Nekoite
	Alberti A, Galli E
	American Mineralogist 65 (1980) 1270-1276
	The structure of nekoite, Ca3Si6O15*7H2O, a new type of sheet silicate
	Locality: Caxias do Sul, Rio Grande do Sul, Brazil
	7.588 9.793 7.339 111.77 103.50 86.53 P1
	atom x y z Biso B(1,1) B(2,2) B(3,3) B(1,2) B(1,3) B(2,3)
	Ca1 .5366 .1658 .4731 0.0136 0.0010 0.0075 0.0002 0.0013 0.0006
	Ca2 .4671 -.1608 .5595 0.0133 0.0012 0.0068 0.0008 0.0024 0.0008
	Ca3 .4493 -.1628 .0297 0.0138 0.0002 0.0072 0.0011 0.0016 0.0012
	Si1 .1572 .1374 .0791 0.9
	Si2 -.1287 -.1229 -.0428 1.7
	Si3 -.1380 -.1058 .3978 1.0
	Si4 .1602 .1414 .6624 1.2
	Si5 .1802 .3783 .4897 1.2
	Si6 .0695 .7051 .6358 1.3
	O1 -.0218 .0291 -.0046 2.5
	O2 .1023 .2796 .2485 2.2
	O3 -.0366 -.2616 -.1835 2.1
	O4 .3357 .0605 .1573 2.6
	O5 -.3354 -.1078 -.1182 2.1
	O6 -.0921 -.1487 .1810 2.9
	O7 .1717 .1939 -.0926 1.7
	O8 -.0323 .0384 .5439 2.6
	O9 -.0697 -.2401 .4612 1.5
	O10 .1169 .2931 .6219 1.4
	O11 -.3558 -.0813 .3768 1.5
	O12 .3313 .0589 .5923 2.3
	O13 .0751 .5289 .5339 1.6
	O14 .3995 .3923 .5464 2.2
	O15 .2543 .7873 .7148 3.7
	Wat1 .5054 -.4210 -.0770 3.9
	Wat2 .5499 -.4132 .4586 4.9
	Wat3 .7084 .2084 .8207 8.0
	Wat4 .7141 .2183 .2877 7.4
	Wat5 .0825 .5093 .0357 6.7
	Wat6 .7598 .4588 .1661 5.2
	Wat7 .2745 -.2432 .2251 2.2
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	Terranovaite
	Galli E, Quartieri S, Vezzalini G, Alberti A, Franzini M
	American Mineralogist 82 (1997) 423-429
	Terranovaite from Antarctica: A new 'pentasil' zeolite
	9.747 23.880 20.068 90 90 90 Cmcm
	atom x y z occ Biso
	Si1 0 .4524 .3281 .85 1.01
	Al1 0 .4524 .3281 .15 1.01
	Si2 0 .5440 .4396 .85 1.18
	Al2 0 .5440 .4396 .15 1.18
	Si3 .7919 .3604 .3728 .85 1.28
	Al3 .7919 .3604 .3728 .15 1.28
	Si4 .7917 .6392 .4694 .85 1.13
	Al4 .7917 .6392 .4694 .15 1.13
	Si5 0 .1806 .4414 .85 1.07
	Al5 0 .1806 .4414 .15 1.07
	Si6 0 .7321 .4365 .85 1.01
	Al6 0 .7321 .4365 .15 1.01
	Si7 0 .2697 .3272 .85 1.15
	Al7 0 .2697 .3272 .15 1.15
	Si8 0 .8252 .3289 .85 1.02
	Al8 0 .8252 .3289 .15 1.02
	O1 0 .4692 .25 3.41
	O2 0 .5113 .3679 3.97
	O3 .1367 .4160 .3453 3.74
	O4 0 .5 .5 5.66
	O5 .8630 .5836 .4415 3.97
	O6 .1958 .3683 .4512 5.04
	O7 .6325 .3623 .3488 3.16
	O8 .8661 .3057 .3415 3.47
	O9 .3663 .6374 .4453 2.34
	O10 .8655 .6932 .4377 3.03
	O11 0 .2124 .3685 2.93
	O12 0 .7751 .4970 3.09
	O13 0 .7648 .3656 2.39
	O14 0 .2515 .25 3.28
	O15 0 .8123 .25 4.01
	Na1 0 .0458 .4442 .05 .7
	Ca1 0 .0458 .4442 .05 .7
	Wat1 0 .0458 .4442 .37 .7
	Na2 0 .0403 .25 .08 1.6
	Ca2 0 .0403 .25 .08 1.6
	Wat2 0 .0403 .25 .56 1.6
	Na3 .3578 .4603 .25 .11 9.2
	Ca3 .3578 .4603 .25 .11 9.2
	Wat3 .3578 .4603 .25 .76 9.2
	Na4 .1457 .0399 .3495 .08 9.5
	Ca4 .1457 .0399 .3495 .08 9.5
	Wat4 .1457 .0399 .3495 .58 9.5
	Na5 0 .6982 .25 .06 9.5
	Ca5 0 .6982 .25 .06 9.5
	Wat5 0 .6982 .25 .44 9.5
	Na6 0 .9509 .4405 .06 9.5
	Ca6 0 .9509 .4405 .06 9.5
	Wat6 0 .9509 .4405 .44 9.5
	Na7 .9089 .1288 .25 .06 9.5
	Ca7 .9089 .1288 .25 .06 9.5
	Wat7 .9089 .1288 .25 .44 9.5
	Na8 .3519 .4804 .4598 .04 8.2
	Ca8 .3519 .4804 .4598 .04 8.2
	Wat8 .3519 .4804 .4598 .29 8.2
	Na9 0 .9651 .3547 .03 4.1
	Ca9 0 .9651 .3547 .03 4.1
	Wat9 0 .9651 .3547 .20 4.1
	Na10 0 .5972 .25 .06 11.8
	Ca10 0 .5972 .25 .06 11.8
	Wat10 0 .5972 .25 .44 11.8
	Na11 .3056 .1983 .25 .05 9.5
	Ca11 .3056 .1983 .25 .05 9.5
	Wat11 .3056 .1983 .25 .37 9.5
	Na12 .1901 .0815 .1907 .02 8.7
	Ca12 .1901 .0815 .1907 .02 8.7
	Wat12 .1901 .0815 .1907 .16 8.7
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	Albite
	Meneghinello E, Alberti A, Cruciani G
	American Mineralogist 84 (1999) 1144-1151
	Order-disorder process in the tetrahedral sites af albite
	Sample: untreated
	Note: this sample of feldspar is from Stintino, Sardinia, Italy
	8.133 12.773 7.159 94.23 116.64 87.72 C-1
	atom x y z occ U(1,1) U(2,2) U(3,3) U(1,2) U(1,3) U(2,3)
	Allo .0090 .1684 .2085 .96 .0089 .0080 .0070 -.0013 .0042 .0005
	Silo .0090 .1684 .2085 .04 .0089 .0080 .0070 -.0013 .0042 .0005
	Silm .0039 .8205 .2373 .97 .0080 .0073 .0063 .0010 .0038 .0011
	Allm .0039 .8205 .2373 .03 .0080 .0073 .0063 .0010 .0038 .0011
	Si2o .6917 .1103 .3150 .0078 .0061 .0083 -.0008 .0034 .0006
	Si2m .6815 .8818 .3608 .99 .0071 .0063 .0084 .0005 .0038 .0013
	Al2m .6815 .8818 .3608 .01 .0071 .0063 .0084 .0005 .0038 .0013
	Na .2681 .9888 .1462 .0152 .0476 .0320 -.0053 .0093 -.0219
	OA1 .0045 .1310 .9663 .0196 .0120 .0079 .0001 .0083 .0014
	OA2 .5912 .9973 .2805 .0077 .0066 .0112 .0000 .0034 .0018
	OBo .8126 .1095 .1907 .0126 .0142 .0174 -.0037 .0105 -.0011
	OBm .8201 .8509 .2591 .0147 .0160 .0243 .0048 .0139 .0037
	OCo .0131 .3021 .2698 .0113 .0086 .0154 -.0020 .0063 -.0010
	OCm .0239 .6937 .2288 .0122 .0081 .0145 .0023 .0051 .0025
	ODo .2074 .1091 .3891 .0128 .0132 .0081 .0012 .0023 .0018
	ODm .1832 .8678 .4365 .0141 .0136 .0095 -.0025 .0000 -.0004
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	Albite
	Meneghinello E, Alberti A, Cruciani G
	American Mineralogist 84 (1999) 1144-1151
	Order-disorder process in the tetrahedral sites af albite
	Sample: 1050-3d
	Note: this sample of feldspar is from Stintino, Sardinia, Italy
	8.141 12.795 7.145 94.04 116.56 87.98 C-1
	atom x y z occ U(1,1) U(2,2) U(3,3) U(1,2) U(1,3) U(2,3)
	Al1o .0088 .1690 .2090 .91 .0101 .0095 .0082 -.0015 .0045 .0008
	Si1o .0088 .1690 .2090 .09 .0101 .0095 .0082 -.0015 .0045 .0008
	Si1m .0039 .8200 .2366 .96 .0090 .0088 .0073 .0009 .0041 .0014
	Al1m .0039 .8200 .2366 .04 .0090 .0088 .0073 .0009 .0041 .0014
	Si2o .6921 .1104 .3159 .98 .0089 .0082 .0094 -.0002 .0038 .0010
	Al2o .6921 .1104 .3159 .02 .0089 .0082 .0094 -.0002 .0038 .0010
	Si2m .6825 .8816 .3600 .97 .0086 .0082 .0098 .0006 .0042 .0016
	Al2m .6825 .8816 .3600 .03 .0086 .0082 .0098 .0006 .0042 .0016
	Na .2691 .9898 .1460 .0150 .0592 .0355 -.0045 .0087 -.0262
	OA1 .0048 .1320 .9681 .0206 .0156 .0092 -.0002 .0079 .0012
	OA2 .5935 .9971 .2807 .0101 .0090 .0138 .0000 .0045 .0027
	OBo .8134 .1108 .1911 .0144 .0168 .0195 -.0039 .0112 -.0005
	OBm .8205 .8513 .2573 .0158 .0189 .0246 .0043 .0135 .0014
