
O3   .44271 .36023 .02146 .947       .0093  .0071  .0083  -.0014   .0022  -.0007
Si2      .5    .25   .125 .047   .6
H3     .433   .354   .080  .95  4.6
O3a    .456   .346   .036 .044  .79
Download AMC data (View Text File)
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View JMOL 3-D Structure
 
Henritermierite
Download hom/henritermierite.pdf
Armbruster T, Kohler T, Libowitzky E, Friedrich A, Miletich R,
Kunz M, Medenbach O, Gutzmer J
Download am/vol86/AM86_147.pdf
American Mineralogist 86 (2001) 147-158
Structure, compressibility, hydrogen bonding, and dehydration of the tetragonal
Mn3+ hydrogarnet, henritermierite
Sample: P = 8.6 GPa
_database_code_amcsd 0002621
12.1577 12.1577 11.6919 90 90 90 *I4_1/acd
.5 .25 .125
atom      x      y      z  occ Biso B(1,1) B(2,2) B(3,3)  B(1,2)  B(1,3) B(2,3)
Mn1       0      0      0           .00133 .00149 .00164  .00018 -.00015 .00009
Ca1  .36427      0    .25           .00149 .00172 .00190       0       0 .00009
Ca2       0    .25   .125           .00172 .00172 .00173 -.00090       0      0
Si1  .11789      0    .25 .947  .74
O1   .29942 .71776 .09575       .91
O2   .15909 .55218 .05617       .86
O3   .44546 .35596 .02735       .76
Si2      .5    .25   .125 .047   .8
H3     .433   .354    .08  .95  5.0
Download AMC data (View Text File)
Download CIF data (View Text File)
Download diffraction data (View Text File)
View JMOL 3-D Structure
 
Henritermierite
Download hom/henritermierite.pdf
Armbruster T, Kohler T, Libowitzky E, Friedrich A, Miletich R,
Kunz M, Medenbach O, Gutzmer J
Download am/vol86/AM86_147.pdf
American Mineralogist 86 (2001) 147-158
Structure, compressibility, hydrogen bonding, and dehydration of the tetragonal
Mn hydrogarnet, henritermierite
Sample: T = 293 K after heating to 800 K
_database_code_amcsd 0002622
12.1225 12.1225 12.1225 90 90 90 Ia-3d
atom     x      y     z  occ Biso
Mn1      0      0     0      1.33
Mn2   .312   .062   3/8 .044  .79
Ca       0    .25  .125      1.42
Si1    3/8      0   .25  .81   .9
O    .4627 -.0487 .1540       2.0
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View JMOL 3-D Structure
 
Hydroxylclinohumite
 
Friedrich A, Lager G A, Kunz M, Chakoumakos B C, Smyth J R, Schultz A J
Download am/vol86/AM86_981.pdf
American Mineralogist 86 (2001) 981-989
Temperature-dependent single-crystal neutron diffraction study of natural
chondrodite and clinohumite
Sample from Val Malenco, Italy at T = 295 K
_database_code_amcsd 0002660
4.7344 10.286 13.713 101.042 90 90 P2_1/b
atom       x     y      z  occ  Uiso U(1,1) U(2,2) U(3,3) U(1,2) U(1,3) U(2,3)
Mg(1)c    .5     0     .5  .89 .0077  .0063  .0105  .0067 .00006 .00042  .0026
Fe(1)c    .5     0     .5  .11 .0077  .0063  .0105  .0067 .00006 .00042  .0026
Mg(1)n .4965 .9459 .27458  .89 .0080  .0040  .0119  .0078 .00017 .00093  .0008
Fe(1)n .4965 .9459 .27458  .11 .0080  .0040  .0119  .0078 .00017 .00093  .0008
Mg(2)5 .0137 .1399 .16997  .92 .0078  .0065  .0095  .0081 .00007 .00027  .0029
Fe(2)5 .0137 .1399 .16997  .08 .0078  .0065  .0095  .0081 .00007 .00027  .0029
Mg(2)6 .5103 .2504 .38774  .91 .0078  .0065  .0084  .0087 .00043 .00029  .0018
Fe(2)6 .5103 .2504 .38774  .09 .0078  .0065  .0084  .0087 .00043 .00029  .0018
Mg(3)  .4894 .8763  .0436  .65 .0066  .0059  .0065  .0091  .0020  .0005  .0052
Fe(3)  .4894 .8763  .0436  .12 .0066  .0059  .0065  .0091  .0020  .0005  .0052
Ti(3)  .4894 .8763  .0436 .227 .0066  .0059  .0065  .0091  .0020  .0005  .0052
Si1    .0730 .0666  .3899      .0062  .0027  .0092  .0070  .0005  .0005  .0022
Si2    .0757 .1765  .8349      .0063  .0031  .0085  .0074  .0002  .0005  .0013
O1,1   .7332 .0644  .3883      .0082  .0051  .0108  .0087  .0002  .0002  .0015
O1,2   .2805 .4204 .38773      .0073  .0048  .0086  .0089  .0001  .0001  .0025
O1,3   .2220 .1129 .29424      .0080  .0048  .0115  .0086  .0000  .0007  .0039
