Aenigmatite
	Cannillo E, Mazzi F, Fang J H, Robinson P D, Ohya Y
	American Mineralogist 56 (1971) 427-446
	The crystal structure of aenigmatite
	sample CM
	_database_code_amcsd 0000224
	10.406 10.813 8.926 104.93 96.87 125.32 P-1
	atom x y z Biso
	Fe1 0 0 .5 .89
	Fe2 0 .5 0 .85
	Fe3 .3193 .8513 .1779 .91
	Fe4 .7670 .8203 .1517 .68
	Fe5 .0952 .9382 .0522 .98
	Fe6 .5962 .9435 .0662 .82
	Ti1 .9970 .7428 .2565 .62
	Na1 .2092 .6289 .3893 1.33
	Na2 .6627 .6127 .3733 1.42
	Si1 .4798 .2333 .3311 .82
	Si2 .9879 .2363 .3456 .68
	Si3 .7925 .3435 .2424 .84
	Si4 .2782 .3364 .2257 .86
	Si5 .6478 .9448 .4450 .76
	Si6 .3525 .5573 .0501 .78
	O1 .3600 .0684 .1630 1.02
	O2 .8640 .0688 .1800 1.41
	O3 .5488 .9535 .2957 1.20
	O4 .0087 .9233 .2648 1.19
	O5 .2364 .8751 .3951 1.19
	O6 .7523 .8821 .3912 1.10
	O7 .4967 .1947 .4965 1.00
	O8 .9603 .7756 .4843 .98
	O9 .9069 .3300 .3717 1.44
	O10 .4091 .3408 .3539 .75
	O11 .6710 .1773 .0749 1.44
	O12 .1565 .1694 .0646 1.02
	O13 .5197 .7094 .0365 1.04
	O14 .0671 .7334 .0776 .78
	O15 .2453 .6098 .1152 1.51
	O16 .7572 .6022 .1230 1.39
	O17 .4040 .4995 .1882 1.01
	O18 .9370 .5164 .2269 1.15
	O19 .1708 .3661 .3271 .91
	O20 .6749 .3640 .3422 .93
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	Aenigmatite
	Cannillo E, Mazzi F, Fang J H, Robinson P D, Ohya Y
	American Mineralogist 56 (1971) 427-446
	The crystal structure of aenigmatite
	sample FRO
	_database_code_amcsd 0000225
	10.406 10.813 8.926 104.93 96.87 125.32 P-1
	atom x y z occ Biso B(1,1) B(2,2) B(3,3) B(1,2) B(1,3) B(2,3)
	Fe1 0 0 .5 .89 .0018 .0029 .0040 .0013 .0013 .0017
	Ti1 0 0 .5 .11 .0018 .0029 .0040 .0013 .0013 .0017
	Fe2 0 .5 0 .87 .0017 .0024 .0044 .0011 .0017 .0018
	Ti2 0 .5 0 .13 .0017 .0024 .0044 .0011 .0017 .0018
	Fe3 .3214 .8528 .1779 .95 .0024 .0030 .0047 .0013 .0013 .0017
	Ti3 .3214 .8528 .1779 .05 .0024 .0030 .0047 .0013 .0013 .0017
	Fe4 .7655 .8199 .1511 .76 .0029 .0032 .0047 .0017 .0018 .0020
	Ti4 .7655 .8199 .1511 .24 .0029 .0032 .0047 .0017 .0018 .0020
	Fe5 .0961 .9392 .0530 .90 .0035 .0034 .0053 .0019 .0021 .0028
	Ti5 .0961 .9392 .0530 .10 .0035 .0034 .0053 .0019 .0021 .0028
	Fe6 .5959 .9432 .0661 .0030 .0034 .0044 .0017 .0019 .0022
	Ti7 .9970 .7434 .2577 .59 .0022 .0024 .0038 .0012 .0018 .0018
	Fe7 .9970 .7434 .2577 .41 .0022 .0024 .0038 .0012 .0018 .0018
	Na1 .2089 .6298 .3893 .0022 .0025 .0036 .0022 .0017 .0014
	Na2 .6607 .6117 .3741 .0015 .0033 .0060 .0007 .0012 .0024
	Si1 .4768 .2345 .3313 .0010 .0011 .0021 .0003 .0008 .0007
	Si2 .9864 .2363 .3466 .0008 .0007 .0031 .0004 .0011 .0011
	Si3 .7921 .3435 .2416 .90 .0011 .0010 .0023 .0004 .0008 .0010
	Fe3 .7921 .3435 .2416 .10 .0011 .0010 .0023 .0004 .0008 .0010
	Si4 .2772 .3382 .2252 .95 .0017 .0018 .0031 .0008 .0009 .0012
	Fe4 .2772 .3382 .2252 .05 .0017 .0018 .0031 .0008 .0009 .0012
	Si5 .6487 .9448 .4447 .94 .0019 .0024 .0024 .0016 .0015 .0015
	Fe5 .6487 .9448 .4447 .06 .0019 .0024 .0024 .0016 .0015 .0015
	Si6 .3528 .5588 .0501 .95 .0023 .0014 .0032 .0013 .0019 .0015
	Fe6 .3528 .5588 .0501 .05 .0023 .0014 .0032 .0013 .0019 .0015
	O1 .3542 .0641 .1621 .64
	O2 .8611 .0666 .1807 .43
	O3 .5540 .9534 .2958 .75
	O4 .0151 .9258 .2670 .83
	O5 .2353 .8747 .3933 .65
	O6 .7541 .8843 .3902 .63
	O7 .4929 .1948 .4973 .75
	O8 .9575 .7755 .4871 .58
	O9 .8996 .3230 .3735 .76
	O10 .4034 .3364 .3529 .93
	O11 .6653 .1744 .0709 .57
	O12 .1570 .1688 .0612 .57
	O13 .5233 .7108 .0393 .56
	O14 .0673 .7340 .0757 .37
	O15 .2417 .6060 .1120 .89
	O16 .7510 .6018 .1275 .64
	O17 .4002 .5015 .1883 .52
	O18 .9363 .5147 .2264 1.09
	O19 .1648 .3649 .3183 .62
	O20 .6731 .3626 .3366 .99
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	Elpidite
	Cannillo E, Rossi G, Ungaretti L
	American Mineralogist 58 (1973) 106-109
	The crystal structure of elpidite
	_database_code_amcsd 0000303
	7.14 14.68 14.65 90 90 90 Pbcm
	atom x y z Biso B(1,1) B(2,2) B(3,3) B(1,2) B(1,3) B(2,3)
	Zr .4950 .25 .5 .0029 .0002 .0005 0 0 -.0001
	Si1 .7720 .3854 .6462 .40
	Si2 .5086 .0476 .6413 .51
	Si3 .2170 .3928 .6435 .49
	Na1 .4362 .2299 .75 2.07
	Na2 -.0027 .25 .5 2.02
	O1 .9966 .4047 .6392 1.46
	O2 .7156 .3538 .75 1.33
	O3 .7077 .3099 .5772 1.38
	O4 .6781 .4825 .6277 1.53
	O5 .5285 .0713 .75 .93
	O6 .4904 .1405 .5886 1.20
	O7 .3029 .4888 .6119 .51
	O8 .2881 .3770 .75 .79
	O9 .2928 .3097 .5823 .80
	Wat1 .0104 .1130 .5810 2.61
	Wat2 .1233 .1895 .75 3.04
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	Ezcurrite
	Cannillo E, Dal Negro A, Ungaretti L
	American Mineralogist 58 (1973) 110-115
	The crystal structure of ezcurrite
	_database_code_amcsd 0000304
	8.598 9.570 6.576 102.75 107.50 71.52 P-1
	atom x y z Biso
	Na1 .8988 .3700 .0373 1.81
	Na2 .5860 .1519 .5616 2.88
	B1 .3333 .1608 .1463 1.05
	B2 .2566 .2850 -.1777 1.12
	B3 .4580 .3607 .1560 1.28
	B4 -.0485 .3710 -.3761 1.14
	B5 .1590 .2623 -.5812 .95
	H1 .518 -.045 .167 3.00
	H2 .593 .507 .186 3.00
	H3 -.292 .428 -.481 3.00
	H4 .781 -.021 .288 5.00
	H5 .749 .087 .919 5.00
	O1 .1756 .2244 .2169 1.17
	O2 .4110 .0118 .2130 1.35