	OCo .0142 .3017 .2705 .0128 .0112 .0167 -.0024 .0062 -.0008
	OCm .0240 .6933 .2296 .0126 .0101 .0150 .0026 .0037 .0018
	ODo .2059 .1094 .3885 .0147 .0157 .0101 .0007 .0028 .0018
	ODm .1833 .8684 .4345 .0162 .0159 .0113 -.0025 .0010 -.0014
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	Albite
	Meneghinello E, Alberti A, Cruciani G
	American Mineralogist 84 (1999) 1144-1151
	Order-disorder process in the tetrahedral sites af albite
	Sample: 1060-6d
	Note: this sample of feldspar is from Stintino, Sardinia, Italy
	8.170 12.811 7.141 93.79 116.53 88.09 C-1
	atom x y z occ U(1,1) U(2,2) U(3,3) U(1,2) U(1,3) U(2,3)
	Al1o .0091 .1692 .2102 .84 .0121 .0097 .0094 -.0029 .0058 .0004
	Si1o .0091 .1692 .2102 .16 .0121 .0097 .0094 -.0029 .0058 .0004
	Si1m .0042 .8194 .2356 .93 .0108 .0097 .0085 .0013 .0052 .0011
	Al1m .0042 .8194 .2356 .07 .0108 .0097 .0085 .0013 .0052 .0011
	Si2o .6930 .1109 .3179 .95 .0110 .0075 .0111 -.0009 .0050 .0006
	Al2o .6930 .1109 .3179 .05 .0110 .0075 .0111 -.0009 .0050 .0006
	Si2m .6842 .8815 .3588 .96 .0103 .0080 .0111 -.0003 .0049 .0011
	Al2m .6842 .8815 .3588 .04 .0103 .0080 .0111 -.0003 .0049 .0011
	Na .2706 .9912 .1456 .0147 .0668 .0419 -.0061 .0099 -.0331
	OA1 .0046 .1335 .9711 .0253 .0156 .0134 -.0016 .0116 .0021
	OA2 .5944 .9964 .2813 .0122 .0091 .0169 -.0008 .0054 .0012
	OBo .8144 .1126 .1936 .0177 .0191 .0230 -.0033 .0132 .0009
	OBm .8211 .8515 .2553 .0192 .0189 .0305 .0032 .0170 -.0001
	OCo .0154 .3013 .2697 .0146 .0147 .0194 -.0031 .0081 -.0021
	OCm .0244 .6926 .2308 .0149 .0103 .0194 .0024 .0062 .0019
	ODo .2036 .1111 .3900 .0173 .0146 .0137 -.0022 .0041 .0020
	ODm .1830 .8683 .4330 .0165 .0171 .0118 -.0020 .0018 -.0003
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	Albite
	Meneghinello E, Alberti A, Cruciani G
	American Mineralogist 84 (1999) 1144-1151
	Order-disorder process in the tetrahedral sites af albite
	Sample: 1070-7d
	Note: this sample of feldspar is from Stintino, Sardinia, Italy
	8.140 12.791 7.132 93.94 116.54 88.46 C-1
	atom x y z occ U(1,1) U(2,2) U(3,3) U(1,2) U(1,3) U(2,3)
	Al1o .0089 .1681 .2105 .78 .0115 .0107 .0082 -.0028 .0049 .0005
	Si1o .0089 .1681 .2105 .22 .0115 .0107 .0082 -.0028 .0049 .0005
	Si1m .0039 .8185 .2348 .92 .0100 .0103 .0082 .0015 .0044 .0015
	Al1m .0039 .8185 .2348 .08 .0100 .0103 .0082 .0015 .0044 .0015
	Si2o .6921 .1100 .3172 .94 .0101 .0085 .0103 -.0010 .0042 .0007
	Al2o .6921 .1100 .3172 .06 .0101 .0085 .0103 -.0010 .0042 .0007
	Si2m .6837 .8807 .3585 .92 .0097 .0083 .0106 .0001 .0044 .0013
	Al2m .6837 .8807 .3585 .08 .0097 .0083 .0106 .0001 .0044 .0013
	Na .2704 .9937 .1441 .0161 .0811 .0470 -.0053 .0093 -.0413
	OA1 .0057 .1331 .9728 .0241 .0185 .0132 -.0006 .0111 .0025
	OA2 .5930 .9955 .2803 .0116 .0107 .0147 -.0011 .0042 .0024
	OBo .8153 .1109 .1933 .0171 .0217 .0203 -.0054 .0120 -.0003
	OBm .8206 .8501 .2546 .0173 .0207 .0252 .0034 .0134 .0009
	OCo .0140 .2992 .2720 .0142 .0159 .0172 -.0030 .0060 -.0015
	OCm .0237 .6920 .2279 .0156 .0111 .0176 .0022 .0049 .0019
	ODo .2035 .1102 .3882 .0165 .0166 .0122 .0003 .0040 .0024
	ODm .1842 .8682 .4324 .0178 .0170 .0122 -.0025 .0006 -.0009
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	Albite
	Meneghinello E, Alberti A, Cruciani G
	American Mineralogist 84 (1999) 1144-1151
	Order-disorder process in the tetrahedral sites af albite
	Sample: 1080-7d
	Note: this sample of feldspar is from Stintino, Sardinia, Italy
	8.142 12.782 7.136 94.00 116.51 88.13 C-1
	atom x y z occ U(1,1) U(2,2) U(3,3) U(1,2) U(1,3) U(2,3)
	Al1o .0089 .1687 .2098 .90 .0093 .0091 .0068 -.0018 .0037 .0005
	Si1o .0089 .1687 .2098 .10 .0093 .0091 .0068 -.0018 .0037 .0005
	Si1m .0041 .8193 .2357 .95 .0085 .0085 .0066 .0012 .0037 .0010
	Al1m .0041 .8193 .2357 .05 .0085 .0085 .0066 .0012 .0037 .0010
	Si2o .6923 .1103 .3167 .98 .0082 .0071 .0086 -.0005 .0033 .0006
	Al2o .6923 .1103 .3167 .02 .0082 .0071 .0086 -.0005 .0033 .0006
	Si2m .6833 .8812 .3593 .97 .0081 .0071 .0088 .0004 .0036 .0011
	Al2m .6833 .8812 .3593 .03 .0081 .0071 .0088 .0004 .0036 .0011
	Na .2699 .9911 .1453 .0123 .0666 .0389 -.0036 .0070 -.0326
	OA1 .0048 .1323 .9700 .0197 .0161 .0102 .0004 .0083 .0027
	OA2 .5941 .9966 .2812 .0105 .0081 .0129 .0003 .0041 .0024
	OBo .8138 .1112 .1923 .0155 .0167 .0186 -.0037 .0108 -.0003
	OBm .8203 .8504 .2558 .0152 .0198 .0246 .0042 .0135 .0009
	OCo .0149 .3010 .2708 .0114 .0128 .0163 -.0022 .0053 -.0013
	OCm .0237 .6928 .2291 .0116 .0104 .0155 .0021 .0031 .0011
	ODo .2045 .1103 .3888 .0148 .0162 .0096 .0016 .0024 .0020
	ODm .1839 .8682 .4335 .0147 .0153 .0106 -.0014 .0000 -.0007
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	Albite
	Meneghinello E, Alberti A, Cruciani G
	American Mineralogist 84 (1999) 1144-1151
	Order-disorder process in the tetrahedral sites af albite
	Sample: 1080-10d
	Note: this sample of feldspar is from Stintino, Sardinia, Italy
	8.154 12.794 7.129 93.81 116.54 88.48 C-1
	atom x y z occ U(1,1) U(2,2) U(3,3) U(1,2) U(1,3) U(2,3)
	Al1o .0095 .1685 .2109 .78 .0115 .0101 .0085 -.0032 .0055 .0001
	Si1o .0095 .1685 .2109 .22 .0115 .0101 .0085 -.0032 .0055 .0001
	Si1m .0045 .8186 .2343 .90 .0102 .0102 .0077 .0014 .0045 .0008
	Al1m .0045 .8186 .2343 .10 .0102 .0102 .0077 .0014 .0045 .0008
	Si2o .6922 .1102 .3180 .94 .0098 .0078 .0110 -.0009 .0046 .0004
	Al2o .6922 .1102 .3180 .06 .0098 .0078 .0110 -.0009 .0046 .0004
	Si2m .6843 .8808 .3581 .94 .0094 .0080 .0110 -.0007 .0048 .0007
	Al2m .6843 .8808 .3581 .06 .0094 .0080 .0110 -.0007 .0048 .0007
	Na .2705 .9932 .1441 .0148 .0793 .0496 -.0074 .0010 -.0427
	OA1 .0052 .1337 .9735 .0258 .0146 .0156 -.0033 .0131 .0018
	OA2 .5937 .9953 .2805 .0106 .0104 .0173 -.0016 .0055 .0016
	OBo .8154 .1113 .1942 .0182 .0194 .0244 -.0046 .0148 -.0007
	OBm .8199 .8504 .2527 .0182 .0201 .0323 .0020 .0179 -.0014
	OCo .0151 .2993 .2705 .0147 .0151 .0210 -.0047 .0083 -.0037
	OCm .0247 .6920 .2284 .0149 .0115 .0192 .0030 .0055 .0012
	ODo .2027 .1110 .3891 .0157 .0156 .0127 -.0010 .0040 .0018