O1,4   .2205 .1588 .48682      .0083  .0064  .0099  .0081  .0001  .0001  .0006
O2,1   .2355 .3233 .16345      .0078  .0037  .0109  .0092  .0004  .0004  .0028
O2,2   .7774 .9680 .16351      .0082  .0061  .0091  .0100  .0004  .0002  .0028
O2,3   .7234 .2792  .2614      .0087  .0061  .0113  .0097  .0002  .0002  .0045
O2,4   .7245 .2285  .0692      .0090  .0068  .0111  .0084  .0003  .0013  .0001
O(H)   .2569 .0448  .0534      .0133  .0123  .0141  .0129  .0000  .0040  .0006
H       .081 .0124  .0115  .46 .0207  .0166  .0235  .0209  .0038  .0064  .0004
Download AMC data (View Text File)
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Hydroxylclinohumite
 
Friedrich A, Lager G A, Kunz M, Chakoumakos B C, Smyth J R, Schultz A J
Download am/vol86/AM86_981.pdf
American Mineralogist 86 (2001) 981-989
Temperature-dependent single-crystal neutron diffraction study of natural
chondrodite and clinohumite
Sample: from Val Malenco, Italy at T = 100 K
_database_code_amcsd 0002661
4.7282 10.273 13.702 101.004 90 90 P2_1/b
atom       x     y     z  occ  Uiso U(1,1) U(2,2) U(3,3) U(1,2) U(1,3) U(2,3)
Mg(1)c    .5     0    .5  .91 .0047  .0024  .0073  .0046  .0010  .0009  .0015
Fe(1)c    .5     0    .5  .09 .0047  .0024  .0073  .0046  .0010  .0009  .0015
Mg(1)n .4961 .9458 .2747  .89 .0053  .0036  .0081  .0044  .0000  .0001  .0013
Fe(1)n .4961 .9458 .2747  .11 .0053  .0036  .0081  .0044  .0000  .0001  .0013
Mg(2)5 .0139 .1400 .1699  .92 .0052  .0039  .0064  .0055  .0001  .0002  .0015
Fe(2)5 .0139 .1400 .1699  .08 .0052  .0039  .0064  .0055  .0001  .0002  .0015
Mg(2)6 .5097 .2501 .3880  .91 .0055  .0028  .0075  .0060  .0008  .0002  .0010
Fe(2)6 .5097 .2501 .3880  .09 .0055  .0028  .0075  .0060  .0008  .0002  .0010
Mg(3)  .4890 .8766 .0436  .65 .0040  .0048  .0025  .0053  .0013  .0007  .0019
Fe(3)  .4890 .8766 .0436  .13 .0040  .0048  .0025  .0053  .0013  .0007  .0019
Ti(3)  .4890 .8766 .0436 .227 .0040  .0048  .0025  .0053  .0013  .0007  .0019
Si1    .0736 .0673 .3900      .0049  .0026  .0070  .0052  .0008  .0000  .0013
Si2    .0760 .1764 .8351      .0048  .0027  .0070  .0044  .0003  .0001  .0002
O1,1   .7322 .0645 .3882      .0057  .0027  .0090  .0053  .0002  .0000  .0015
O1,2   .2801 .4203 .3879      .0063  .0048  .0069  .0075  .0004  .0010  .0020
O1,3   .2224 .1126 .2941      .0061  .0041  .0088  .0055  .0003  .0007  .0016
O1,4   .2212 .1585 .4866      .0060  .0032  .0085  .0060  .0009  .0003  .0005
O2,1   .2352 .3237 .1634      .0064  .0031  .0093  .0068  .0005  .0003  .0017
O2,2   .7769 .9683 .1632      .0061  .0043  .0081  .0063  .0000  .0002  .0020
O2,3   .7233 .2791 .2616      .0064  .0034  .0096  .0070  .0001  .0002  .0036
O2,4   .7256 .2281 .0691      .0068  .0056  .0079  .0068  .0001  .0018  .0005
O(H)   .2562 .0450 .0534      .0108  .0102  .0115  .0098  .0005  .0032  .0005
H       .082 .0114 .0110  .48 .0196  .0125  .0204  .0239  .0037  .0055  .0018
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Hydroxylclinohumite
 
Friedrich A, Lager G A, Kunz M, Chakoumakos B C, Smyth J R, Schultz A J
Download am/vol86/AM86_981.pdf
American Mineralogist 86 (2001) 981-989
Temperature-dependent single-crystal neutron diffraction study of natural
chondrodite and clinohumite
Sample: from Val Malenco, Italy at T = 20 K
_database_code_amcsd 0002662
4.7313 10.274 13.695 101.029 90 90 P2_1/b
atom       x     y     z  occ  Uiso U(1,1) U(2,2) U(3,3) U(1,2) U(1,3) U(2,3)
Mg(1)c    .5     0    .5  .91 .0044  .0026  .0068  .0042  .0003  .0001  .0017
Fe(1)c    .5     0    .5  .09 .0044  .0026  .0068  .0042  .0003  .0001  .0017
Mg(1)n .4966 .9457 .2747  .89 .0045  .0013  .0070  .0050  .0002  .0002  .0008
Fe(1)n .4966 .9457 .2747  .11 .0045  .0013  .0070  .0050  .0002  .0002  .0008
Mg(2)5 .0145 .1403 .1700  .92 .0046  .0024  .0065  .0054  .0001  .0007  .0024
Fe(2)5 .0145 .1403 .1700  .08 .0046  .0024  .0065  .0054  .0001  .0007  .0024