	O3 .2982 .1510 -.0867 1.02
	O4 .4508 .2564 .2527 1.34
	O5 .5666 .4476 .2676 1.94
	O6 .3627 .3865 -.0474 1.34
	O7 .0778 .3727 -.1868 1.21
	O8 .2846 .2489 -.3991 1.18
	O9 -.2072 .4156 -.3508 2.00
	O10 -.0113 .3259 -.5695 1.47
	O11 .8265 .0547 .4041 4.07
	O12 .8261 .1440 .9732 7.28
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	Latiumite
	Cannillo E, Dal Negro A, Rossi G
	American Mineralogist 58 (1973) 466-470
	The crystal structure of latiumite, a new type of sheet silicate
	_database_code_amcsd 0000319
	12.06 5.08 10.81 90 106.0 90 P2_1
	atom x y z occ Biso
	Si1 .3779 .75 .0710 .80 .17
	Al1 .3779 .75 .0710 .20 .17
	Al2 .3816 .7581 .3497 .00
	Al3 .3447 .2601 .4784 .50 .05
	Si3 .3447 .2601 .4784 .50 .05
	Si4 .8239 .7103 .3569 .85 .13
	Al4 .8239 .7103 .3569 .15 .13
	Al5 .6530 .7494 .0840 .08
	Ca1 .8866 .2581 .1913 .33
	Ca2 .2025 .2549 .1460 .82
	Ca3 .1166 .7384 .4515 .22
	K .5747 .2574 .2748 .85 1.20
	S .0358 .7833 .1387 .71 .44
	C .01 .77 .17 .30
	O1 .6900 .0804 .0583 1.21
	O2 .5165 .7269 .1035 .75
	O3 .3379 .0631 .0460 .79
	O4 .3389 .6388 .1934 .41
	O5 .3414 .0920 .3428 1.02
	O6 .5299 .7277 .4097 .95
	O7 .3073 .5754 .4366 .85
	O8 .2426 .1173 .5358 .80
	O9 .9407 .5519 .3981 1.34
	O10 .8350 .0299 .3540 .68
	O11 .7475 .5974 .2166 .65
	O12 .9119 .8170 .0803 2.16
	O13 .1059 .3298 .0461 .67 .49
	O14 .0649 .5317 .2018 2.30
	O15 .0703 -.0107 .2388 1.75
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	Andremeyerite
	Cannillo E, Mazzi F, Rossi G
	American Mineralogist 73 (1988) 608-612
	Crystal structure of andremeyerite, BaFe(Fe,Mn,Mg)Si2O7
	_database_code_amcsd 0001164
	7.488 13.785 7.085 90 118.23 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)
	Ba .4893 .1434 .2940 .0061 .0011 .0067 -.0002 .0031 -.0002
	Fe1 -.0024 .2439 .3058 .0033 .0010 .0056 .0001 .0014 .0000
	Fe2 -.0380 .5016 .2115 .92 .0040 .0010 .0065 -.0002 .0019 -.0003
	Mg2 -.0380 .5016 .2115 .08 .0040 .0010 .0065 -.0002 .0019 -.0003
	SiA .2765 .3908 .2023 .0030 .0010 .0052 .0002 .0012 .0003
	SiB .7241 .3833 .3877 .0032 .0008 .0046 .0001 .0016 .0002
	O1A .2262 .5001 .1055 .0049 .0013 .0056 .0004 .0006 .0007
	O1B .7251 .4833 .2737 .0072 .0014 .0132 .0007 .0058 .0013
	O2A .2573 .3118 .0249 .0037 .0019 .0074 -.0006 .0012 -.0022
	O2B .7270 .2903 .2481 .0049 .0013 .0143 -.0003 .0046 -.0017
	O3A .1229 .3714 .3016 .0063 .0010 .0136 -.0002 .0064 .0006
	O3B .9090 .3763 .6290 .0049 .0013 .0091 -.0005 .0010 .0002
	O4 .5104 .3784 .4021 .0044 .0014 .0017 -.0003 .0007 .0000
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	Ferropargasite
	Oberti R, Ungaretti L, Cannillo E, Hawthorne F C
	American Mineralogist 78 (1993) 746-752
	The mechanism of Cl incorporation in amphibole
	Sample: Cl(0)
	Locality: Nuptse Glacier moraine, Everest Massif, Nepal
	_database_code_amcsd 0001599
	9.895 18.119 5.332 90 105.17 90 C2/m
	atom x y z occ Biso
	NaA 0 .5 0 .10 2.20
	KA 0 .5 0 .13 2.20
	NaAm .0336 .5 .0734 .05 1.74
	KAm .0336 .5 .0734 .06 1.74
	NaA2 0 .4714 0 .05 4.05
	KA2 0 .4714 0 .06 4.05
	Ca4 0 .2808 .5 .97 .75
	Na4 0 .2808 .5 .03 .75
	Mg1 0 .0897 .5 .46 .58
	Fe1 0 .0897 .5 .54 .58
	Mg2 0 .1780 0 .27 .50
	Fe2 0 .1780 0 .51 .50
	Al2 0 .1780 0 .19 .50
	Ti2 0 .1780 0 .03 .50
	Mg3 0 0 0 .34 .53
	Fe3 0 0 0 .66 .53
	Si1 .2791 .0860 .3026 .52 .45
	Al1 .2791 .0860 .3026 .48 .45
	Si2 .2911 .1732 .8140 .46
	O1 .1051 .0911 .2141 .79
	O2 .1199 .1756 .7358 .70
	F3 .1097 0 .7120 .13 .84
	Oh3 .1097 0 .7120 .87 .84
	O4 .3686 .2499 .7924 .82
	O5 .3490 .1392 .1087 .87
	O6 .3426 .1195 .6046 .91
	O7 .3336 0 .2887 1.21
	H .1579 0 .7603 .87 1.53
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	Potassic-chlorohastingsite
	Oberti R, Ungaretti L, Cannillo E, Hawthorne F C
	American Mineralogist 78 (1993) 746-752
	The mechanism of Cl incorporation in amphibole
	Sample: Cl(1)
	Locality: Sesia-Lanzo marble, Western Alps, Italy
	_database_code_amcsd 0001600
	9.884 18.143 5.332 90 104.86 90 C2/m
	atom x y z occ Biso
	NaA 0 .5 0 .15 4.58
	KA 0 .5 0 .12 4.58
	NaAm .0412 .5 .0945 .08 4.66
	KAm .0412 .5 .0945 .06 4.66
	NaA2 0 .4614 0 .08 3.00
	KA2 0 .4614 0 .06 3.00
	Mg1 0 .0921 .5 .35 .69
	Fe1 0 .0921 .5 .65 .69
	Mg2 0 .1787 0 .38 .60
	Fe2 0 .1787 0 .44 .60
	Al2 0 .1787 0 .16 .60
	Ti2 0 .1787 0 .02 .60
	Mg3 0 0 0 .26 .73
	Fe3 0 0 0 .74 .73
	Ca4 0 .2796 .5 .87 .93
	Na4 0 .2796 .5 .10 .93
	Mg4 0 .2796 .5 .02 .93
	Fe4 0 .2796 .5 .01 .93
	Si1 .2789 .0854 .2996 .61 .52
	Al1 .2789 .0854 .2996 .39 .52
	Si2 .2909 .1729 .8100 .53
	O1 .1062 .0903 .2139 .89
	O2 .1210 .1754 .7343 .84
	Cl3 .1061 0 .7076 .28 1.03
	F3 .1061 0 .7076 .13 1.03
	OH3 .1061 0 .7076 .58 1.03
	O3' .1596 0 .7332 1.64
	O4 .3679 .2495 .7944 .90
	O5 .3484 .1363 .1007 .96
	O6 .3426 .1201 .5978 1.02
	O7 .3359 0 .2911 1.22
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	Potassic-chlorohastingsite
	Oberti R, Ungaretti L, Cannillo E, Hawthorne F C
	American Mineralogist 78 (1993) 746-752
	The mechanism of Cl incorporation in amphibole
	Sample: Cl(2)