	ODm .1848 .8686 .4315 .0152 .0168 .0124 -.0013 .0005 -.0017
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	Albite
	Meneghinello E, Alberti A, Cruciani G
	American Mineralogist 84 (1999) 1144-1151
	Order-disorder process in the tetrahedral sites af albite
	Sample: 1090-7d
	Note: this sample of feldspar is from Stintino, Sardinia, Italy
	8.160 12.802 7.130 93.72 116.42 88.61 C-1
	atom x y z occ U(1,1) U(2,2) U(3,3) U(1,2) U(1,3) U(2,3)
	Al1o .0088 .1691 .2112 .75 .0122 .0120 .0089 -.0026 .0050 .0008
	Si1o .0088 .1691 .2112 .25 .0122 .0120 .0089 -.0026 .0050 .0008
	Si1m .0043 .8182 .2340 .90 .0112 .0116 .0088 .0013 .0050 .0016
	Al1m .0043 .8182 .2340 .10 .0112 .0116 .0088 .0013 .0050 .0016
	Si2o .6927 .1104 .3191 .92 .0109 .0091 .0115 -.0004 .0049 .0012
	Al2o .6927 .1104 .3191 .08 .0109 .0091 .0115 -.0004 .0049 .0012
	Si2m .6850 .8807 .3573 .93 .0107 .0090 .0114 .0007 .0047 .0015
	Al2m .6850 .8807 .3573 .07 .0107 .0090 .0114 .0007 .0047 .0015
	Na .2711 .9946 .1432 .0146 .0798 .0476 -.0018 .0070 -.0372
	OA1 .0051 .1339 .9752 .0257 .0209 .0153 .0013 .0118 .0043
	OA2 .5950 .9956 .2807 .0135 .0113 .0170 -.0002 .0053 .0027
	OBo .8158 .1123 .1952 .0182 .0239 .0232 -.0D47 .0130 .0014
	OBm .8204 .8510 .2519 .0177 .0218 .0294 .0045 .0150 .0018
	OCo .0162 .2993 .2710 .0148 .0167 .0183 -.0026 .0054 -.0009
	OCm .0236 .6920 .2292 .0145 .0132 .0187 .0027 .0048 .0017
	ODo .2021 .1107 .3894 .0168 .0186 .0139 .0010 .0031 .0039
	ODm .1840 .8682 .4308 .0179 .0191 .0127 -.0023 .0013 -.0009
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	Albite
	Meneghinello E, Alberti A, Cruciani G
	American Mineralogist 84 (1999) 1144-1151
	Order-disorder process in the tetrahedral sites af albite
	Sample: 1090-12d
	Note: this sample of feldspar is from Stintino, Sardinia, Italy
	8.152 12.831 7.110 93.46 116.52 89.72 C-1
	atom x y z occ U(1,1) U(2,2) U(3,3) U(1,2) U(1,3) U(2,3)
	Al1o .0091 .1667 .2135 .43 .0117 .0130 .0096 -.0019 .0050 .0013
	Si1o .0091 .1667 .2135 .57 .0117 .0130 .0096 -.0019 .0050 .0013
	Si1m .0049 .8159 .2307 .75 .0112 .0126 .0093 .0026 .0050 .0020
	Al1m .0049 .8159 .2307 .25 .0112 .0126 .0093 .0026 .0050 .0020
	Si2o .6914 .1089 .3203 .83 .0112 .0105 .0122 .0003 .0051 .0014
	Al2o .6914 .1089 .3203 .17 .0112 .0105 .0122 .0003 .0051 .0014
	Si2m .6851 .8787 .3549 .85 .0114 .0100 .0121 .0010 .0052 .0020
	Al2m .6851 .8787 .3549 .15 .0114 .0100 .0121 .0010 .0052 .0020
	Na .2727 .0020 .1373 .0141 .1261 .0703 .0037 .0052 -.0620
	OA1 .0048 .1349 .9810 .0241 .0203 .0180 .0044 .0118 .0043
	OA2 .5944 .9929 .2795 .0126 .0151 .0193 .0011 .0062 .0036
	OBo .8196 .1094 .1976 .0171 .0279 .0257 -.0031 .0129 .0037
	OBm .8183 .8487 .2475 .0167 .0292 .0316 .0072 .0149 .0051
	OCo .0177 .2929 .2740 .0147 .0213 .0191 -.0026 .0062 -.0015
	OCm .0218 .6895 .2223 .0158 .0170 .0202 .0039 .0050 .0024
	ODo .1983 .1113 .3889 .0181 .0204 .0151 .0031 .0058 .0043
	ODm .1872 .8681 .4282 .0180 .0192 .0162 -.0007 .0032 -.0028
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	Boggsite
	Zanardi S, Cruciani G, Alberti A, Galli E
	American Mineralogist 89 (2004) 1033-1042
	Dehydration and rehydration process in boggsite: an in-situ X-ray single-crystal study
	Note: Wat represents an unknown distribution across the Wat sites of
	[Ca.806,Mg.138,Na.041,K.007,Fe.006,Sr.001,Wat8.06]
	Note: Reported occupancies are discrepant with reported formula.
	Sample: BOG-RT, T = 25 C
	20.291 23.840 12.807 90 90 90 Imma
	atom x y z occ Uiso U(1,1) U(2,2) U(3,3) U(1,2) U(1,3) U(2,3)
	Al1 .18888 .18535 .6719 .24 .0252 .0267 .020 .0284 -.0007 .0024 -.0020
	Si1 .18888 .18535 .6719 .76 .0252 .0267 .020 .0284 -.0007 .0024 -.0020
	Al2 .19034 .02428 .3298 .33 .0276 .030 .0295 .0222 .0003 -.0020 -.0014
	Si2 .19034 .02428 .3298 .67 .0276 .030 .0295 .0222 .0003 -.0020 -.0014
	Al3 .07700 .18526 .8355 .26 .0250 .0264 .019 .0295 .0005 .0002 .0010
	Si3 .07700 .18526 .8355 .74 .0250 .0264 .019 .0295 .0005 .0002 .0010
	Al4 .07744 .02186 .1645 .26 .0257 .025 .0285 .0232 .0005 .0005 .0005
	Si4 .07744 .02186 .1645 .74 .0257 .025 .0285 .0232 .0005 .0005 .0005
	Al5 .22159 .08334 .5383 .07 .0257 .026 .024 .0262 -.0005 .0007 -.0032
	Si5 .22159 .08334 .5383 .93 .0257 .026 .024 .0262 -.0005 .0007 -.0032
	Al6 .12247 .08391 .9660 .05 .0250 .025 .023 .0262 -.0007 -.0000 .0047
	Si6 .12247 .08391 .9660 .95 .0250 .025 .023 .0262 -.0007 -.0000 .0047
	O1 .1887 .25 .6288 .039 .062 .019 .03577 .000 .00593 .000
	O2 .1191 .1713 .7297 .044 .044 .041 .046 -.002 .010 -.004
	O3 .1962 .1456 .5686 .044 .057 .032 .041 .006 .000 -.006
	O4 .1897 .0703 .4254 .048 .065 .046 .033 .001 -.006 -.009
	O5 .1183 .0321 .2727 .048 .038 .067 .038 -.000 -.006 -.006
	O6 .0899 .25 .8737 .035 .042 .023 .03829 .000 -.00304 .000
	O7 0 .1755 .8034 .043 .027 .044 .055 .000 0 -.010
	O8 0 .0258 .1946 .048 .031 .070 .041 .000 0 .003
	O9 .1960 .0388 .6221 .059 .099 .037 .039 -.005 .014 .008
	O10 .0986 .1457 .9338 .048 .071 .029 .042 .002 -.005 .006
	O11 .0950 .0721 .0820 .052 .073 .044 .037 -.004 .016 .009
	O12 .2005 .0819 .9702 .078 .025 .099 .110 -.002 .000 .039
	O13 .0952 .0385 .8859 .058 .096 .032 .045 -.005 -.016 -.010
	O14 .25 .1752 .75 .051 .049 .048 .053 .000 -.019 .000
	O15 .25 -.0395 .75 .054 .046 .071 .043 .000 -.005 .000
	Wat1 0 .179 .108 .48 .144
	Wat2 .190 .162 .207 .42 .101
	Wat3 .194 .25 .045 .47 .110
	Wat4 .110 .165 .403 .38 .131
	Wat5 0 .164 .592 .36 .113
	Wat6 0 .030 .410 .42 .137
	Wat7 .071 .124 .402 .36 .109
	Wat8 .050 .076 .619 .40 .140
	Wat9 .153 .25 .235 .32 .057
	Wat10 .130 .25 .082 .37 .144
	Wat11 .208 .25 .405 .21 .125
	Wat12 .197 .25 .233 .37 .091
	Wat13 0 .086 .414 .24 .103
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	Boggsite
	Zanardi S, Cruciani G, Alberti A, Galli E
	American Mineralogist 89 (2004) 1033-1042
	Dehydration and rehydration process in boggsite: an in-situ X-ray single-crystal study
	Note: Ca represents an unknown distribution across the Ca sites of
	[Ca.806,Mg.138,Na.041,K.007,Fe.006,Sr.001]
	Note: Reported occupancies are discrepant with reported formula.