Mg(2)6 .5095 .2495 .3879  .93 .0044  .0021  .0060  .0052  .0002  .0004  .0013
Fe(2)6 .5095 .2495 .3879  .07 .0044  .0021  .0060  .0052  .0002  .0004  .0013
Mg(3)  .4890 .8766 .0437  .65 .0035  .0025  .0031  .0062  .0027  .0007  .0039
Fe(3)  .4890 .8766 .0437  .13 .0035  .0025  .0031  .0062  .0027  .0007  .0039
Ti(3)  .4890 .8766 .0437 .227 .0035  .0025  .0031  .0062  .0027  .0007  .0039
Si1    .0736 .0670 .3900      .0046  .0025  .0064  .0055  .0001  .0005  .0024
Si2    .0751 .1765 .8351      .0043  .0011  .0070  .0048  .0004  .0005  .0009
O1,1   .7323 .0643 .3882      .0054  .0024  .0073  .0064  .0002  .0003  .0009
O1,2   .2806 .4202 .3880      .0053  .0043  .0056  .0065  .0006  .0001  .0023
O1,3   .2221 .1127 .2941      .0061  .0033  .0085  .0066  .0005  .0003  .0019
O1,4   .2212 .1588 .4866      .0055  .0036  .0072  .0054  .0005  .0004  .0005
O2,1   .2350 .3234 .1633      .0055  .0015  .0078  .0079  .0013  .0005  .0027
O2,2   .7768 .9688 .1633      .0057  .0030  .0072  .0072  .0000  .0000  .0019
O2,3   .7236 .2792 .2615      .0058  .0027  .0086  .0072  .0004  .0002  .0043
O2,4   .7253 .2286 .0690      .0063  .0045  .0066  .0075  .0001  .0011  .0007
O(H)   .2563 .0450 .0534      .0107  .0095  .0121  .0103  .0005  .0034  .0011
H1      .083 .0126 .0114  .47 .0188  .0154  .0213  .0191  .0020  .0083  .0018
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Clinohumite
Download hom/clinohumite.pdf
Friedrich A, Lager G A, Kunz M, Chakoumakos B C, Smyth J R, Schultz A J
Download am/vol86/AM86_981.pdf
American Mineralogist 86 (2001) 981-989
Temperature-dependent single-crystal neutron diffraction study of natural
chondrodite and clinohumite
Sample: from Kukh-i-Lal, Pamir, Tadjikistan at T = 295 K
_database_code_amcsd 0002663
4.7404 10.2380 13.651 100.909 90 90 P2_1/b
atom       x      y      z  occ  Uiso U(1,1) U(2,2) U(3,3) U(1,2) U(1,3) U(2,3)
Mg(1)c    .5      0     .5      .0059  .0052  .0077  .0054 .00010 .00006 .00267
Mg(1)n .4973  .9463 .27416      .0059  .0052  .0070  .0049 .00019 .00026 .00003
Mg(2)5 .0109  .1401 .16985      .0061  .0065  .0058  .0065 .00013 .00016 .00221
Mg(2)6 .5085  .2502 .38824      .0058  .0058  .0054  .0064 .00012 .00021 .00126
Mg(3)  .4921  .8764  .0434 .896 .0048  .0055  .0046  .0049  .0002  .0009  .0023
Ti(3)  .4921  .8764  .0434 .104 .0048  .0055  .0046  .0049  .0002  .0009  .0023
Si1    .0730  .0664  .3896      .0042  .0036  .0049  .0041  .0001  .0009  .0010
Si2    .0764  .1769  .8352      .0038  .0024  .0048  .0042  .0002  .0001  .0006
O1,1   .7331  .0643 .38799      .0054  .0039  .0069  .0056 .00029 .00057 .00150
O1,2   .2785 .41952 .38773      .0056  .0056  .0049  .0065 .00066 .00038 .00158
O1,3   .2227  .1122 .29331      .0058  .0058  .0070  .0052 .00027 .00033 .00256
O1,4   .2217  .1586 .48644      .0058  .0052  .0066  .0052 .00084 .00002 .00007
O2,1   .2358  .3229 .16276      .0054  .0034  .0067  .0065 .00008 .00010 .00176
O2,2   .7778 .96863 .16281      .0061  .0068  .0052  .0064 .00020 .00016 .00126
O2,3   .7244  .2797 .26225      .0060  .0057  .0073  .0056 .00012 .00023 .00294
O2,4   .7274  .2274 .06980      .0061  .0057  .0064  .0056 .00004 .00120 .00032
O(H)   .2616  .0458 .05494  .44 .0082  .0090  .0076  .0085 .00085 .00340 .00188
H       .088  .0120  .0116  .40 .0209  .0164  .0240  .0203  .0042  .0060  .0017
F      .2616  .0458 .05495  .54 .0082  .0090  .0076  .0085 .00085  .0034 .00188
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Clinohumite
Download hom/clinohumite.pdf
Friedrich A, Lager G A, Kunz M, Chakoumakos B C, Smyth J R, Schultz A J
Download am/vol86/AM86_981.pdf
American Mineralogist 86 (2001) 981-989
Temperature-dependent single-crystal neutron diffraction study of natural
chondrodite and clinohumite
Sample: from Kukh-i-Lal, Pamir, Tadjikistan at T = 100 K
_database_code_amcsd 0002664
4.7366 10.226 13.636 100.904 90 90 P2_1/b
atom       x     y      z  occ  Uiso U(1,1) U(2,2) U(3,3) U(1,2) U(1,3) U(2,3)