	Locality: Sesia-Lanzo marble, Western Alps, Italy
	_database_code_amcsd 0001601
	9.922 18.219 5.360 90 104.81 90 C2/m
	atom x y z occ Biso
	NaA 0 .5 0 .12 2.75
	KA 0 .5 0 .18 2.75
	NaAm .0344 .5 .0707 .06 3.38
	KAm .0344 .5 .0707 .09 3.38
	NaA2 0 .4645 0 .06 4.72
	KA2 0 .4645 0 .09 4.72
	Mg1 0 .0944 .5 .18 .73
	Fe1 0 .0944 .5 .82 .73
	Mg2 0 .1792 0 .31 .59
	Fe2 0 .1792 0 .51 .59
	Al2 0 .1792 0 .17 .59
	Ti2 0 .1792 0 .01 .59
	Mg3 0 0 0 .08 .71
	Fe3 0 0 0 .92 .71
	Ca4 0 .2806 .5 .93 .85
	Na4 0 .2806 .5 .07 .85
	Si1 .2779 .0861 .3006 .54 .49
	Al1 .2779 .0861 .3006 .46 .49
	Si2 .2911 .1735 .8113 .54
	O1 .1039 .0915 .2131 .86
	O2 .1215 .1777 .7365 .80
	Cl3 .1031 0 .7021 .49 .93
	F3 .1031 0 .7021 .07 .93
	OH3 .1031 0 .7021 .44 .93
	O3' .1611 0 .7337 1.22
	O4 .3690 .2499 .7947 .92
	O5 .3474 .1363 .0985 .89
	O6 .3423 .1220 .5977 1.01
	O7 .3338 0 .2977 1.33
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	Leakeite
	Hawthorne F C, Ungaretti L, Oberti R, Cannillo E
	American Mineralogist 79 (1994) 443-451
	The mechanism of Li incorporation in amphiboles
	Sample: A1
	_database_code_amcsd 0001655
	9.748 17.842 5.287 90 104.12 90 C2/m
	atom x y z occ Biso
	Si1 .2811 .0857 .2929 .41
	Si2 .2889 .1710 .7998 .42
	Mg1 0 .0823 .5 .57 .72
	Al1 0 .0823 .5 .025 .72
	Ti1 0 .0823 .5 .205 .72
	Fe1 0 .0823 .5 .13 .72
	Mn1 0 .0823 .5 .07 .72
	Mg2 0 .1796 0 .415 .48
	Al2 0 .1796 0 .045 .48
	Fe2 0 .1796 0 .35 .48
	Mn2 0 .1796 0 .19 .48
	Li3 0 0 0 .67 .69
	Mg3 0 0 0 .33 .69
	Na4 0 .2751 .5 .95 1.17
	Ca4 0 .2751 .5 .05 1.17
	NaA 0 .5 0 .16 6.5
	KA 0 .5 0 .03 6.5
	NaAm .0508 .5 .1091 .16 2.87
	KAm .0508 .5 .1091 .03 2.87
	NaA2 0 .4680 0 .16 4.68
	KA2 0 .4680 0 .03 4.68
	H .1867 0 .7577 .485 2.65
	O1 .1115 .0886 .2159 .63
	O2 .1178 .1668 .7270 .60
	O3 .1104 0 .6965 .41 .76
	Oh3 .1104 0 .6965 .485 .76
	F3 .1104 0 .6965 .105 .76
	O4 .3605 .2508 .8018 .80
	O5 .3500 .1280 .0816 .74
	O6 .3456 .1198 .5823 .73
	O7 .3394 0 .2979 .84
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	Leakeite
	Hawthorne F C, Ungaretti L, Oberti R, Cannillo E
	American Mineralogist 79 (1994) 443-451
	The mechanism of Li incorporation in amphiboles
	Sample: A2
	_database_code_amcsd 0001656
	9.790 17.848 5.287 90 104.10 90 C2/m
	atom x y z occ Biso
	Si1 .2785 .0862 .2934 .99 .43
	Al1 .2785 .0862 .2934 .01 .43
	Si2 .2889 .1712 .8023 .99 .43
	Al2 .2889 .1712 .8023 .01 .43
	Mg1 0 .0865 .5 .83 .54
	Al1 0 .0865 .5 .04 .54
	Fe1 0 .0865 .5 .10 .54
	Mn1 0 .0865 .5 .03 .54
	Mg2 0 .1796 0 .16 .48
	Al2 0 .1796 0 .05 .48
	Fe2 0 .1796 0 .61 .48
	Mn2 0 .1796 0 .18 .48
	Li3 0 0 0 .74 .79
	Mg3 0 0 0 .26 .79
	Na4 0 .2764 .5 .98 1.14
	Ca4 0 .2764 .5 .02 1.14
	NaA 0 .5 0 .15 3.01
	KA 0 .5 0 .04 3.01
	NaAm .0480 .5 .1028 .15 2.28
	KAm .0480 .5 .1028 .04 2.28
	NaA2 0 .4744 0 .15 4.87
	KA2 0 .4744 0 .04 4.87
	H .1826 0 .7335 .64 2.55
	O1 .1102 .0905 .2146 .65
	O2 .1186 .1694 .7315 .66
	O3 .1115 0 .7002 .11 .96
	Oh3 .1115 0 .7002 .64 .96
	F3 .1115 0 .7002 .24 .96
	O4 .3632 .2504 .8018 .81
	O5 .3497 .1285 .0851 .77
	O6 .3435 .1192 .5845 .73
	O7 .3348 0 .2963 .93
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	Leakeite
	Hawthorne F C, Ungaretti L, Oberti R, Cannillo E
	American Mineralogist 79 (1994) 443-451
	The mechanism of Li incorporation in amphiboles
	Sample: A3
	Note: Site occupancies are set to be the same as ones in sample A2
	_database_code_amcsd 0001657
	9.822 17.836 5.286 90 104.37 90 C2/m
	atom x y z occ Biso
	Si1 .2780 .0862 .2944 .99 .46
	Al1 .2780 .0862 .2944 .01 .46
	Si2 .2883 .1712 .8018 .99 .45
	Al2 .2883 .1712 .8018 .01 .45
	Mg1 0 .0848 .5 .83 .70
	Al1 0 .0848 .5 .04 .70
	Fe1 0 .0848 .5 .10 .70
	Mn1 0 .0848 .5 .03 .70
	Mg2 0 .1796 0 .16 .50
	Al2 0 .1796 0 .05 .50
	Fe2 0 .1796 0 .61 .50
	Mn2 0 .1796 0 .18 .50
	Li3 0 0 0 .74 .69
	Mg3 0 0 0 .26 .69
	Na4 0 .2763 .5 .98 1.21
	Ca4 0 .2763 .5 .02 1.21
	NaA 0 .5 0 .15 4.51
	KA 0 .5 0 .04 4.51
	NaAm .0399 .5 .0930 .15 2.81
	KAm .0399 .5 .0930 .04 2.81
	NaA2 0 .4766 0 .15 4.14
	KA2 0 .4766 0 .04 4.14
	H .1845 0 .7705 .64 3.11
	O1 .1100 .0905 .2154 .71
	O2 .1184 .1685 .7284 .76
	O3 .1110 0 .6975 .11 .91
	Oh3 .1110 0 .6975 .64 .91
	F3 .1110 0 .6975 .24 .91
	O4 .3623 .2504 .8027 .89
	O5 .3486 .1281 .0850 .74
	O6 .3436 .1193 .5854 .74
	O7 .3338 0 .2983 .94
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	Ferri-eckermannite
	Hawthorne F C, Ungaretti L, Oberti R, Cannillo E
	American Mineralogist 79 (1994) 443-451
	The mechanism of Li incorporation in amphiboles
	Sample: A4
	Note: Site occupancies are set to be the same as ones in sample A5
	_database_code_amcsd 0001658
	9.771 17.887 5.289 90 103.82 90 C2/m
	atom x y z occ Biso
	Si1 .2805 .0857 .2930 .99 .39
	Al1 .2805 .0857 .2930 .01 .39
	Si2 .2885 .1714 .8017 .99 .40
	Al2 .2885 .1714 .8017 .01 .40
	Mg1 0 .0882 .5 .93 .52
	All 0 .0882 .5 .04 .52
	Fe1 0 .0882 .5 .027 .52
	Mn1 0 .0882 .5 .003 .52
	Mg2 0 .1809 0 .36 .47
	Ti2 0 .1809 0 .02 .47
	Fe2 0 .1809 0 .56 .47
	Mn2 0 .1809 0 .06 .47
	Li3 0 0 0 .24 .54
	Mg3 0 0 0 .76 .54
	Na4 0 .2765 .5 .95 1.09