	Sample: BOG-150, T = 150 C
	20.299 23.746 12.814 90 90 90 Imma
	atom x y z occ Uiso U(1,1) U(2,2) U(3,3) U(1,2) U(1,3) U(2,3)
	Al1 .18772 .18509 .6730 .22 .0348 .0373 .0278 .0392 -.0004 .0042 -.0032
	Si1 .18772 .18509 .6730 .78 .0348 .0373 .0278 .0392 -.0004 .0042 -.0032
	Al2 .18924 .02419 .3300 .30 .0370 .0407 .0393 .0309 .0012 -.0049 -.0014
	Si2 .18924 .02419 .3300 .70 .0370 .0407 .0393 .0309 .0012 -.0049 -.0014
	Al3 .07707 .18423 .8381 .23 .0358 .0334 .0284 .0454 .0007 .0024 .0038
	Si3 .07707 .18423 .8381 .77 .0358 .0334 .0284 .0454 .0007 .0024 .0038
	Al4 .07787 .02185 .1628 .23 .0339 .0324 .0382 .0311 .0016 -.0009 .0027
	Si4 .07787 .02185 .1628 .77 .0339 .0324 .0382 .0311 .0016 -.0009 .0027
	Al5 .21928 .08334 .5382 .04 .0338 .0351 .0322 .0341 -.0016 .0002 -.0061
	Si5 .21928 .08334 .5382 .96 .0338 .0351 .0322 .0341 -.0016 .0002 -.0061
	Al6 .12439 .08374 .9624 .03 .0352 .0349 .0325 .0380 -.0021 -.0022 .0060
	Si6 .12439 .08374 .9624 .97 .0352 .0349 .0325 .0380 -.0021 -.0022 .0060
	O1 .1827 .25 .6340 .055 .081 .032 .050 0 .003 0
	O2 .1190 .1666 .7333 .055 .049 .052 .062 -.004 .015 -.005
	O3 .1948 .1453 .5706 .060 .085 .042 .052 .013 .000 -.017
	O4 .1922 .0710 .4228 .059 .080 .051 .044 .002 -.015 -.011
	O5 .1170 .0315 .2726 .065 .057 .086 .052 .008 -.016 -.011
	O6 .0880 .25 .8667 .058 .075 .029 .069 0 .004 0
	O7 0 .1696 .8097 .063 .033 .062 .092 0 0 .006
	O8 0 .0261 .1915 .071 .030 .090 .091 0 0 -.017
	O9 .1869 .0393 .6189 .073 .113 .051 .053 -.013 .015 .003
	O10 .1020 .1467 .9367 .062 .095 .035 .054 .009 -.009 .006
	O11 .0985 .0678 .0756 .071 .103 .061 .047 -.005 .014 .017
	O12 .2029 .0778 .9580 .091 .040 .122 .111 -.002 -.003 .028
	O13 .0925 .0427 .8759 .068 .087 .047 .068 -.010 -.004 -.014
	O14 .25 .1756 .75 .064 .055 .055 .081 0 -.021 0
	O15 .25 -.0320 .75 .073 .055 .110 .053 0 -.015 0
	Ca1 .0717 .0787 .6767 .278 .068 .075 .048 .080 -.009 -.018 .005
	Ca2 0 .0278 .3690 .031 .059
	Ca3 0 .1453 .0865 .083 .083
	Wat1 .038 .077 .639 .31 .115
	Wat2 .297 .226 .493 .14 .109
	Wat3 .051 .079 .483 .16 .126
	Wat4 0 .151 .588 .09 .123
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	Boggsite
	Zanardi S, Cruciani G, Alberti A, Galli E
	American Mineralogist 89 (2004) 1033-1042
	Dehydration and rehydration process in boggsite: an in-situ X-ray single-crystal study
	Note: Ca represents an unknown distribution across the Ca sites of
	[Ca.806,Mg.138,Na.041,K.007,Fe.006,Sr.001]
	Note: Reported occupancies are discrepant with reported formula.
	Sample: BOG-350, T = 350 C
	20.053 23.838 12.850 90 90 90 Imma
	atom x y z occ Uiso U(1,1) U(2,2) U(3,3) U(1,2) U(1,3) U(2,3)
	Al1 .18703 .18526 .6745 .23 .0381 .0419 .0319 .0404 .0013 .0009 -.0040
	Si1 .18703 .18526 .6745 .77 .0381 .0419 .0319 .0404 .0013 .0009 -.0040
	Al2 .18929 .02486 .3301 .31 .0413 .0460 .0458 .0319 .0025 -.0037 -.0033
	Si2 .18929 .02486 .3301 .69 .0413 .0460 .0458 .0319 .0025 -.0037 -.0033
	Al3 .07692 .18450 .8410 .23 .0412 .0367 .0322 .0547 .0020 .0046 .0066
	Si3 .07692 .18450 .8410 .77 .0412 .0367 .0322 .0547 .0020 .0046 .0066
	Al4 .07832 .02062 .1630 .20 .0391 .0339 .0463 .0368 .0000 -.0000 .0008
	Si4 .07832 .02062 .1630 .80 .0391 .0339 .0463 .0368 .0000 -.0000 .0008
	Al5 .21870 .08387 .5390 .05 .0407 .0439 .0396 .0383 -.0030 .0002 -.0079
	Si5 .21870 .08387 .5390 .95 .0407 .0439 .0396 .0383 -.0030 .0002 -.0079
	Al6 .12429 .08451 .9639 .04 .0443 .0462 .0404 .0460 -.0038 -.0042 .0075
	Si6 .12429 .08451 .9639 .96 .0443 .0462 .0404 .0460 -.0038 -.0042 .0075
	O1 .1823 .25 .6386 .058 .082 .034 .056 0 .002 0
	O2 .1200 .1655 .7383 .063 .061 .058 .070 -.006 .019 -.004
	O3 .1922 .1439 .5741 .066 .087 .052 .057 .011 -.000 -.020
	O4 .1916 .0690 .4263 .067 .088 .061 .050 .002 -.014 -.017
	O5 .1176 .0301 .2715 .072 .060 .098 .057 .007 -.017 -.008
	O6 .0873 .25 .8671 .066 .081 .034 .083 0 .002 0
	O7 0 .1689 .8104 .068 .032 .076 .094 0 0 -.000
	O8 0 .0221 .1882 .085 .039 .114 .100 0 0 -.021
	O9 .1902 .0398 .6243 .087 .142 .057 .060 -.019 .014 .009
	O10 .1007 .1465 .9392 .071 .104 .042 .064 .004 -.007 .011
	O11 .0987 .0650 .0743 .078 .105 .071 .056 -.004 .015 .024
	O12 .2030 .0806 .9588 .106 .041 .148 .128 -.004 -.011 .036
	O13 .0950 .0439 .8735 .078 .104 .055 .073 -.020 -.004 -.014
	O14 .25 .1745 .75 .071 .061 .074 .077 0 -.027 0
	O15 .25 -.0339 .75 .079 .059 .120 .056 0 -.019 0
	Ca1 .0785 .0797 .6956 .284 .084 .124 .055 .072 -.012 -.020 .003
	Ca2 0 .0859 .7456 .135 .115
	Ca3 0 .1388 .0729 .028 .070
	Ca3b 0 .0862 -.0469 .022 .062
	Ca4 .1944 .0807 .7831 .109 .069
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	Boggsite
	Zanardi S, Cruciani G, Alberti A, Galli E
	American Mineralogist 89 (2004) 1033-1042
	Dehydration and rehydration process in boggsite: an in-situ X-ray single-crystal study
	Note: Ca represents an unknown distribution across the Ca sites of
	[Ca.806,Mg.138,Na.041,K.007,Fe.006,Sr.001]
	Note: Reported occupancies are discrepant with reported formula.
	Sample: BOG-500, T = 500 C
	20.041 23.814 12.869 90 90 90 Imma
	atom x y z occ Uiso U(1,1) U(2,2) U(3,3) U(1,2) U(1,3) U(2,3)
	Al1 .18720 .18501 .6746 .22 .0427 .0475 .0363 .0441 .0009 .0012 -.0054
	Si1 .18720 .18501 .6746 .78 .0427 .0475 .0363 .0441 .0009 .0012 -.0054
	Al2 .18952 .02465 .3305 .30 .04557 .0487 .0519 .0359 .0024 -.0051 -.0027
	Si2 .18952 .02465 .3305 .70 .04557 .0487 .0519 .0359 .0024 -.0051 -.0027
	Al3 .07665 .18452 .8404 .24 .0463 .0405 .0371 .0613 .0023 .0061 .0073
	Si3 .07665 .18452 .8404 .76 .0463 .0405 .0371 .0613 .0023 .0061 .0073
	Al4 .07831 .01987 .1633 .23 .0442 .0380 .0533 .0410 -.0003 .0009 .0013
	Si4 .07831 .01987 .1633 .77 .0442 .0380 .0533 .0410 -.0003 .0009 .0013
	Al5 .21889 .08420 .5376 .04 .0448 .0468 .0451 .0422 -.0024 .0002 -.0080
	Si5 .21889 .08420 .5376 .96 .0448 .0468 .0451 .0422 -.0024 .0002 -.0080
	Al6 .12373 .08518 .9669 .04 .0483 .0489 .0459 .0499 -.0042 -.0044 .0081
	Si6 .12373 .08518 .9669 .96 .0483 .0489 .0459 .0499 -.0042 -.0044 .0081
	O1 .1841 .25 .6405 .067 .094 .036 .069 0 .004 0
	O2 .1208 .1660 .7388 .072 .068 .067 .080 -.007 .024 -.007
	O3 .1924 .1442 .5740 .072 .095 .057 .063 .012 -.001 -.021
	O4 .1905 .0685 .4266 .072 .092 .070 .053 .004 -.014 -.021
	O5 .1181 .0280 .2720 .077 .064 .106 .059 .003 -.018 -.006
	O6 .0868 .25 .8666 .076 .095 .037 .094 0 .004 0
	O7 0 .1687 .8087 .075 .037 .081 .104 0 0 .002
	O8 0 .0194 .1903 .087 .046 .117 .098 0 0 -.006
	O9 .1948 .0400 .6247 .100 .170 .062 .068 -.021 .017 .010
	O10 .0991 .1465 .9394 .080 .113 .050 .075 .006 -.010 .016
	O11 .0966 .0662 .0774 .081 .104 .077 .061 -.006 .015 .021
	O12 .2027 .0829 .9641 .115 .041 .168 .133 -.005 -.006 .036
	O13 .0967 .0436 .8776 .088 .122 .064 .077 -.018 -.007 -.013
	O14 .25 .1716 .75 .079 .068 .084 .084 0 -.033 0
	O15 .25 -.0344 .75 .088 .064 .135 .064 0 -.020 0
	Ca1 .0772 .0803 .7043 .243 .098 .147 .063 .084 -.010 -.036 .003
	Ca2 0 .0858 .7532 .120 .110
	Ca3 0 .1267 .0550 .023 .066
	Ca4 .1929 .0789 .7779 .166 .074
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	Boggsite
	Zanardi S, Cruciani G, Alberti A, Galli E
	American Mineralogist 89 (2004) 1033-1042
	Dehydration and rehydration process in boggsite: an in-situ X-ray single-crystal study
	Note: Ca represents an unknown distribution across the Ca sites of
	[Ca.806,Mg.138,Na.041,K.007,Fe.006,Sr.001]
	Note: Reported occupancies are discrepant with reported formula.