Mg(1)c    .5     0     .5      .0033  .0027  .0049  .0028 .00000  .0002 .00201
Mg(1)n .4971 .9462 .27420      .0031  .0025  .0043  .0025 .00004  .0001 .00054
Mg(2)5 .0107 .1403 .16975      .0036  .0039  .0035  .0038 .00030  .0002 .00191
Mg(2)6 .5084 .2497 .38817      .0035  .0035  .0041  .0029 .00083  .0004 .00099
Mg(3)  .4921 .8768  .0435 .886 .0016  .0026  .0009  .0022 .00104  .0001 .00237
Ti(3)  .4921 .8768  .0435 .114 .0016  .0026  .0009  .0022 .00104  .0001 .00237
Si1    .0737 .0663  .3894      .0020  .0007  .0034  .0020  .0001  .0003  .0009
Si2    .0758 .1767  .8350      .0027  .0032  .0035  .0012  .0001  .0002  .0000
O1,1   .7338 .0642 .38791      .0031  .0028  .0037  .0030 .00010 .00003 .00144
O1,2   .2782 .4193 .38780      .0034  .0035  .0035  .0035 .00054 .00031 .00105
O1,3   .2231 .1122 .29322      .0033  .0037  .0035  .0029 .00030 .00079 .00089
O1,4   .2222 .1586 .48660      .0036  .0035  .0039  .0035 .00003 .00015 .00108
O2,1   .2347 .3228 .16275      .0031  .0022  .0038  .0034 .00008 .00061 .00094
O2,2   .7771 .9689 .16261      .0034  .0040  .0030  .0035 .00003 .00006 .00105
O2,3   .7251 .2797 .26241      .0036  .0043  .0040  .0028 .00011 .00076 .00148
O2,4   .7285 .2270 .06971      .0035  .0037  .0044  .0024 .00038 .00043 .00033
O(H)   .2620 .0459 .05503  .52 .0064  .0078  .0059  .0057 .00043 .00309 .00113
H       .088 .0118  .0118  .41 .0190  .0157  .0199  .0193  .0025  .0072  .0025
F      .2620 .0459 .05503  .49 .0064  .0078  .0059  .0057  .0004  .0031  .0011
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Clinohumite
Download hom/clinohumite.pdf
Friedrich A, Lager G A, Kunz M, Chakoumakos B C, Smyth J R, Schultz A J
Download am/vol86/AM86_981.pdf
American Mineralogist 86 (2001) 981-989
Temperature-dependent single-crystal neutron diffraction study of natural
chondrodite and clinohumite
Sample: from Kukh-i-Lal, Pamir, Tadjikistan at T = 20 K
_database_code_amcsd 0002665
4.7362 10.226 13.635 100.904 90 90 P2_1/b
atom       x     y      z  occ  Uiso U(1,1) U(2,2) U(3,3) U(1,2) U(1,3) U(2,3)
Mg(1)c    .5     0     .5      .0031  .0024  .0041  .0032 .00042 .00049 .00148
Mg(1)n .4974 .9463 .27424      .0032  .0030  .0043  .0023 .00023 .00047 .00058
Mg(2)5 .0108 .1403 .16970      .0035  .0038  .0037  .0031 .00091 .00021 .00117
Mg(2)6 .5086 .2495 .38812      .0033  .0036  .0032  .0033 .00044 .00057 .00115
Mg(3)  .4925 .8764  .0436 .892 .0020  .0027  .0015  .0024  .0004  .0005  .0021
Ti(3)  .4925 .8764  .0436 .108 .0020  .0027  .0015  .0024  .0004  .0005  .0021
Si1    .0735 .0663  .3892      .0022  .0018  .0030  .0022  .0003  .0006  .0014
Si2    .0756 .1766  .8350      .0023  .0025  .0027  .0017  .0002  .0000  .0004
O1,1   .7329 .0642 .38787      .0031  .0026  .0042  .0028 .00029  .0009 .00108
O1,2   .2785 .4193 .38777      .0035  .0037  .0040  .0032 .00015  .0002 .00142
O1,3   .2235 .1121 .29319      .0034  .0036  .0044  .0027 .00025  .0000 .00140
O1,4   .2227 .1586 .48637      .0037  .0045  .0037  .0029 .00040  .0005 .00037
O2,1   .2357 .3229 .16281      .0032  .0022  .0042  .0035 .00019  .0003 .00114
O2,2   .7777 .9688 .16277      .0033  .0041  .0030  .0031 .00019  .0003 .00095
O2,3   .7249 .2796 .26237      .0033  .0039  .0045  .0018 .00023  .0002 .00131
O2,4   .7279 .2271 .06967      .0034  .0033  .0035  .0033 .00010  .0004 .00001
O(H)   .2613 .0461 .05508  .52 .0060  .0077  .0051  .0054 .00047  .0028 .00094
H       .088 .0118  .0122  .42 .0205  .0140  .0245  .0216  .0031  .0058  .0002
F      .2613 .0461 .05508  .49 .0060  .0077  .0051  .0054  .0005  .0028 .00094
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Chondrodite
Download hom/chondrodite.pdf
Friedrich A, Lager G A, Kunz M, Chakoumakos B C, Smyth J R, Schultz A J
Download am/vol86/AM86_981.pdf
American Mineralogist 86 (2001) 981-989
Temperature-dependent single-crystal neutron diffraction study of natural