	Ca4 0 .2765 .5 .05 1.09
	NaA 0 .5 0 .11 5.08
	KA 0 .5 0 .04 5.08
	NaAm .0478 .5 .1035 .11 2.93
	KAm .0478 .5 .1035 .04 2.93
	NaA2 0 .4678 0 .11 4.52
	KA2 0 .4678 0 .04 4.52
	H .1891 0 .7547 4.13
	O1 .1112 .0881 .2137 .54
	O2 .1182 .1695 .7326 .57
	Oh3 .1089 0 .7083 .79 .76
	F3 .1089 0 .7083 .21 .76
	O4 .3629 .2504 .7997 .74
	O5 .3493 .1295 .0848 .75
	O6 .3425 .1195 .5833 .71
	O7 .3370 0 .2957 .83
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	Ferri-eckermannite
	Hawthorne F C, Ungaretti L, Oberti R, Cannillo E
	American Mineralogist 79 (1994) 443-451
	The mechanism of Li incorporation in amphiboles
	Sample: A5
	_database_code_amcsd 0001659
	9.779 17.888 5.287 90 103.85 90 C2/m
	atom x y z occ Biso
	Si1 .2802 .0857 .2932 .99 .40
	Al1 .2802 .0857 .2932 .01 .40
	Si2 .2884 .1713 .8016 .99 .42
	Al2 .2884 .1713 .8016 .01 .42
	Mg1 0 .0877 .5 .93 .56
	Al1 0 .0877 .5 .04 .56
	Fe1 0 .0877 .5 .027 .56
	Mn1 0 .0877 .5 .003 .56
	Mg2 0 .1807 0 .36 .47
	Ti2 0 .1807 0 .02 .47
	Fe2 0 .1807 0 .56 .47
	Mn2 0 .1807 0 .06 .47
	Li3 0 0 0 .24 .55
	Mg3 0 0 0 .76 .55
	Na4 0 .2764 .5 .95 1.07
	Ca4 0 .2764 .5 .05 1.07
	NaA 0 .5 0 .11 4.36
	KA 0 .5 0 .04 4.36
	NaAm .0479 .5 .1014 .11 2.81
	KAm .0479 .5 .1014 .04 2.81
	NaA2 0 .4654 0 .11 3.85
	KA2 0 .4654 0 .04 3.85
	H .1739 0 .7437 1.58
	O1 .1111 .0882 .2142 .55
	O2 .1182 .1693 .7318 .60
	Oh3 .1091 0 .7075 .79 .77
	F3 .1091 0 .7075 .21 .77
	O4 .3627 .2503 .7996 .77
	O5 .3492 .1294 .0849 .74
	O6 .3426 .1193 .5836 .72
	O7 .3369 0 .2956 .85
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	Ungarettiite
	Hawthorne F C, Oberti R, Cannillo E, Sardone N, Zanetti A, Grice J D, Ashley P M
	American Mineralogist 80 (1995) 165-172
	A new anhydrous amphibole from the Hoskins mine, Grenfell, New South Wales,
	Australia: Description and crystal structure of ungarettiite,
	NaNa2(Mn2Mn3)Si8O22O2
	Sample U1
	_database_code_amcsd 0001714
	9.889 18.033 5.296 90 105.08 90 C2/m
	atom x y z occ Biso
	O1 .1201 .0832 .2075 .69
	O2 .1170 .1594 .7087 .64
	O3 .0913 0 .7186 .64
	O4 .3488 .2484 .7904 .96
	O5 .3504 .1263 .0716 .86
	O6 .3486 .1185 .5752 .84
	O7 .3502 0 .2934 .93
	Si1 .2885 .0840 .2863 .51
	Si2 .2870 .1680 .7861 .50
	Mn1 0 .0814 .5 .47
	Mn2 0 .1834 0 .89 .61
	Mg2 0 .1834 0 .11 .61
	Mn3 0 0 0 .94 .42
	Mg3 0 0 0 .06 .42
	Na4 0 .2730 .5 .985 1.58
	Ca4 0 .2730 .5 .015 1.58
	NaAm .0362 .5 .0782 .207 2.77
	KAm .0362 .5 .0782 .038 2.77
	NaA2 0 .4873 0 .207 2.68
	KA2 0 .4873 0 .038 2.68
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	Ungarettiite
	Hawthorne F C, Oberti R, Cannillo E, Sardone N, Zanetti A, Grice J D, Ashley P M
	American Mineralogist 80 (1995) 165-172
	A new anhydrous amphibole from the Hoskins mine, Grenfell, New South Wales,
	Australia: Description and crystal structure of ungarettiite,
	NaNa2(Mn2Mn3)Si8O22O2
	Sample U2
	_database_code_amcsd 0001715
	9.893 18.041 5.295 90 105.10 90 C2/m
	atom x y z occ Biso
	O1 .1200 .0832 .2085 .63
	O2 .1171 .1592 .7079 .63
	O3 .0914 0 .7186 .72
	O4 .3490 .2485 .7906 .94
	O5 .3504 .1262 .0712 .85
	O6 .3488 .1186 .5755 .83
	O7 .3502 0 .2941 .93
	Si1 .2885 .0841 .2862 .47
	Si2 .2870 .1680 .7863 .50
	Mn1 0 .0815 .5 .47
	Mn2 0 .1834 0 .89 .58
	Mg2 0 .1834 0 .11 .58
	Mn3 0 0 0 .93 .40
	Mg3 0 0 0 .07 .40
	Na4 0 .2729 .5 .985 1.47
	Ca4 0 .2729 .5 .015 1.47
	Na2 .0364 .5 .0794 .2 2.98
	KAm .0364 .5 .0794 .038 2.98
	NaA2 0 .4896 0 .2 3.04
	KA2 0 .4896 0 .038 3.04
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	Hornblende
	Oberti R, Hawthorne F C, Ungaretti L, Cannillo E
	The Canadian Mineralogist 33 (1995) 867-878
	[6]Al disorder in amphiboles from mantle peridotites
	Sample: F1
	_database_code_amcsd 0005447
	9.873 18.011 5.299 90 105.17 90 C2/m
	atom x y z occ Biso
	SiT1 .2806 .0853 .3022 .779 .38
	AlT1 .2806 .0853 .3022 .221 .38
	SiT2 .2909 .1728 .8124 .779 .44
	AlT2 .2909 .1728 .8124 .221 .44
	MgM1 0 .0892 .5 .78 .50
	FeM1 0 .0892 .5 .22 .50
	TiM2 0 .1768 0 .06 .47
	CrM2 0 .1768 0 .04 .47
	AlM2 0 .1768 0 .22 .47
	FeM2 0 .1768 0 .14 .47
	MgM2 0 .1768 0 .54 .47
	AlM3 0 0 0 .11 .49
	MgM3 0 0 0 .65 .49
	FeM3 0 0 0 .24 .49
	FeM4 0 .2799 .5 .03 .67
	MgM4 0 .2799 .5 .01 .67
	CaM4 0 .2799 .5 .46 .67
	FeM4' 0 .2566 .5 .03 .50
	MgM4' 0 .2566 .5 .01 .50
	CaM4' 0 .2566 .5 .46 .50
	NaA 0 .5 0 .148 5.28
	KA 0 .5 0 .007 5.28
	NaA(m) .0359 .5 .0904 .149 3.97
	KA(m) .0359 .5 .0904 .008 3.97
	NaA(2) 0 .4682 0 .149 1.40
	KA(2) 0 .4682 0 .008 1.40
	H .1908 0 .7618 1.18
	O1 .1070 .0881 .2154 .78
	O2 .1196 .1738 .7327 .63
	Oh3 .1085 0 .7159 .80
	O4 .3680 .2498 .7882 .86
	O5 .3499 .1404 .1122 .86
	O6 .3435 .1162 .6094 .97
	O7 .3395 0 .2744 1.08
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	Hornblende
	Oberti R, Hawthorne F C, Ungaretti L, Cannillo E
	The Canadian Mineralogist 33 (1995) 867-878
	[6]Al disorder in amphiboles from mantle peridotites
	Sample: F3
	_database_code_amcsd 0005448
	9.867 17.998 5.285 90 105.19 90 C2/m
	atom x y z occ Biso
	SiT1 .2805 .0854 .3024 .771 .42
	AlT1 .2805 .0854 .3024 .229 .42