	Sample: BOG-150-R, T = 150 C
	20.087 23.800 12.805 90 90 90 Imma
	atom x y z occ Uiso U(1,1) U(2,2) U(3,3) U(1,2) U(1,3) U(2,3)
	Al1 .18746 .18525 .6732 .23 .0350 .0373 .0286 .0390 .0004 .0040 -.0033
	Si1 .18746 .18525 .6732 .77 .0350 .0373 .0286 .0390 .0004 .0040 -.0033
	Al2 .18913 .02434 .3300 .31 .0375 .0420 .0394 .0308 .0016 -.0062 -.0018
	Si2 .18913 .02434 .3300 .69 .0375 .0420 .0394 .0308 .0016 -.0062 -.0018
	Al3 .07719 .18446 .8389 .24 .0357 .0326 .0277 .0466 .0021 .0018 .0037
	Si3 .07719 .18446 .8389 .76 .0357 .0326 .0277 .0466 .0021 .0018 .0037
	Al4 .07795 .02185 .1630 .22 .0340 .0314 .0380 .0324 .0011 -.0002 .0022
	Si4 .07795 .02185 .1630 .78 .0340 .0314 .0380 .0324 .0011 -.0002 .0022
	Al5 .21920 .08338 .5392 .06 .0351 .0358 .0341 .0351 -.0020 .0004 -.0065
	Si5 .21920 .08338 .5392 .94 .0351 .0358 .0341 .0351 -.0020 .0004 -.0065
	Al6 .12437 .08371 .9614 .01 .0363 .0371 .0330 .0386 -.0021 -.0022 .0065
	Si6 .12437 .08371 .9614 .99 .0363 .0371 .0330 .0386 -.0021 -.0022 .0065
	O1 .1822 .25 .6347 .053 .079 .028 .050 0 .004 0
	O2 .1191 .1664 .7341 .054 .047 .053 .059 -.004 .012 -.006
	O3 .1942 .1448 .5714 .061 .085 .042 .054 .014 -.001 -.017
	O4 .1927 .0704 .4237 .060 .083 .052 .043 .001 -.017 -.014
	O5 .1165 .0316 .2729 .065 .061 .084 .050 .012 -.016 -.009
	O6 .0885 .25 .8668 .058 .077 .029 .065 0 .002 0
	O7 0 .1702 .8095 .061 .027 .069 .087 0 0 .012
	O8 0 .0265 .1906 .072 .034 .088 .093 0 0 -.022
	O9 .1863 .0395 .6210 .075 .116 .050 .057 -.014 .017 .004
	O10 .1019 .1463 .9374 .060 .089 .034 .055 .005 -.009 .007
	O11 .0995 .0667 .0749 .071 .103 .061 .047 -.006 .016 .017
	O12 .2026 .0782 .9558 .092 .038 .118 .117 -.001 -.001 .025
	O13 .0925 .0430 .8741 .068 .088 .046 .068 -.010 -.005 -.012
	O14 .25 .1761 .75 .062 .051 .055 .080 0 -.016 0
	O15 .25 -.0328 .75 .073 .056 .107 .054 0 -.010 0
	Ca1 .0727 .0791 .6767 .289 .071 .080 .045 .086 -.006 -.013 .008
	Ca2 0 .0161 .3770 .034 .085
	Ca3 0 .142 .087 .063 .081
	Wat1 .039 .078 .644 .38 .134
	Wat2 .301 .218 .514 .12 .097
	Wat3 .050 .078 .491 .19 .127
	Wat4 0 .138 .589 .06 .101
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	Boggsite
	Zanardi S, Cruciani G, Alberti A, Galli E
	American Mineralogist 89 (2004) 1033-1042
	Dehydration and rehydration process in boggsite: an in-situ X-ray single-crystal study
	Note: Ca represents an unknown distribution across the Ca sites of
	[Ca.806,Mg.138,Na.041,K.007,Fe.006,Sr.001]
	Note: Reported occupancies are discrepant with reported formula.
	Sample: BOG-RT-R, T = 25 C
	20.295 23.843 12.802 90 90 90 Imma
	atom x y z occ Uiso U(1,1) U(2,2) U(3,3) U(1,2) U(1,3) U(2,3)
	Al1 .18883 .18540 .6721 .26 .0257 .028 .022 .026 -.0004 .0011 -.0022
	Si1 .18883 .18540 .6721 .74 .0257 .028 .022 .026 -.0004 .0011 -.0022
	Al2 .19043 .02428 .3300 .32 .0258 .031 .030 .020 .0003 -.0016 -.0009
	Si2 .19043 .02428 .3300 .68 .0258 .031 .030 .020 .0003 -.0016 -.0009
	Al3 .07696 .18537 .8355 .26 .0255 .027 .019 .029 .0006 -.0000 .0013
	Si3 .07696 .18537 .8355 .74 .0255 .027 .019 .029 .0006 -.0000 .0013
	Al4 .07748 .02163 .1648 .26 .0262 .026 .030 .021 .0002 .0007 .0010
	Si4 .07748 .02163 .1648 .74 .0262 .026 .030 .021 .0002 .0007 .0010
	Al5 .2219 .08343 .5383 .07 .0271 .028 .027 .025 -.0011 .0007 -.0036
	Si5 .2219 .08343 .5383 .93 .0271 .028 .027 .025 -.0011 .0007 -.0036
	Al6 .1221 .08402 .9664 .06 .0272 .029 .024 .027 -.0006 -.0001 .0046
	Si6 .1221 .08402 .9664 .94 .0272 .029 .024 .027 -.0006 -.0001 .0046
	O1 .1881 .25 .6282 .039 .060 .025 .033 0 .004 0
	O2 .1190 .1709 .7304 .045 .046 .041 .046 -.004 .013 -.005
	O3 .1957 .1454 .5687 .043 .060 .032 .035 .005 .002 -.005
	O4 .1896 .0700 .4260 .047 .061 .045 .034 .003 -.008 -.009
	O5 .1184 .0316 .2731 .049 .036 .070 .038 0 -.009 -.007
	O6 .0899 .25 .8736 .036 .043 .024 .039 0 -.005 0
	O7 0 .1755 .8031 .043 .025 .043 .061 0 0 -.011
	O8 0 .0254 .1961 .048 .027 .075 .041 0 0 .003
	O9 .1973 .0390 .6230 .060 .102 .038 .039 -.006 .012 .007
	O10 .0980 .1458 .9342 .049 .073 .030 .041 .006 -.007 .007
	O11 .0944 .0721 .0828 .052 .073 .043 .037 -.003 .016 .007
	O12 .2002 .0826 .9715 .082 .027 .108 .109 -.000 .002 .040
	O13 .0961 .0386 .8859 .058 .093 .032 .048 -.006 -.011 -.010
	O14 .25 .1758 .75 .052 .046 .055 .053 0 -.020 0
	O15 .25 -.0401 .75 .055 .046 .072 .045 0 -.010 0
	Wat1 0 .179 .116 .35 .128
	Wat2 .191 .162 .209 .29 .108
	Wat3 .191 .25 .045 .34 .105
	Wat4 .103 .158 .406 .26 .105
	Wat5 0 .172 .578 .28 .100
	Wat6 0 .032 .403 .336 .104
	Wat7 .069 .123 .400 .35 .098
	Wat8 .055 .0781 .618 .34 .102
	Wat9 .155 .25 .123 .386 .058
	Wat10 .125 .25 .108 .27 .121
	Wat11 .194 .25 .140 .22 .143
	Wat12 .200 .25 .122 .28 .089
	Wat13 0 .103 .395 .24 .104
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	Dachiardite-Ca
	Quartieri S, Vezzalini G, Alberti A
	European Journal of Mineralogy 2 (1990) 187-193
	Dachiardite from Hokiya-dake: evidence of a new topology
	Locality: Hokiya-dake, Japan
	18.625 7.508 10.247 90 108.056 90 C2/m
	atom x y z occ Biso
	CaC1 .4902 .2391 .1335 .32 7.5
	KC2 .5422 0 .5361 .15 6.3
	NaC2 .5422 0 .5361 .09 6.3
	KC3 1/2 .252 0 .08 6.6
	NaC3 1/2 .252 0 .06 6.6
	SiT1 .2872 .2063 .1578 .87 1.5
	AlT1 .2872 .2063 .1578 .05 1.5
	SiT1M .288 .266 .168 .07 2.2
	SiT2 .1917 .2959 .3554 .90 1.9
	AlT2 .1917 .2959 .3554 .02 1.9
	SiT2M .188 .230 .356 .08 2.2
	SiT3 .0964 0 .6995 .64 1.0
	AlT3 .0964 0 .6995 .28 1.0
	SiT3M .089 1/2 .691 .05 2.2
	AlT3M .089 1/2 .691 .03 2.2
	SiT4 .0809 0 .3792 .61 1.0
	AlT4 .0809 0 .3792 .31 1.0
	SiT4M .078 1/2 .372 .05 2.2
	AlT4M .078 1/2 .372 .03 2.2
	O1 .3636 .3204 .2181 .92 3.4
	O1M .376 .152 .226 .08 4.3