chondrodite and clinohumite
Sample from Tilley Foster Mine, Brewster, NY at T = 295 K
_database_code_amcsd 0002666
4.7401 10.2843 7.8831 109.097 90 90 P2_1/b
atom      x      y     z  occ  Uiso U(1,1) U(2,2) U(3,3) U(1,2) U(1,3) U(2,3)
Mg(1)    .5      0    .5 .880 .0089 .00643 .00867 .01003 .00046 .00028 .00184
Fe(1)    .5      0    .5 .120 .0089 .00643 .00867 .01003 .00046 .00028 .00184
Mg(2) .0104 .17356 .3072      .0078 .00628 .00694 .01029 .00027 .00016 .00299
Mg(3) .4921 .88631 .0792      .0088 .00784 .00850 .00961 .00005 .00039 .00289
Si1   .0760  .1442 .7040      .0067  .0034  .0073  .0089 .00003 .00029 .00250
O1    .7792 .00099 .2941      .0086 .00734 .00758 .01077 .00008 .00016 .00323
O2    .7268 .24079 .1251      .0087 .00645 .00786 .00997 .00016 .00067 .00112
O3    .2238 .16899 .5286      .0090 .00687 .01006 .00995 .00029 .00020 .00414
O4    .2646 .85471 .2946      .0086 .00505 .00926 .01092 .00008 .00002 .00306
O(H)  .2593 .05668 .0988 .430 .0114 .01050 .00973 .01374 .00166 .00327 .00402
H     .0895  .0138 .0190 .430 .0269  .0145  .0304  .0280  .0045  .0067  .0029
F     .2593 .05668 .0988 .570 .0114 .01050 .00973 .01374 .00166 .00327 .00402
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Chondrodite
Download hom/chondrodite.pdf
Friedrich A, Lager G A, Kunz M, Chakoumakos B C, Smyth J R, Schultz A J
Download am/vol86/AM86_981.pdf
American Mineralogist 86 (2001) 981-989
Temperature-dependent single-crystal neutron diffraction study of natural
chondrodite and clinohumite
Sample: from Tilley Foster Mine, Brewster, NY at T = 100 K
_database_code_amcsd 0002667
4.7345 10.2674 7.8716 109.060 90 90 P2_1/b
atom      x      y     z  occ  Uiso U(1,1) U(2,2) U(3,3) U(1,2) U(1,3) U(2,3)
Mg(1)    .5      0    .5  .89 .0060 .00568 .00538 .00548 .00019 .00001 .00048
Fe(1)    .5      0    .5  .11 .0060 .00568 .00538 .00548 .00019 .00001 .00048
Mg(2) .0102 .17377 .3069      .0054 .00476 .00497 .00568 .00002 .00031 .00114
Mg(3) .4924 .88658 .0794      .0066 .00622 .00624 .00638 .00012 .00012 .00154
Si1   .0758  .1442 .7041      .0054  .0039  .0055  .0055 .00010 .00007 .00091
O1    .7788 .00120 .2940      .0066 .00635 .00599 .00680 .00004 .00018 .00169
O2    .7272 .24065 .1252      .0066 .00572 .00582 .00642 .00004 .00060 .00024
O3    .2239 .16886 .5284      .0069 .00614 .00737 .00642 .00020 .00008 .00218
O4    .2649 .85492 .2948      .0066 .00475 .00695 .00683 .00023 .00004 .00147
O(H)  .2590 .05679 .0987 .432 .0086 .00875 .00748 .00862 .00091 .00240 .00207
H     .0885  .0135 .0194 .432 .0218  .0118  .0258  .0215  .0035  .0052  .0027
F     .2590 .05679 .0987 .568 .0086 .00875 .00748 .00862 .00091 .00240 .00207
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Chondrodite
Download hom/chondrodite.pdf
Friedrich A, Lager G A, Kunz M, Chakoumakos B C, Smyth J R, Schultz A J
Download am/vol86/AM86_981.pdf
American Mineralogist 86 (2001) 981-989
Temperature-dependent single-crystal neutron diffraction study of natural
chondrodite and clinohumite
Sample from Tilley Foster Mine, Brewster, NY at T = 10 K
_database_code_amcsd 0002668
4.7321 10.2641 7.8673 109.052 90 90 P2_1/b
atom      x      y     z  occ  Uiso U(1,1) U(2,2) U(3,3) U(1,2) U(1,3) U(2,3)
Mg(1)    .5      0    .5  .89 .0055 .00398 .00584 .00492 .00006 .00005 .00021
Fe(1)    .5      0    .5  .11 .0055 .00398 .00584 .00492 .00006 .00005 .00021
Mg(2) .0102 .17382 .3069      .0050 .00345 .00476 .00582 .00036 .00030 .00095
Mg(3) .4925 .88651 .0795      .0060 .00501 .00612 .00599 .00044 .00038 .00127
Si1   .0761  .1443 .7041      .0048  .0034  .0050  .0052 .00021 .00025 .00094
O1    .7789 .00113 .2939      .0061 .00528 .00586 .00650 .00000 .00001 .00153
O2    .7273 .24056 .1251      .0061 .00456 .00592 .00612 .00040 .00068 .00024
O3    .2241 .16887 .5284      .0063 .00483 .00708 .00617 .00011 .00018 .00195