	SiT2 .2911 .1731 .8134 .771 .46
	AlT2 .2911 .1731 .8134 .229 .46
	MgM1 0 .0894 .5 .84 .49
	FeM1 0 .0894 .5 .16 .49
	TiM2 0 .1764 0 .02 .47
	AlM2 0 .1764 0 .27 .47
	FeM2 0 .1764 0 .19 .47
	MgM2 0 .1764 0 .52 .47
	AlM3 0 0 0 .14 .47
	MgM3 0 0 0 .67 .47
	FeM3 0 0 0 .19 .47
	FeM4 0 .2801 .5 .03 .69
	MgM4 0 .2801 .5 .01 .69
	CaM4 0 .2801 .5 .46 .69
	FeM4' 0 .2585 .5 .04 .66
	MgM4' 0 .2585 .5 .01 .66
	CaM4' 0 .2585 .5 .45 .66
	NaA 0 .5 0 .154 4.92
	KA 0 .5 0 .001 4.92
	NaA(m) .0336 .5 .0843 .155 5.33
	KA(m) .0336 .5 .0843 .001 5.33
	NaA(2) 0 .4675 0 .155 1.79
	KA(2) 0 .4675 0 .001 1.79
	H .1850 0 .7650 2.00
	O1 .1065 .0883 .2152 .79
	O2 .1199 .1741 .7341 .67
	Oh3 .1086 0 .7163 .84
	O4 .3682 .2501 .7882 .88
	O5 .3503 .1408 .1130 .86
	O6 .3436 .1162 .6109 .99
	O7 .3400 0 .2731 1.07
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	Hornblende
	Oberti R, Hawthorne F C, Ungaretti L, Cannillo E
	The Canadian Mineralogist 33 (1995) 867-878
	[6]Al disorder in amphiboles from mantle peridotites
	Sample: F4
	_database_code_amcsd 0005449
	9.860 17.984 5.290 90 105.26 90 C2/m
	atom x y z occ Biso
	SiT1 .2807 .0852 .3022 .821 .42
	AlT1 .2807 .0852 .3022 .179 .42
	SiT2 .2905 .1729 .8122 .821 .46
	AlT2 .2905 .1729 .8122 .179 .46
	MgM1 0 .0889 .5 .91 .50
	FeM1 0 .0889 .5 .09 .50
	TiM2 0 .1762 0 .02 .47
	CrM2 0 .1762 0 .02 .47
	AlM2 0 .1762 0 .23 .47
	FeM2 0 .1762 0 .12 .47
	MgM2 0 .1762 0 .61 .47
	AlM3 0 0 0 .25 .46
	MgM3 0 0 0 .66 .46
	FeM3 0 0 0 .09 .46
	FeM4 0 .2798 .5 .02 .67
	CaM4 0 .2798 .5 .47 .67
	NaM4 0 .2798 .5 .01 .67
	FeM4' 0 .2571 .5 .02 .69
	CaM4' 0 .2571 .5 .47 .69
	NaM4' 0 .2571 .5 .01 .69
	NaA 0 .5 0 .110 4.91
	KA 0 .5 0 .068 4.91
	NaA(m) .0291 .5 .0727 .109 4.80
	KA(m) .0291 .5 .0727 .067 4.80
	NaA(2) 0 .4675 0 .109 1.66
	KA(2) 0 .4675 0 .067 1.66
	H .1974 0 .7676 4.31
	O1 .1073 .0875 .2162 .77
	O2 .1195 .1732 .7321 .64
	Oh3 .1084 0 .7173 .77
	O4 .3671 .2500 .7884 .85
	O5 .3496 .1403 .1121 .86
	O6 .3437 .1163 .6090 .96
	O7 .3394 0 .2753 1.11
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	Hornblende
	Oberti R, Hawthorne F C, Ungaretti L, Cannillo E
	The Canadian Mineralogist 33 (1995) 867-878
	[6]Al disorder in amphiboles from mantle peridotites
	Sample: F5
	_database_code_amcsd 0005450
	9.828 17.917 5.290 90 105.16 90 C2/m
	atom x y z occ Biso
	SiT1 .2807 .0855 .3023 .775 .35
	AlT1 .2807 .0855 .3023 .225 .35
	SiT2 .2915 .1733 .8136 .775 .43
	AlT2 .2915 .1733 .8136 .225 .43
	MgM1 0 .0895 .5 .87 .47
	FeM1 0 .0895 .5 .13 .47
	AlM2 0 .1765 0 .36 .45
	FeM2 0 .1765 0 .11 .45
	MgM2 0 .1765 0 .53 .45
	AlM3 0 0 0 .14 .46
	MgM3 0 0 0 .71 .46
	FeM3 0 0 0 .15 .46
	FeM4 0 .2794 .5 .05 .74
	MgM4 0 .2794 .5 .01 .74
	CaM4 0 .2794 .5 .44 .74
	FeM4' 0 .2527 .5 .05 .49
	MgM4' 0 .2527 .5 .01 .49
	CaM4' 0 .2527 .5 .44 .49
	NaA 0 .5 0 .152 5.12
	KA 0 .5 0 .004 5.12
	NaA(m) .0200 .5 .0611 .152 3.12
	KA(m) .0200 .5 .0611 .005 3.12
	NaA(2) 0 .4690 0 .152 1.61
	KA(2) 0 .4690 0 .005 1.61
	H .1902 0 .7667 1.46
	O1 .1060 .0886 .2140 .82
	O2 .1198 .1741 .7356 .64
	Oh3 .1085 0 .7164 .76
	O4 .3688 .2504 .7878 .91
	O5 .3506 .1412 .1134 .83
	O6 .3432 .1161 .6109 1.00
	O7 .3393 0 .2720 1.08
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	Hornblende
	Oberti R, Hawthorne F C, Ungaretti L, Cannillo E
	The Canadian Mineralogist 33 (1995) 867-878
	[6]Al disorder in amphiboles from mantle peridotites
	Sample: F7
	_database_code_amcsd 0005451
	9.866 17.994 5.291 90 105.24 90 C2/m
	atom x y z occ Biso
	SiT1 .2807 .0852 .3023 .796 .42
	AlT1 .2807 .0852 .3023 .204 .42
	SiT2 .2907 .1729 .8123 .796 .46
	AlT2 .2907 .1729 .8123 .204 .46
	MgM1 0 .0889 .5 .92 .51
	FeM1 0 .0889 .5 .08 .51
	TiM2 0 .1761 0 .02 .48
	CrM2 0 .1761 0 .03 .48
	AlM2 0 .1761 0 .20 .48
	FeM2 0 .1761 0 .10 .48
	MgM2 0 .1761 0 .65 .48
	AlM3 0 0 0 .21 .46
	MgM3 0 0 0 .72 .46
	FeM3 0 0 0 .07 .46
	FeM4 0 .2796 .5 .03 .71
	MgM4 0 .2796 .5 .01 .71
	CaM4 0 .2796 .5 .46 .71
	FeM4' 0 .2545 .5 .03 .57
	MgM4' 0 .2545 .5 .01 .57
	CaM4' 0 .2545 .5 .46 .57
	NaA 0 .5 0 .136 3.13
	KA 0 .5 0 .007 3.13
	NaA(m) .0220 .5 .0766 .136 2.55
	KA(m) .0220 .5 .0766 .008 2.55
	NaA(2) 0 .4694 0 .136 2.11
	KA(2) 0 .4694 0 .007 2.11
	H .1973 0 .7625 2.22
	O1 .1071 .0874 .2159 .79
	O2 .1194 .1732 .7324 .66
	Oh3 .1081 0 .7181 .80
	O4 .3673 .2499 .7876 .85
	O5 .3496 .1405 .1126 .89
	O6 .3435 .1160 .6098 .98
	O7 .3400 0 .2739 1.13
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	Hornblende
	Oberti R, Hawthorne F C, Ungaretti L, Cannillo E
	The Canadian Mineralogist 33 (1995) 867-878
	[6]Al disorder in amphiboles from mantle peridotites
	Sample: F8
	_database_code_amcsd 0005452
	9.861 17.959 5.289 90 105.32 90 C2/m
	atom x y z occ Biso
	SiT1 .2807 .0852 .3023 .789 .52
	AlT1 .2807 .0852 .3023 .211 .52
	SiT2 .2908 .1730 .8127 .789 .55
	AlT2 .2908 .1730 .8127 .211 .55
	MgM1 0 .0890 .5 .92 .63
	FeM1 0 .0890 .5 .06 .63
	TiM2 0 .1762 0 .02 .57
	CrM2 0 .1762 0 .02 .57
	AlM2 0 .1762 0 .21 .57
	FeM2 0 .1762 0 .11 .57
	MgM2 0 .1762 0 .64 .57
	AlM3 0 0 0 .21 .55
	MgM3 0 0 0 .72 .55