	O2 .1152 .1791 .3284 .92 2.9
	O2M .113 .314 .316 .08 4.3
	O3 .2264 .2563 .2338 5.8
	O4 .0991 0 .5440 .92 3.4
	O4M .083 1/2 .528 .08 4.3
	O5 .1669 1/2 .3461 .92 3.4
	O5M .171 0 .356 .08 4.3
	O6 .3107 0 .1769 .92 3.3
	O6M .326 1/2 .199 .08 4.3
	O7 1/4 1/4 0 6.3
	O8 1/4 1/4 1/2 6.2
	O9 .0102 0 .7079 .92 1.9
	O9M .004 1/2 .611 .08 4.3
	Wat1 .4908 0 .2565 .92 6.3
	Wat2 .0835 0 .0336 .54 5.0
	Wat3 .0689 .1334 .0217 .23 8.1
	Wat4 .0743 .6055 .0262 .26 5.6
	Wat5 .0919 1/2 .0324 .48 7.1
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	Natrolite
	Alberti A, Cruciani G, Dauru I
	European Journal of Mineralogy 7 (1995) 501-508
	Order-disorder in natrolite-group minerals
	18.347 18.561 6.587 90 90 90 Fdd2
	atom x y z occ Biso U(1,1) U(2,2) U(3,3) U(1,2) U(1,3) U(2,3)
	Na .2208 .0301 .6209 1.22 .0162 .0166 .0207 -.0021 -.0027 -.0023
	Si1 0 0 0 .765 .61 .0088 .0089 .0055 0 0 0
	Al1 0 0 0 .235 .61 .0088 .0089 .0055 0 0 0
	Si2 .1542 .2113 .6251 .815 .52 .0060 .0078 .0070 -.0005 .0000 -.0006
	Al2 .1542 .2113 .6251 .185 .52 .0060 .0078 .0070 -.0005 .0000 -.0006
	Al .0378 .0940 .6179 .661 .54 .0084 .0063 .0071 -.0003 -.0004 -.0006
	Si .0378 .0940 .6179 .339 .54 .0084 .0063 .0071 -.0003 -.0004 -.0006
	O1 .0229 .0693 .8640 1.28 .026 .012 .013 -.002 .001 -.000
	O2 .0704 .1804 .6169 .79 .009 .009 .013 -.001 -.001 .000
	O3 .0981 .0362 .5062 1.13 .012 .012 .018 .002 .001 -.004
	O4 .2088 .1529 .7306 1.12 .014 .012 .015 .001 -.003 .001
	O5 .1797 .2274 .3920 1.37 .014 .025 .012 -.002 .003 .000
	OW .0570 .1910 .1180 2.02 .025 .024 .025 .002 -.001 -.001
	H1 .058 .156 .078 1.7
	H2 .095 .190 .191 .7
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	Gottardiite
	Alberti A, Vezzalini G, Galli E, Quartieri S
	European Journal of Mineralogy 8 (1996) 69-75
	The crystal structure of gottardiite, a new natural zeolite
	Note: occupancies altered to match chemical formula
	13.698 25.213 22.660 90 90 90 Cmca
	atom x y z occ Biso U(1,1) U(2,2) U(3,3) U(1,2) U(1,3) U(2,3)
	SiT1 0 .0804 .1973 .861 1.18 .013 .013 .019 0 0 -.002
	AlT1 0 .0804 .1973 .138 1.18 .013 .013 .019 0 0 -.002
	FeT1 0 .0804 .1973 .001 1.18 .013 .013 .019 0 0 -.002
	SiT2 0 .1784 .2828 .861 1.47 .014 .021 .021 0 0 -.004
	AlT2 0 .1784 .2828 .138 1.47 .014 .021 .021 0 0 -.004
	FeT2 0 .1784 .2828 .001 1.47 .014 .021 .021 0 0 -.004
	SiT3 0 .2884 .2204 .861 1.39 .021 .015 .017 0 0 -.003
	AlT3 0 .2884 .2204 .138 1.39 .021 .015 .017 0 0 -.003
	FeT3 0 .2884 .2204 .001 1.39 .021 .015 .017 0 0 -.003
	SiT4 0 .3841 .3023 .861 1.34 .012 .022 .017 0 0 -.007
	AlT4 0 .3841 .3023 .138 1.34 .012 .022 .017 0 0 -.007
	FeT4 0 .3841 .3023 .001 1.34 .012 .022 .017 0 0 -.007
	SiT5 0 .4818 .2235 .861 1.68 .030 .019 .015 0 0 .004
	AlT5 0 .4818 .2235 .138 1.68 .030 .019 .015 0 0 .004
	FeT5 0 .4818 .2235 .001 1.68 .030 .019 .015 0 0 .004
	SiT6 .2102 .0023 .3160 .861 1.95 .020 .030 .024 .004 -.005 .001
	AlT6 .2102 .0023 .3160 .138 1.95 .020 .030 .024 .004 -.005 .001
	FeT6 .2102 .0023 .3160 .001 1.95 .020 .030 .024 .004 -.005 .001
	SiT7 .1934 .0978 .1253 .861 1.34 .014 .019 .018 -.005 .006 -.003
	AlT7 .1934 .0978 .1253 .138 1.34 .014 .019 .018 -.005 .006 -.003
	FeT7 .1934 .0978 .1253 .001 1.34 .014 .019 .018 -.005 .006 -.003
	SiT8 .2122 .1948 .3174 .861 1.11 .011 .014 .017 .001 -.004 .001
	AlT8 .2122 .1948 .3174 .138 1.11 .011 .014 .017 .001 -.004 .001
	FeT8 .2122 .1948 .3174 .001 1.11 .011 .014 .017 .001 -.004 .001
	SiT9 .2143 .3111 .1846 .861 1.32 .018 .012 .020 -.005 .001 .001
	AlT9 .2143 .3111 .1846 .138 1.32 .018 .012 .020 -.005 .001 .001
	FeT9 .2143 .3111 .1846 .001 1.32 .018 .012 .020 -.005 .001 .001
	SiT10 .1873 .4049 .3752 .861 1.18 .015 .015 .015 .002 .004 -.004
	AlT10 .1873 .4049 .3752 .138 1.18 .015 .015 .015 .002 .004 -.004
	FeT10 .1873 .4049 .3752 .001 1.18 .015 .015 .015 .002 .004 -.004
	SiT11 .1151 .0634 .0009 .861 1.53 .025 .019 .014 -.007 .005 -.004
	AlT11 .1151 .0634 .0009 .138 1.53 .025 .019 .014 -.007 .005 -.004
	FeT11 .1151 .0634 .0009 .001 1.53 .025 .019 .014 -.007 .005 -.004
	O1 0 .0208 .2214 3.92 .088 .015 .046 0 0 -.004
	O2 .0969 .0897 .1594 .84 .025 .084 .113 .002 .049 .009
	O3 0 .1213 .2499 .76 .075 .041 .027 0 0 -.015
	O4 .0955 .1833 .3238 .63 .020 .059 .021 -.001 .001 -.012
	O5 0 .2249 .2361 3.11 .046 .012 .060 0 0 -.014
	O6 .0928 .3040 .1810 2.87 .017 .054 .038 -.008 .007 .010
	O7 0 .3225 .2802 2.53 .055 .017 .024 0 0 -.003
	O8 .0840 .3950 .3443 6.37 .050 .110 .082 -.001 -.044 -.041
	O9 0 .4225 .2462 6.55 .205 .008 .036 0 0 -.016
	O10 .0928 .4920 .1818 3.74 .033 .076 .033 .003 .010 -.006
	O11 .2280 .1576 .1350 2.66 .027 .038 .036 -.002 -.007 -.006
	O12 .2242 .0598 .3504 3.61 .042 .027 .068 -.003 -.009 .005
	O13 .2381 .4586 .3559 5.90 .094 .032 .098 -.012 .073 .014
	O14 .1754 .0893 .0555 3.00 .026 .079 .009 -.010 -.001 -.014
	O15 .2329 .2564 .3357 3.16 .055 .028 .037 -.015 .003 -.004
	O16 .25 .1829 .25 2.03 .037 .031 .009 0 .004 0
	O17 .2381 .3553 .1332 2.79 .049 .036 .021 -.031 -.016 .012
	O18 .25 .3290 .25 1.89 .029 .017 .026 0 .003 0
	O19 .25 .0050 .25 5.66 .033 .146 .036 0 .003 0
	O20 0 .0807 .0048 2.82 .036 .029 .042 0 0 -.003
	O21 .1276 0 0 3.26 .033 .021 .070 0 0 -.005
	O22 .1627 .4084 .4406 5.34 .102 .058 .043 .050 .025 .004
	NaX1 0 .386 .999 .0186 1.7
	KX1 0 .386 .999 .0013 1.7
	MgX1 0 .386 .999 .023 1.7
	CaX1 0 .386 .999 .0356 1.7
	WatX1 0 .386 .999 .6824 1.7
	NaX2 0 .183 .430 .0186 4.6
	KX2 0 .183 .430 .0013 4.6
	MgX2 0 .183 .430 .023 4.6
	CaX2 0 .183 .430 .0356 4.6
	WatX2 0 .183 .430 .6824 4.6
	NaX3 0 .263 .996 .0186 3.9
	KX3 0 .263 .996 .0013 3.9
	MgX3 0 .263 .996 .023 3.9