O4    .2651 .85480 .2947      .0063 .00425 .00684 .00668 .00023 .00027 .00143
O(H)  .2590 .05677 .0987 .422 .0080 .00788 .00694 .00832 .00094 .00235 .00185
H     .0896  .0139 .0192 .422 .0201  .0100  .0232  .0200  .0029  .0034  .0003
F     .2590 .05677 .0987 .578 .0080 .00788 .00694  .0083 .00094 .00235 .00185
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Chondrodite
Download hom/chondrodite.pdf
Friedrich A, Lager G A, Ulmer P, Kunz M, Marshall W G
Download am/vol87/AM87_931.pdf
American Mineralogist 87 (2002) 931-939
High-pressure single-crystal X-ray and powder neutron study of
F,OH/OD-chondrodite: Compressibility, structure, and hydrogen bonding
Sample: P = 0.0001 GPa, X-ray
_database_code_amcsd 0002860
4.7328 10.2765 7.8760 109.081 90 90 P2_1/b
atom     x     y     z occ  Uiso
MgM1   1/2     0   1/2 .90  .009
FeM1   1/2     0   1/2 .10  .009
MgM2 .0115 .1731 .3076      .008
MgM3 .4922 .8868 .0783      .010
Si   .0773 .1432 .7051     .0085
O1    .782 -.001  .295      .013
O2    .727  .243  .125      .011
O3    .223  .165  .532      .013
O4    .266  .852  .296      .013
OH5   .261  .056  .100 .42  .014
F5    .261  .056  .100 .58  .014
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Chondrodite
Download hom/chondrodite.pdf
Friedrich A, Lager G A, Ulmer P, Kunz M, Marshall W G
Download am/vol87/AM87_931.pdf
American Mineralogist 87 (2002) 931-939
High-pressure single-crystal X-ray and powder neutron study of
F,OH/OD-chondrodite: Compressibility, structure, and hydrogen bonding
Sample: P = 4.952 GPa, X-ray
_database_code_amcsd 0002861
4.6881 10.1222 7.7660 108.989 90 90 P2_1/b
atom     x     y     z occ Uiso
MgM1   1/2     0   1/2 .90 .010
FeM1   1/2     0   1/2 .10 .010
MgM2 .0097 .1746 .3054     .008
MgM3 .4917 .8871 .0791     .009
Si   .0760 .1441 .7045     .008
O1    .780  .000 .2936     .014
O2    .729  .241  .125     .011
O3    .225  .167 .5286     .014
O4   .2678  .854  .293     .013
OH5  .2581  .057 .0985 .42 .014
F5   .2581  .057 .0985 .58 .014
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Chondrodite
Download hom/chondrodite.pdf
Friedrich A, Lager G A, Ulmer P, Kunz M, Marshall W G
Download am/vol87/AM87_931.pdf
American Mineralogist 87 (2002) 931-939
High-pressure single-crystal X-ray and powder neutron study of
F,OH/OD-chondrodite: Compressibility, structure, and hydrogen bonding
Sample: P = 9.550 GPa, X-ray
_database_code_amcsd 0002862
4.65459 10.0033 7.6828 108.939 90 90 P2_1/b
atom     x     y     z occ Uiso
MgM1   1/2     0   1/2 .90 .010
FeM1   1/2     0   1/2 .10 .010
MgM2 .0106 .1748 .3054     .009
MgM3 .4924 .8885 .0800     .010
Si   .0754 .1444 .7038     .010
O1    .778  .001  .296     .014
O2   .7306  .239  .123     .010
O3    .228  .169  .526     .013
O4   .2694  .853  .295     .013
OH5  .2581  .056 .0983 .42 .015
F5   .2581  .056 .0983 .58 .015
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Chondrodite
Download hom/chondrodite.pdf
Friedrich A, Lager G A, Ulmer P, Kunz M, Marshall W G
Download am/vol87/AM87_931.pdf
American Mineralogist 87 (2002) 931-939
High-pressure single-crystal X-ray and powder neutron study of
F,OH/OD-chondrodite: Compressibility, structure, and hydrogen bonding
Sample: P = 1.26 GPa, Neutron
_database_code_amcsd 0002863
4.7179 10.2247 7.8290 109.01 90 90 P2_1/b
atom     x     y     z occ  Uiso
MgM1   1/2     0   1/2     .0025
MgM2  .013 .1748  .306     .0025
MgM3  .495 .8870 .0796     .0025
Si   .0772 .1417  .703      .006
O1    .775 .0017  .297     .0049
O2    .732 .2419  .124     .0049
O3    .225 .1681  .528     .0049
O4    .267 .8570  .296     .0049
O5    .263  .058  .103 .45  .008
F5    .263  .058  .103 .55  .008
D     .108  .022  .019 .45  .040
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Chondrodite
Download hom/chondrodite.pdf
Friedrich A, Lager G A, Ulmer P, Kunz M, Marshall W G
Download am/vol87/AM87_931.pdf
American Mineralogist 87 (2002) 931-939