	FeM3 0 0 0 .07 .55
	FeM4 0 .2799 .5 .03 .78
	MgM4 0 .2799 .5 .01 .78
	CaM4 0 .2799 .5 .46 .78
	FeM4' 0 .2534 .5 .03 .73
	MgM4' 0 .2534 .5 .01 .73
	CaM4' 0 .2534 .5 .46 .73
	NaA 0 .5 0 .140 3.64
	KA 0 .5 0 .008 3.64
	NaA(m) .0139 .5 .0586 .140 3.22
	KA(m) .0139 .5 .0586 .008 3.22
	NaA(2) 0 .4664 0 .140 1.74
	KA(2) 0 .4664 0 .008 1.74
	H .2030 0 .7277 6.24
	O1 .1068 .0873 .2156 .89
	O2 .1196 .1734 .7324 .74
	Oh3 .1082 0 .7182 .86
	O4 .3670 .2500 .7870 .95
	O5 .3495 .1407 .1136 .96
	O6 .3437 .1160 .6112 1.09
	O7 .3398 0 .2730 1.22
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	Hornblende
	Oberti R, Hawthorne F C, Ungaretti L, Cannillo E
	The Canadian Mineralogist 33 (1995) 867-878
	[6]Al disorder in amphiboles from mantle peridotites
	Sample: F9
	_database_code_amcsd 0005453
	9.874 17.995 5.298 90 105.40 90 C2/m
	atom x y z occ Biso
	SiT1 .2806 .0853 .3026 .777 .43
	AlT1 .2806 .0853 .3026 .223 .43
	SiT2 .2907 .1730 .8130 .777 .46
	AlT2 .2907 .1730 .8130 .223 .46
	MgM1 0 .0892 .5 .86 .52
	FeM1 0 .0892 .5 .14 .52
	TiM2 0 .1763 0 .03 .48
	CrM2 0 .1763 0 .03 .48
	AlM2 0 .1763 0 .24 .48
	FeM2 0 .1763 0 .15 .48
	MgM2 0 .1763 0 .55 .48
	AlM3 0 0 0 .17 .48
	MgM3 0 0 0 .67 .48
	FeM3 0 0 0 .16 .48
	FeM4 0 .2800 .5 .03 .70
	MgM4 0 .2800 .5 .01 .70
	CaM4 0 .2800 .5 .46 .70
	FeM4' 0 .2554 .5 .03 .67
	MgM4' 0 .2554 .5 .01 .67
	CaM4' 0 .2554 .5 .46 .67
	NaA 0 .5 0 .155 5.26
	KA 0 .5 0 .006 5.26
	NaA(m) .0292 .5 .0748 .155 3.65
	KA(m) .0292 .5 .0748 .006 3.65
	NaA(2) 0 .4673 0 .155 1.33
	KA(2) 0 .4673 0 .006 1.33
	H .1897 0 .7583 .58
	O1 .1068 .0879 .2156 .81
	O2 .1198 .1737 .7331 .65
	Oh3 .1085 0 .7173 .79
	O4 .3674 .2500 .7880 .83
	O5 .3500 .1407 .1135 .86
	O6 .3437 .1162 .6112 .98
	O7 .3398 0 .2731 1.11
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	Hornblende
	Oberti R, Hawthorne F C, Ungaretti L, Cannillo E
	The Canadian Mineralogist 33 (1995) 867-878
	[6]Al disorder in amphiboles from mantle peridotites
	Sample: F10
	_database_code_amcsd 0005454
	9.871 17.962 5.279 90 105.22 90 C2/m
	atom x y z occ Biso
	SiT1 .2807 .0852 .3028 .772 .40
	AlT1 .2807 .0852 .3028 .228 .40
	SiT2 .2908 .1731 .8130 .772 .44
	AlT2 .2908 .1731 .8130 .228 .44
	MgM1 0 .0893 .5 .91 .48
	FeM1 0 .0893 .5 .09 .48
	TiM2 0 .1762 0 .02 .46
	CrM2 0 .1762 0 .01 .46
	AlM2 0 .1762 0 .24 .46
	FeM2 0 .1762 0 .09 .46
	MgM2 0 .1762 0 .64 .46
	AlM3 0 0 0 .27 .45
	MgM3 0 0 0 .64 .45
	FeM3 0 0 0 .09 .45
	FeM4 0 .2800 .5 .04 .61
	MgM4 0 .2800 .5 .01 .61
	CaM4 0 .2800 .5 .45 .61
	FeM4' 0 .2587 .5 .03 .94
	MgM4' 0 .2587 .5 .01 .94
	CaM4' 0 .2587 .5 .46 .94
	NaA 0 .5 0 .178 5.14
	KA 0 .5 0 .002 5.14
	NaA(m) .0257 .5 .0768 .179 3.23
	KA(m) .0257 .5 .0768 .002 3.23
	NaA(2) 0 .4694 0 .178 1.91
	KA(2) 0 .4694 0 .002 1.91
	H .1853 0 .7606 .79
	O1 .1067 .0871 .2156 .83
	O2 .1198 .1735 .7328 .64
	Oh3 .1077 0 .7188 .79
	O4 .3673 .2501 .7868 .86
	O5 .3504 .1414 .1141 .85
	O6 .3436 .1151 .6136 .99
	O7 .3411 0 .2696 1.00
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	Pargasite
	Oberti R, Hawthorne F C, Ungaretti L, Cannillo E
	The Canadian Mineralogist 33 (1995) 867-878
	[6]Al disorder in amphiboles from mantle peridotites
	Sample: F11
	_database_code_amcsd 0005455
	9.857 17.932 5.285 90 105.36 90 C2/m
	atom x y z occ Biso
	SiT1 .2807 .0854 .3031 .761 .46
	AlT1 .2807 .0854 .3031 .239 .46
	SiT2 .2910 .1734 .8139 .761 .50
	AlT2 .2910 .1734 .8139 .239 .50
	MgM1 0 .0894 .5 .93 .53
	FeM1 0 .0894 .5 .07 .53
	CrM2 0 .1762 0 .02 .54
	AlM2 0 .1762 0 .31 .54
	FeM2 0 .1762 0 .05 .54
	MgM2 0 .1762 0 .62 .54
	AlM3 0 0 0 .28 .50
	MgM3 0 0 0 .64 .50
	FeM3 0 0 0 .08 .50
	FeM4 0 .2796 .5 .08 .77
	MgM4 0 .2796 .5 .02 .77
	CaM4 0 .2796 .5 .90 .77
	FeM4' 0 .2543 .5 .08 .87
	MgM4' 0 .2543 .5 .02 .87
	CaM4' 0 .2543 .5 .92 .87
	NaA 0 .5 0 .187 2.36
	KA 0 .5 0 .003 2.36
	NaA(m) .0254 .5 .0801 .187 5.31
	KA(m) .0254 .5 .0801 .003 5.31
	NaA(2) 0 .4683 0 .186 1.26
	KA(2) 0 .4683 0 .002 1.26
	H .1855 0 .7555 2.69
	O1 .1059 .0875 .2144 .92
	O2 .1197 .1736 .7347 .69
	Oh3 .1074 0 .7183 .85
	O4 .3679 .2505 .7871 .92
	O5 .3507 .1416 .1146 .88
	O6 .3433 .1152 .6146 1.05
	O7 .3410 0 .2694 1.09
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	Pargasite
	Oberti R, Hawthorne F C, Ungaretti L, Cannillo E
	The Canadian Mineralogist 33 (1995) 867-878
	[6]Al disorder in amphiboles from mantle peridotites
	Sample: F12
	_database_code_amcsd 0005456
	9.854 17.935 5.285 90 105.31 90 C2/m
	atom x y z occ Biso
	SiT1 .2807 .0854 .3030 .762 .43
	AlT1 .2807 .0854 .3030 .238 .43
	SiT2 .2910 .1734 .8139 .762 .45
	AlT2 .2910 .1734 .8139 .238 .45
	MgM1 0 .0894 .5 .92 .50
	FeM1 0 .0894 .5 .08 .50
	CrM2 0 .1762 0 .02 .47
	AlM2 0 .1762 0 .32 .47
	FeM2 0 .1762 0 .04 .47
	MgM2 0 .1762 0 .62 .47
	AlM3 0 0 0 .27 .48
	MgM3 0 0 0 .65 .48
	FeM3 0 0 0 .08 .48
	FeM4 0 .2800 .5 .03 .62
	MgM4 0 .2800 .5 .02 .62
	CaM4 0 .2800 .5 .45 .62
	FeM4' 0 .2586 .5 .03 .80
	MgM4' 0 .2586 .5 .02 .80
	CaM4' 0 .2586 .5 .45 .80
	NaA 0 .5 0 .183 5.72
	KA 0 .5 0 .002 5.72