	CaX3 0 .263 .996 .0356 3.9
	WatX3 0 .263 .996 .6824 3.9
	NaX4 0 .081 .404 .0186 6.5
	KX4 0 .081 .404 .0013 6.5
	MgX4 0 .081 .404 .023 6.5
	CaX4 0 .081 .404 .0356 6.5
	WatX4 0 .081 .404 .6824 6.5
	NaX5 .067 .281 .421 .0186 9.1
	KX5 .067 .281 .421 .0013 9.1
	MgX5 .067 .281 .421 .023 9.1
	CaX5 .067 .281 .421 .0356 9.1
	WatX5 .067 .281 .421 .6824 9.1
	NaX6 .121 .458 .019 .0186 3.9
	KX6 .121 .458 .019 .0013 3.9
	MgX6 .121 .458 .019 .023 3.9
	CaX6 .121 .458 .019 .0356 3.9
	WatX6 .121 .458 .019 .6824 3.9
	NaX7 0 .192 .071 .0186 11.0
	KX7 0 .192 .071 .0013 11.0
	MgX7 0 .192 .071 .023 11.0
	CaX7 0 .192 .071 .0356 11.0
	WatX7 0 .192 .071 .6824 11.0
	NaX8 .151 .349 .994 .0186 6.6
	KX8 .151 .349 .994 .0013 6.6
	MgX8 .151 .349 .994 .023 6.6
	CaX8 .151 .349 .994 .0356 6.6
	WatX8 .151 .349 .994 .6824 6.6
	NaX9 0 .390 .103 .0186 8.9
	KX9 0 .390 .103 .0013 8.9
	MgX9 0 .390 .103 .023 8.9
	CaX9 0 .390 .103 .0356 8.9
	WatX9 0 .390 .103 .6824 8.9
	NaX10 .120 .268 .558 .0186 9.4
	KX10 .120 .268 .558 .0013 9.4
	MgX10 .120 .268 .558 .023 9.4
	CaX10 .120 .268 .558 .0356 9.4
	WatX10 .120 .268 .558 .6824 9.4
	NaX11 .193 .271 .473 .0186 12.3
	KX11 .193 .271 .473 .0013 12.3
	MgX11 .193 .271 .473 .023 12.3
	CaX11 .193 .271 .473 .0356 12.3
	WatX11 .193 .271 .473 .6824 12.3
	NaX12 0 .301 .064 .0186 8.9
	KX12 0 .301 .064 .0013 8.9
	MgX12 0 .301 .064 .023 8.9
	CaX12 0 .301 .064 .0356 8.9
	WatX12 0 .301 .064 .6824 8.9
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	Barrerite
	Meneghinello E, Alberti A, Cruciani G, Sacerdoti M, McIntyre G,
	Ciambelli P, Rapascciuolo M T
	European Journal of Mineralogy 12 (2000) 1123-1129
	Single crystal neutron diffraction study of the natural zeolite barrerite
	in its ND4-exchanged form
	13.601 18.232 17.810 90 90 90 Fmmm
	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 .3856 .3077 .3761 .7915 .027 .036 .040 0 -.002 -.002
	AlT1 .3856 .3077 .3761 .2085 .027 .036 .040 0 -.002 -.002
	SiT3 .3010 .4107 .5 .7915 .028 .035 .040 -.003 0 0
	AlT3 .3010 .4107 .5 .2085 .028 .035 .040 -.003 0 0
	SiT4 .3882 .1840 .5 .7915 .024 .037 .036 .006 0 0
	AlT4 .3882 .1840 .5 .2085 .024 .037 .036 .006 0 0
	SiT5 .25 .25 .25 .7915 .020 .057 .029 0 0 0
	AlT5 .25 .25 .25 .2085 .020 .057 .029 0 0 0
	O1 .3176 .3042 .3013 .046 .063 .055 -.011 -.015 .017
	O3 .3720 .2318 .4256 .041 .063 .058 -.009 -.008 .021
	O4 .3563 .3799 .4247 .064 .059 .070 -.009 .024 -.020
	O7 .5 .3162 .3489 .032 .058 .061 0 0 -.003
	O8 .3153 .1138 .5 .033 .043 .075 -.005 0 0
	O9 .3093 .5 .5 .047 .037 .075 0 0 0
	O10 .5 .1506 .5 .023 .056 .054 0 0 0
	Wat1 .461 .122 .306 .21 .062
	Wat2 .5 .130 .307 .25 .036
	Wat3 .474 0 .431 .34 .14
	Wat4 .405 0 .386 .26 .11
	Wat6 .389 0 .319 .19 .07
	Wat8 .5 .5 .372 .058 .049 .13 0 0 0
	Wat11 .398 .094 .316 .15 .08
	NaC1 .5 0 .291 .10625 .03
	KC1 .5 0 .291 .03 .03
	MgC1 .5 0 .291 .0475 .03
	CaC1 .5 0 .291 .1625 .03
	BaC1 .5 0 .291 .0025 .03
	NH4C2 .291 .058 .292 .00875 .13
	ND42 .5 .090 .273 .12 .19
	ND43 .337 .028 .234 .11 .12
	ND44 .338 .068 .331 .15 .09
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	Stellerite
	Alberti A, Rinaldi R, Vezzalini G
	Physics and Chemistry of Minerals 2 (1978) 365-375
	Dynamics of dehydration in stilbite-type structures; stellerite phase B
	Sample: Stellerite phase B
	13.62 17.16 16.68 90 90 90 Amma
	atom x y z occ B(1,1) B(2,2) B(3,3) B(1,2) B(1,3) B(2,3)
	SiT1 .1344 .3541 .1373 .779 .0015 .0050 .0035 -.0009 .0001 -.0004
	AlT1 .1344 .3541 .1373 .221 .0015 .0050 .0035 -.0009 .0001 -.0004
	SiT1P .1390 .2690 .3833 .7011 .0011 .0020 .0024 .0001 -.0002 -.0001
	AlT1P .1390 .2690 .3833 .1989 .0011 .0020 .0024 .0001 -.0002 -.0001
	SiT3 .0513 .4109 .3045 .779 .0020 .0023 .0039 -.0006 -.0002 .0002
	AlT3 .0513 .4109 .3045 .221 .0020 .0023 .0039 -.0006 -.0002 .0002
	SiT4 .1394 .1861 .2188 .7011 .0011 .0021 .0024 -.0002 .0001 -.0008
	AlT4 .1394 .1861 .2188 .1989 .0011 .0021 .0024 -.0002 .0001 -.0008
	SiT5 0 .3222 0 .779 .0018 .0023 .0031 0 .0004 0
	AlT5 0 .3222 0 .221 .0018 .0023 .0031 0 .0004 0
	SiT1PD .141 .302 .434 .0779 .0007
	AlT1PD .141 .302 .434 .0221 .0007
	SiT4D .149 .168 .174 .0779 .0002
	AlT4D .149 .168 .174 .0221 .0002
	O1 .0637 .3769 .0649 .0058 .0045 .0035 0 -.0033 -.0006
	O1P .0741 .2343 .4579 .0082 .0073 .0031 -.0028 .0012 .0012
	O3 .1284 .2569 .1525 .0054 .0037 .0041 .0009 .0005 .0005
	O3P .1226 .2156 .3063 .9 .0063 .0037 .0028 .0024 .0005 -.0015
	O4 .1080 .4006 .2173 .0058 .0037 .0029 -.0011 .0003 -.0017
	O4P .1030 .3567 .3693 .0064 .0044 .0082 .0028 -.0019 .0036
	O7 .25 .3829 .1119 .0076 .0065 .0043 0 0 -.0034
	O7P .25 .2675 .4149 .0009 .0085 .0071 0 0 .0014
	O8 .0678 .1194 .1998 .0026 .0046 .0086 -.0006 -.0009 .0009
	O9 .0519 .5 .3311 .0088 .0016 .0080 0 0 0
	O10 .25 .1552 .2063 .0001 .0062 .0094 0 0 -.0037
	OH1 .150 .130 .010 .10 .0005
	OH2 .160 .130 .080 .10 .0005
	CaC1 .25 .252 .050 .26908 .0007
	NaC1 .25 .252 .050 .03658 .0007
	KC1 .25 .252 .050 .00279 .0007
	MgC1 .25 .252 .050 .00155 .0007
	CaC2 .216 0 .188 .0868 .0008
	NaC2 .216 0 .188 .0118 .0008
	KC2 .216 0 .188 .0009 .0008
	MgC2 .216 0 .188 .0005 .0008
	CaC3 0 0 .5 .1302 .0011
	NaC3 0 0 .5 .0177 .0011
	KC3 0 0 .5 .00135 .0011
	MgC3 0 0 .5 .00075 .0011
	CaC4 .25 .5 .211 .54684 .0005
	NaC4 .25 .5 .211 .07434 .0005
	KC4 .25 .5 .211 .00567 .0005
	MgC4 .25 .5 .211 .00315 .0005
	Wat1 .25 0 .355 .24 .0003
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	Brewsterite-Sr
	Alberti A, Sacerdoti M, Quartieri S, Vezzalini G
	Physics and Chemistry of Minerals 26 (1999) 181-186
	Heating-induced phase transformation in zeolite brewsterite:
	new 4- and 5-coordinated (Si,Al) sites
	Sample: BR280R
	6.676 16.547 7.543 90 94.41 90 P2_1/m
	atom x y z occ Uiso
	Sr1 .570 1/4 .066 .338 .127
	Sr2 .067 1/4 .568 .236 .098
	Sr3 .833 .132 .083 .118 .27
	Sr4 .055 1/4 .398 .160 .29
	Sr5 .716 1/4 -.054 .064 .10
	SiT1 .318 .0856 .829 .69 .055
	AlT11 .231 .160 .847 .31 .055
	SiT2 .407 .0650 .195 .80 .074
	AlT21 .227 .375 .207 .20 .074
	SiT3 .567 .1602 .540 .75 .074
	AlT3 .567 .1602 .540 .25 .074
	SiT4 .912 .0427 .652 .75 .066
	AlT4 .912 .0427 .652 .25 .066
	O1 .347 .118 .014 .12
	O2 .473 .139 .341 .15
	O3 .769 .115 .591 .17
	O4 .414 .145 .697 .13
	O5 .078 .085 .773 .15
	O6 .199 .019 .236 .13
	O7 .396 .996 .811 .80 .09
	Wat71 .103 1/4 .785 .91 .17
	Wat72 .231 1/4 .186 .67 .06
	O73 -.032 .154 .219 .20 .16
	O8 0 0 1/2 .09
	O9 .633 1/4 .525 .11
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	Pumpellyite-(Mg)
	Galli E, Alberti A
	Acta Crystallographica B25 (1969) 2276-2281
	On the crystal structure of pumpellyite
	8.83 5.9 19.17 90 97.12 90 A2/m
	atom x y z occ Biso
	Al .5 .25 .25 .50 .57
	Mg .5 .25 .25 .35 .57
	Fe .5 .25 .25 .15 .57
	Ca1 .2502 .5 .3395 .95 .35
	Mg1 .2502 .5 .3395 .05 .35
	Ca2 .1895 .5 .1550 .95 .95
	Mg2 .1895 .5 .1550 .05 .95
	Si1 .0484 0 .0907 .93 .33
	Al1 .0484 0 .0907 .07 .33
	Si2 .1674 0 .2482 .93 .38
	Al2 .1674 0 .2482 .07 .38
	Si3 .4661 0 .4021 .93 .11
	Al3 .4661 0 .4021 .07 .11
	Al .2541 .2454 .4964 .08
	O1 .1360 .2218 .0685 .56
	O2 .2674 .2318 .2444 .86
	O3 .3684 .222 .4209 .58
	O4 .1304 .5 .4448 .27
	OH5 .1283 0 .4558 .38
	O6 .3695 .5 .0445 .37
	OH7 .3665 0 .0338 .07
	O8 .0376 0 .1779 .31
	O9 .4746 .5 .1764 .40
	O10 .0667 0 .3152 .40
	OH11 .4992 .5 .3129 .24
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	Rinkite
	Galli E, Alberti A
	Acta Crystallographica B27 (1971) 1277-1284
	The crystal structure of rinkite
	7.437 5.664 18.8430 90 101.38 90 P2_1/c
	atom x y z occ B(1,1) B(2,2) B(3,3) B(1,2) B(1,3) B(2,3)
	Ti 0 0 0 .515 .0027 .0286 .0013 -.0023 .0006 -.004
	Nb 0 0 0 .327 .0027 .0286 .0013 -.0023 .0006 -.004
	Al 0 0 0 .089 .0027 .0286 .0013 -.0023 .0006 -.004
	Zr 0 0 0 .069 .0027 .0286 .0013 -.0023 .0006 -.004
	Na .5 0 0 .66 .0099 .0162 .0004 .0002 .0001 -.0006
	Ca .5 0 0 .19 .0099 .0162 .0004 .0002 .0001 -.0006
	K1 .5 0 0 .02 .0099 .0162 .0004 .0002 .0001 -.0006
	Na2 .7500 .5012 .0004 .759 .0086 .0097 .0021 .0006 .0010 .0016
	Ca2 .7500 .5012 .0004 .219 .0086 .0097 .0021 .0006 .0010 .0016
	K2 .7500 .5012 .0004 .022 .0086 .0097 .0021 .0006 .0010 .0016
	Ca3 .0938 .6605 .1918 .685 .0038 .0113 .0010 .0000 .0003 .0004
	Ce3 .0938 .6605 .1918 .262 .0038 .0113 .0010 .0000 .0003 .0004
	Fe3 .0938 .6605 .1918 .053 .0038 .0113 .0010 .0000 .0003 .0004
	Ca4 .5969 .6630 .1902 .685 .0054 .0190 .0011 .0003 .0005 .0003
	Ce4 .5969 .6630 .1902 .262 .0054 .0190 .0011 .0003 .0005 .0003
	Fe4 .5969 .6630 .1902 .053 .0054 .0190 .0011 .0003 .0005 .0003
	Si1 .3515 .1541 .1403 .0039 .0132 .0006 -.0003 .0001 -.0001
	Si2 .7831 .1530 .1379 .0041 .0109 .0006 -.0007 .0003 .0001
	O1 .2172 .1488 .0609 .0093 .0122 .0011 -.0019 -.0008 .0001
	O2 .8306 .1410 .0578 .0088 .0289 .0008 .0015 .0007 .0009
	O3 .3379 .3971 .1849 .0086 .0160 .0021 .0005 .0015 -.0015
	O4 .8436 .3949 .1797 .0089 .0125 .0022 -.0016 .0013 -.0022
	O5 .3355 .9311 .1918 .0087 .0139 .0011 .0014 .0007 .0003
	O6 .8559 .9365 .1903 .0087 .0116 .0012 .0006 .0003 .0005
	O7 .5581 .1413 .1206 .007 .0324 .0015 .0002 .0007 -.0014
	O8 .0308 .7052 .0617 .25 .0115 .0296 .0014 -.0041 .0006 .0000
	F8 .0308 .7052 .0617 .75 .0115 .0296 .0014 .0041 .0006 .0000
	O9 .5303 .6546 .0642 .25 .0156 .0155 .0014 .0017 .0008 .0003
	F9 .5303 .6546 .0642 .75 .0156 .0155 .0014 .0017 .0008 .0003
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	Ferrisicklerite
	Alberti A
	Acta Crystallographica B32 (1976) 2761-2764
	Crystal structure of ferrisicklerite, Li<1(Fe3+,Mn2+)PO4
	Locality: Sidi-Bou-Othmane, Jebilet, Morocco
	5.918 10.037 4.798 90 90 90 Pmnb
	atom x y z occ Biso B(1,1) B(2,2) B(3,3) B(1,2) B(1,3) B(2,3)
	LiM1 0 0 0 .301 2.0
	NaM1 0 0 0 .0135 2.0
	Fe3+M2 .25 .27815 -.03639 .607 .63 .0047 .0016 .0085 0 0 -.0006
	MnM2 .25 .27815 -.03639 .333 .63 .0047 .0016 .0085 0 0 -.0006
	MgM2 .25 .27815 -.03639 .036 .63 .0047 .0016 .0085 0 0 -.0006
	CaM2 .25 .27815 -.03639 .017 .63 .0047 .0016 .0085 0 0 -.0006
	Fe2+M2 .25 .27815 -.03639 .007 .63 .0047 .0016 .0085 0 0 -.0006
	P .25 .09593 .41110 .965 .54 .0045 .0012 .0070 0 0 -.0001
	O1 .25 .11485 -.27659 1.22 .0090 .0036 .0088 0 0 -.0005
	O2 .25 .44926 .17125 1.19 .0081 .0018 .0183 0 0 .0010
	O3 .04701 .16877 .26785 1.17 .0076 .0030 .0122 .0011 -.0014 .0004
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	Amicite
	Alberti A, Vezzalini G
	Acta Crystallographica B35 (1979) 2866-2869
	The crystal structure of amicite, a zeolite
	Locality: basaltic rock at Howenegg in Hegau, southern West Germany
	10.226 10.422 9.884 90 88.19 90 I2
	atom x y z occ Biso B(1,1) B(2,2) B(3,3) B(1,2) B(1,3) B(2,3)
	K .3071 -.0040 .9692 2.09 .0060 .0046 .0046 .0017 -.0009 -.0010
	Na .4312 .2559 .6716 2.53 .0050 .0076 .0056 .0027 -.0006 -.0017
	Al1 .1546 .2491 .1546 0.43 .0009 .0011 .0011 .0000 .0000 .0002
	Al2 .1582 .0027 .6512 0.44 .0012 .0009 .0011 .0002 .0000 -.0002
	Si1 .1523 -.0133 .3261 0.46 .0012 .0010 .0011 .0004 .0001 .0001
	Si2 .1534 .2615 .8263 0.40 .0010 .0009 .0010 .0001 .0000 .0001
	O1 .0010 -.0471 .3037 1.21 .0014 .0033 .0041 -.0002 -.0001 -.0006
	O2 -.0030 .2956 .2047 1.14 .0016 .0037 .0030 .0004 .0001 -.0006
	O3 .2031 .1401 .7354 0.96 .0028 .0020 .0022 .0003 -.0003 -.0006
	O4 .1810 .0304 .4785 1.18 .0041 .0027 .0017 -.0005