High-pressure single-crystal X-ray and powder neutron study of
F,OH/OD-chondrodite: Compressibility, structure, and hydrogen bonding
Sample: P = 2.89 GPa, Neutron
_database_code_amcsd 0002864
4.7024 10.1742 7.7938 109.00 90 90 P2_1/b
atom     x     y     z occ  Uiso
MgM1   1/2     0   1/2     .0034
MgM2  .010 .1748  .305     .0034
MgM3  .501 .8860  .079     .0034
Si   .0767 .1410  .706      .004
O1    .774 .0034  .299     .0063
O2    .729 .2394  .124     .0063
O3    .223 .1695  .530     .0063
O4    .266 .8578  .300     .0063
O5    .263  .059  .106 .45  .002
F5    .263  .059  .106 .55  .002
D     .103  .022  .020 .45  .030
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Chondrodite
Download hom/chondrodite.pdf
Friedrich A, Lager G A, Ulmer P, Kunz M, Marshall W G
Download am/vol87/AM87_931.pdf
American Mineralogist 87 (2002) 931-939
High-pressure single-crystal X-ray and powder neutron study of
F,OH/OD-chondrodite: Compressibility, structure, and hydrogen bonding
Sample: P = 3.87 GPa, Neutron
_database_code_amcsd 0002865
4.6939 10.1458 7.7722 108.98 90 90 P2_1/b
atom     x     y     z occ  Uiso
MgM1   1/2     0   1/2     .0013
MgM2  .011 .1746 .3050     .0013
MgM3  .493 .8858 .0786     .0013
Si   .0769 .1407  .704      .003
O1    .771 .0022  .295     .0052
O2    .731 .2413  .124     .0052
O3    .227 .1685 .5278     .0052
O4   .2676 .8565  .297     .0052
O5    .262  .059  .103 .45  .006
F5    .262  .059  .103 .55  .006
D     .099  .021  .024 .45  .031
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Chondrodite
Download hom/chondrodite.pdf
Friedrich A, Lager G A, Ulmer P, Kunz M, Marshall W G
Download am/vol87/AM87_931.pdf
American Mineralogist 87 (2002) 931-939
High-pressure single-crystal X-ray and powder neutron study of
F,OH/OD-chondrodite: Compressibility, structure, and hydrogen bonding
Sample: P = 5.27 GPa, Neutron
_database_code_amcsd 0002866
4.6827 10.1055 7.7449 108.98 90 90 P2_1/b
atom     x     y     z occ  Uiso
MgM1   1/2     0   1/2     .0022
MgM2  .011 .1750  .303     .0022
MgM3  .494 .8864 .0781     .0022
Si   .0775 .1409  .702      .001
O1    .773 .0022  .296     .0052
O2    .729 .2411  .123     .0052
O3    .227 .1692  .525     .0052
O4    .268 .8565  .296     .0052
O5    .264 .0572  .101 .45  .002
F5    .264 .0572  .101 .55  .002
D     .105  .015  .024 .45  .038
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Chondrodite
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Friedrich A, Lager G A, Ulmer P, Kunz M, Marshall W G
Download am/vol87/AM87_931.pdf
American Mineralogist 87 (2002) 931-939
High-pressure single-crystal X-ray and powder neutron study of
F,OH/OD-chondrodite: Compressibility, structure, and hydrogen bonding
Sample: P = 7.04 GPa, Neutron
_database_code_amcsd 0002867
4.6688 10.0589 7.7127 108.98 90 90 P2_1/b
atom     x     y     z occ  Uiso
Mg1    1/2     0   1/2     .0007
Mg2   .012 .1746  .304     .0007
Mg3   .497 .8878 .0787     .0007
Si   .0770 .1419  .705      .001
O1    .774 .0028  .294     .0030
O2    .735 .2391  .123     .0030
O3    .225 .1696  .525     .0030
O4    .268 .8565  .295     .0030
O5    .261  .057  .100 .45  .006
F5    .261  .057  .100 .55  .006
D     .102  .021  .027 .45  .037
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Co(H2O)6[Sb(OH)6]2
 
Friedrich A, Mazzi F, Wildner M, Tillmanns E
Download am/vol88/AM88_462.pdf
American Mineralogist 88 (2003) 462-463
Isotypism of Co(H2O)6[Sb(OH)6]2 with brandholzite and bottinoite
_database_code_amcsd 0002989
16.105 16.105 9.851 90 90 120 P3
atom      x       y       z  Uiso
Sb1       0       0  .00000 .0116
Sb2     2/3     1/3 -.08368 .0118
Sb3     1/3     2/3  .00850 .0107
Co1  .33709  .00798 -.02739 .0165
Co2  .66237 -.00787 -.04322 .0146
O1    .0334   .1138  -.1125 .0196
O2    .1128   .0839   .1116 .0175
O3    .5832   .2211  -.1977 .0205
O4    .6958   .2494   .0281 .0189
O5    .3035   .5522   .1212 .0183