	NaA(m) .0169 .5 .0583 .183 3.78
	KA(m) .0169 .5 .0583 .002 3.78
	NaA(2) 0 .4696 0 .183 1.82
	KA(2) 0 .4696 0 .002 1.82
	H .1926 0 .7648 2.27
	O1 .1060 .0875 .2146 .90
	O2 .1196 .1736 .7346 .66
	Oh3 .1076 0 .7189 .83
	O4 .3677 .2505 .7875 .88
	O5 .3507 .1417 .1151 .86
	O6 .3434 .1153 .6143 1.02
	O7 .3410 0 .2694 1.04
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	Hornblende
	Oberti R, Hawthorne F C, Ungaretti L, Cannillo E
	The Canadian Mineralogist 33 (1995) 867-878
	[6]Al disorder in amphiboles from mantle peridotites
	Sample: F13
	_database_code_amcsd 0005457
	9.886 18.009 5.291 90 105.24 90 C2/m
	atom x y z occ Biso
	SiT1 .2798 .0851 .3020 .826 .38
	AlT1 .2798 .0851 .3020 .174 .38
	SiT2 .2898 .1726 .8110 .826 .41
	AlT2 .2898 .1726 .8110 .174 .41
	MgM1 0 .0888 .5 .92 .45
	FeM1 0 .0888 .5 .08 .45
	TiM2 0 .1762 0 .03 .44
	CrM2 0 .1762 0 .11 .44
	AlM2 0 .1762 0 .10 .44
	FeM2 0 .1762 0 .02 .44
	MgM2 0 .1762 0 .74 .44
	AlM3 0 0 0 .11 .44
	MgM3 0 0 0 .82 .44
	FeM3 0 0 0 .07 .44
	FeM4 0 .2795 .5 .02 .67
	CaM4 0 .2795 .5 .48 .67
	FeM4' 0 .2559 .5 .02 .59
	CaM4' 0 .2559 .5 .48 .59
	NaA 0 .5 0 .107 1.05
	KA 0 .5 0 .034 1.05
	NaA(m) .0286 .5 .0657 .106 3.39
	KA(m) .0286 .5 .0657 .034 3.39
	NaA(2) 0 .4682 0 .107 2.38
	KA(2) 0 .4682 0 .034 2.38
	H .1976 0 .7615 2.65
	O1 .1078 .0872 .2173 .65
	O2 .1194 .1728 .7303 .58
	Oh3 .1084 0 .7164 .68
	O4 .3665 .2494 .7891 .79
	O5 .3484 .1389 .1102 .84
	O6 .3436 .1165 .6062 .88
	O7 .3385 0 .2805 1.09
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	Pargasite
	Oberti R, Hawthorne F C, Ungaretti L, Cannillo E
	The Canadian Mineralogist 33 (1995) 867-878
	[6]Al disorder in amphiboles from mantle peridotites
	Sample: F14
	_database_code_amcsd 0005458
	9.855 17.927 5.283 90 105.44 90 C2/m
	atom x y z occ Biso
	SiT1 .2808 .0854 .3033 .759 .46
	AlT1 .2808 .0854 .3033 .241 .46
	SiT2 .2910 .1734 .8141 .759 .49
	AlT2 .2910 .1734 .8141 .241 .49
	MgM1 0 .0894 .5 .92 .51
	FeM1 0 .0894 .5 .08 .51
	CrM2 0 .1761 0 .01 .50
	AlM2 0 .1761 0 .32 .50
	FeM2 0 .1761 0 .06 .50
	MgM2 0 .1761 0 .61 .50
	AlM3 0 0 0 .27 .48
	MgM3 0 0 0 .66 .48
	FeM3 0 0 0 .07 .48
	FeM4 0 .2796 .5 .03 .73
	MgM4 0 .2796 .5 .02 .73
	CaM4 0 .2796 .5 .45 .73
	FeM4' 0 .2544 .5 .03 .89
	MgM4' 0 .2544 .5 .02 .89
	CaM4' 0 .2544 .5 .45 .89
	NaA 0 .5 0 .187 1.86
	KA 0 .5 0 .001 1.86
	NaA(m) .0264 .5 .0833 .187 2.93
	KA(m) .0264 .5 .0833 .002 2.93
	NaA(2) 0 .4678 0 .187 1.25
	KA(2) 0 .4678 0 .001 1.25
	H .1835 0 .7725 2.05
	O1 .1059 .0874 .2145 .91
	O2 .1197 .1736 .7345 .68
	Oh3 .1073 0 .7188 .86
	O4 .3680 .2505 .7868 .94
	O5 .3507 .1419 .1153 .86
	O6 .3431 .1151 .6149 1.04
	O7 .3412 0 .2692 1.05
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	Pargasite
	Oberti R, Hawthorne F C, Ungaretti L, Cannillo E
	The Canadian Mineralogist 33 (1995) 867-878
	[6]Al disorder in amphiboles from mantle peridotites
	Sample: F15
	_database_code_amcsd 0005459
	9.854 17.931 5.282 90 105.33 90 C2/m
	atom x y z occ Biso
	SiT1 .2808 .0854 .3031 .762 .43
	AlT1 .2808 .0854 .3031 .238 .43
	SiT2 .2911 .1734 .8139 .762 .46
	AlT2 .2911 .1734 .8139 .238 .46
	MgM1 0 .0894 .5 .92 .50
	FeM1 0 .0894 .5 .08 .50
	CrM2 0 .1762 0 .02 .47
	AlM2 0 .1762 0 .30 .47
	FeM2 0 .1762 0 .04 .47
	MgM2 0 .1762 0 .64 .47
	AlM3 0 0 0 .32 .46
	MgM3 0 0 0 .61 .46
	FeM3 0 0 0 .07 .46
	FeM4 0 .2801 .5 .03 .61
	MgM4 0 .2801 .5 .02 .61
	CaM4 0 .2801 .5 .44 .61
	NaM4 0 .2801 .5 .01 .61
	FeM4' 0 .2592 .5 .03 .71
	MgM4' 0 .2592 .5 .02 .71
	CaM4' 0 .2592 .5 .44 .71
	NaM4' 0 .2592 .5 .01 .71
	NaA 0 .5 0 .182 6.39
	KA 0 .5 0 .002 6.39
	NaA(m) .0232 .5 .0501 .181 5.80
	KA(m) .0232 .5 .0501 .002 5.80
	NaA(2) 0 .4691 0 .182 1.32
	KA(2) 0 .4691 0 .002 1.32
	H .1893 0 .7677 1.67
	O1 .1062 .0873 .2148 .89
	O2 .1197 .1736 .7344 .67
	Oh3 .1074 0 .7195 .82
	O4 .3677 .2505 .7870 .88
	O5 .3507 .1419 .1153 .86
	O6 .3434 .1150 .6148 1.02
	O7 .3412 0 .2686 1.04
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	Richterite
	Oberti R, Ungaretti L, Cannillo E, Hawthorne F C
	European Journal of Mineralogy 4 (1992) 425-439
	The behaviour of Ti in amphiboles: I. Four- and six-coordinate Ti in richterite
	Sample: R(1) Fluor-richterite
	_database_code_amcsd 0006438
	9.884 18.005 5.274 90 104.65 90 C2/m
	atom x y z occ Biso
	O1 .1111 .0853 .2187 .51
	O2 .1190 .1698 .7262 .55
	O3 .1053 0 .7140 .4185 .65
	F .1053 0 .7140 .5815 .65
	O4 .3630 .2487 .7935 .73
	O5 .3469 .1326 .0970 .80
	O6 .3436 .1173 .5933 .73
	O7 .3393 0 .2929 .86
	NaA 0 .5 0 .304 4.39
	KA 0 .5 0 .133 4.39
	NaAm .0368 .5 .0811 .152 3.02
	KAm .0368 .5 .0811 .0665 3.02
	TiM1 0 .0886 .5 .0047 .48
	FeM1 0 .0886 .5 .0533 .48
	MgM1 0 .0886 .5 .9393 .48
	MnM1 0 .0886 .5 .0026 .48
	TiM2 0 .1781 0 .0047 .47
	FeM2 0 .1781 0 .0533 .47
	MgM2 0 .1781 0 .9393 .47
	MnM2 0 .1781 0 .0026 .47
	TiM3 0 0 0 .0047 .45
	FeM3 0 0 0 .0533 .45
	MgM3 0 0 0 .9393 .45
	MnM3 0 0 0 .0026 .45
	CaM4 0 .2774 .5 .6965 .89
	NaM4 0 .2774 .5 .28 .89
	SiT1 .2793 .0845 .2978 .9536 .38
	AlT1 .2793 .0845 .2978 .0448 .38
	TiT1 .2793 .0845 .2978 .0016 .38