O6    .3628   .7803  -.1033 .0168
O7    .3102   .0962  -.1573 .0254
O8    .4274   .1173   .0960 .0280
O9    .4550   .0350  -.1517 .0210
O10   .3635  -.0851   .0897 .0206
O11   .2520  -.1087  -.1564 .0222
O12   .2193  -.0246   .0901 .0234
O13   .5753   .0216   .0777 .0219
O14   .6943   .1132  -.1603 .0180
O15   .7804   .0789   .0733 .0195
O16   .7536  -.0295  -.1743 .0195
O17   .6322  -.1277   .0702 .0248
O18   .5493  -.0966  -.1702 .0291
Sb4       0       0  .49683 .0119
Sb5     2/3     1/3  .42075 .0106
Sb6     1/3     2/3  .50470 .0104
Sb7  .32782 -.00676  .47200 .0125
Sb8  .66765  .00622  .45316 .0100
O19   .0652   .1141   .3752 .0160
O20   .1143   .0415   .6112 .0175
O21   .5517   .2670   .5407 .0163
O22   .6211   .2188   .3058 .0175
O23   .2644   .5521   .6184 .0172
O24   .3950   .7812   .3836 .0147
O25   .2615   .0418   .3510 .0176
O26   .3742   .1114   .5790 .0171
O27   .4433   .0572   .3536 .0162
O28   .3973  -.0504   .5889 .0174
O29   .2801  -.1234   .3559 .0165
O30   .2123  -.0727   .5852 .0166
O31   .6204   .0738   .5708 .0180
O32   .7339   .1189   .3301 .0168
O33   .7833   .0590   .5660 .0170
O34   .7091  -.0653   .3355 .0161
O35   .6075  -.1079   .5724 .0181
O36   .5497  -.0425   .3421 .0162
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Diaspore
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Friedrich A, Wilson D J, Haussuhl E, Winkler B, Morgenroth W, Refson K, Milman V
 
Physics and Chemistry of Minerals 34 (2007) 145-157
High-pressure properties of diaspore, AlO(OH)
Sample: p = 2.0 GPa
_database_code_amcsd 0009052
4.374 9.39 2.833 90 90 90 Pbnm
atom     x     y   z Uiso
Al   .0452 .8558 .25 .002
O1   .7104 .1994 .25 .002
O2    .199 .0536 .25 .003
H      .40   .10 .25  .03
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Diaspore
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Friedrich A, Wilson D J, Haussuhl E, Winkler B, Morgenroth W, Refson K, Milman V
 
Physics and Chemistry of Minerals 34 (2007) 145-157
High-pressure properties of diaspore, AlO(OH)
Sample: p = 3.41 GPa
_database_code_amcsd 0009053
4.354 9.369 2.8281 90 90 90 Pbnm
atom     x     y   z Uiso
Al   .0448 .8568 .25 .009
O1    .709  .200 .25 .009
O2    .200  .055 .25 .008
H      .39   .10 .25  .03
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Diaspore
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Friedrich A, Wilson D J, Haussuhl E, Winkler B, Morgenroth W, Refson K, Milman V
 
Physics and Chemistry of Minerals 34 (2007) 145-157
High-pressure properties of diaspore, AlO(OH)
Sample: p = 4.89 GPa
_database_code_amcsd 0009054
4.335 9.34 2.820 90 90 90 Pbnm
atom     x     y   z Uiso
Al   .0451 .8563 .25 .004
O1   .7080  .198 .25 .004
O2   .2010  .053 .25 .004
H      .39   .10 .25  .05
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Diaspore
Download hom/diaspore.pdf
Friedrich A, Wilson D J, Haussuhl E, Winkler B, Morgenroth W, Refson K, Milman V
 
Physics and Chemistry of Minerals 34 (2007) 145-157
High-pressure properties of diaspore, AlO(OH)
Sample: p = 5.71 GPa
_database_code_amcsd 0009055
4.328 9.336 2.818 90 90 90 Pbnm
atom     x     y   z Uiso
Al   .0452 .8568 .25 .003
O1   .7080  .198 .25 .003
O2   .2008  .054 .25 .004
H      .38   .11 .25  .09
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Diaspore
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Friedrich A, Wilson D J, Haussuhl E, Winkler B, Morgenroth W, Refson K, Milman V
 
Physics and Chemistry of Minerals 34 (2007) 145-157
High-pressure properties of diaspore, AlO(OH)
Sample: p = 7.1 GPa
_database_code_amcsd 0009056
4.315 9.32 2.812 90 90 90 Pbnm
atom     x     y   z Uiso
Al   .0447 .8572 .25 .003
O1   .7069 .1975 .25 .004
O2   .2005 .0535 .25 .004
H      .35   .12 .25  .03
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Total number of retrieved datasets: 29
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