	SiT2 .2875 .1714 .8046 .9536 .38
	AlT2 .2875 .1714 .8046 .0448 .38
	TiT2 .2875 .1714 .8046 .0016 .38
	H .1983 0 .7911 .4185 .40
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	Richterite
	Oberti R, Ungaretti L, Cannillo E, Hawthorne F C
	European Journal of Mineralogy 4 (1992) 425-439
	The behaviour of Ti in amphiboles: I. Four- and six-coordinate Ti in richterite
	Sample: R(2) Potassium-richterite
	_database_code_amcsd 0006439
	9.998 17.976 5.273 90 104.75 90 C2/m
	atom x y z occ Biso
	O1 .1097 .0866 .2178 .46
	O2 .1182 .1702 .7261 .53
	O3 .1054 0 .7143 .69 .59
	F .1054 0 .7143 .31 .59
	O4 .3620 .2481 .7980 .71
	O5 .3436 .1302 .0948 .66
	O6 .3399 .1172 .5929 .64
	O7 .3319 0 .3008 .63
	NaA 0 .5 0 .1035 1.29
	KA 0 .5 0 .436 1.29
	NaAm .0328 .5 .0764 .0517 .83
	KAm .0328 .5 .0764 .218 .83
	AlM1 0 .0892 .5 .0098 .47
	TiM1 0 .0892 .5 .0012 .47
	MgM1 0 .0892 .5 .9745 .47
	MnM1 0 .0892 .5 .0145 .47
	AlM2 0 .1795 0 .0098 .51
	TiM2 0 .1795 0 .0012 .51
	MgM2 0 .1795 0 .9745 .51
	MnM2 0 .1795 0 .0145 .51
	AlM3 0 0 0 .0098 .39
	TiM3 0 0 0 .0012 .39
	MgM3 0 0 0 .9745 .39
	MnM3 0 0 0 .0145 .39
	SrM4 0 .2776 .5 .0255 .86
	CaM4 0 .2776 .5 .521 .86
	NaM4 0 .2776 .5 .4535 .86
	SiT1 .2749 .0853 .2987 .9939 .33
	AlT1 .2749 .0853 .2987 .0061 .33
	SiT2 .2847 .1720 .8042 .9939 .34
	AlT2 .2847 .1720 .8042 .0061 .34
	H .1904 0 .7509 .69 2.05
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	Richterite
	Oberti R, Ungaretti L, Cannillo E, Hawthorne F C
	European Journal of Mineralogy 4 (1992) 425-439
	The behaviour of Ti in amphiboles: I. Four- and six-coordinate Ti in richterite
	Sample: R(3) Potassium-fluor-richterite
	_database_code_amcsd 0006440
	9.970 17.985 5.273 90 104.81 90 C2/m
	atom x y z occ Biso
	O1 .1106 .0853 .2191 .47
	O2 .1177 .1693 .7263 .56
	OH3 .1029 0 .7146 .3685 .65
	F .1029 0 .7146 .6315 .65
	O4 .3619 .2485 .7967 .84
	O5 .3447 .1306 .0974 .79
	O6 .3412 .1171 .5940 .76
	O7 .3348 0 .3003 .74
	NaA 0 .5 0 .21 2.47
	KA 0 .5 0 .362 2.47
	NaAm .0326 .5 .0747 .0525 1.63
	KAm .0326 .5 .0747 .0905 1.63
	NaA2 0 .4706 0 .0525 4.80
	KA2 0 .4706 0 .0905 4.80
	FeM1 0 .0892 .5 .0025 .44
	MgM1 0 .0892 .5 .9966 .44
	MnM1 0 .0892 .5 .0008 .44
	FeM2 0 .1789 0 .0025 .55
	MgM2 0 .1789 0 .9966 .55
	MnM2 0 .1789 0 .0008 .55
	FeM3 0 0 0 .0025 .46
	MgM3 0 0 0 .9966 .46
	MnM3 0 0 0 .0008 .46
	CaM4 0 .2780 .5 .549 .87
	NaM4 0 .2780 .5 .376 .87
	SiT1 .2767 .0848 .3005 .9859 .36
	AlT1 .2767 .0848 .3005 .0023 .36
	TiT1 .2767 .0848 .3005 .0003 .36
	SiT2 .2854 .1716 .8056 .9859 .41
	AlT2 .2854 .1716 .8056 .0023 .41
	TiT2 .2854 .1716 .8056 .0003 .41
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	Richterite
	Oberti R, Ungaretti L, Cannillo E, Hawthorne F C
	European Journal of Mineralogy 4 (1992) 425-439
	The behaviour of Ti in amphiboles: I. Four- and six-coordinate Ti in richterite
	Sample: R(5) Potassium-fluor-richterite
	_database_code_amcsd 0006441
	9.948 18.025 5.281 90 104.72 90 C2/m
	atom x y z occ Biso
	O1 .1112 .0862 .2203 .57
	O2 .1175 .1686 .7240 .67
	OH3 .1041 0 .7119 .668 .92
	F .1041 0 .7119 .332 .92
	O4 .3606 .2486 .7986 1.00
	O5 .3453 .1295 .0940 .87
	O6 .3430 .1185 .5907 .85
	O7 .3353 0 .3050 .84
	NaA 0 .5 0 .09 2.30
	KA 0 .5 0 .386 2.30
	NaAm .0369 .5 .0790 .0225 1.71
	KAm .0369 .5 .0790 .0965 1.71
	NaA2 0 .4670 0 .0225 2.51
	KA2 0 .4670 0 .0965 2.51
	TiM1 0 .0836 .5 .1036 .84
	FeM1 0 .0836 .5 .1166 .84
	MgM1 0 .0836 .5 .7778 .84
	MnM1 0 .0836 .5 .002 .84
	TiM2 0 .1796 0 .1036 .61
	FeM2 0 .1796 0 .1166 .61
	MgM2 0 .1796 0 .7778 .61
	MnM2 0 .1796 0 .002 .61
	TiM3 0 0 0 .1036 .57
	FeM3 0 0 0 .1166 .57
	MgM3 0 0 0 .7778 .57
	MnM3 0 0 0 .002 .57
	CaM4 0 .2766 .5 .2415 .98
	NaM4 0 .2766 .5 .2483 .98
	CaM42 0 .2559 .5 .2415 .55
	NaM42 0 .2559 .5 .2483 .55
	SiT1 .2780 .0849 .3002 .9663 .48
	AlT1 .2780 .0849 .3002 .01 .48
	TiT1 .2780 .0849 .3002 .0238 .48
	SiT2 .2855 .1714 .8046 .9663 .49
	AlT2 .2855 .1714 .8046 .01 .49
	TiT2 .2855 .1714 .8046 .0238 .49
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	Richterite
	Oberti R, Ungaretti L, Cannillo E, Hawthorne F C
	European Journal of Mineralogy 4 (1992) 425-439
	The behaviour of Ti in amphiboles: I. Four- and six-coordinate Ti in richterite
	Sample: R(6) Potassium-fluor-richterite
	_database_code_amcsd 0006442
	9.950 18.035 5.284 90 104.76 90 C2/m
	atom x y z occ Biso
	O1 .1111 .0864 .2204 .56
	O2 .1175 .1686 .7240 .63
	OH3 .1045 0 .7127 .6405 .93
	F .1045 0 .7127 .3595 .93
	O4 .3606 .2487 .7984 .99
	O5 .3451 .1296 .0941 .89
	O6 .3431 .1185 .5909 .85
	O7 .3356 0 .3058 .84
	NaA 0 .5 0 .1115 2.19
	KA 0 .5 0 .3885 2.19
	NaAm .0357 .5 .0762 .0278 2.17
	KA 0 .5 0 .1942 2.19
	NaA2 0 .4739 0 .0278 2.17
	KA2 0 .4739 0 .0972 2.17
	TiM1 0 .0830 .5 .0954 .82
	FeM1 0 .0830 .5 .1086 .82
	MgM1 0 .0830 .5 .7927 .82
	MnM1 0 .0830 .5 .0032 .82
	TiM2 0 .1795 0 .0954 .58
	FeM2 0 .1795 0 .1086 .58
	MgM2 0 .1795 0 .7927 .58
	MnM2 0 .1795 0 .0032 .58
	TiM3 0 0 0 .0954 .51
	FeM3 0 0 0 .1086 .51
	MgM3 0 0 0 .7927 .51
	MnM3 0 0 0 .0032 .51
	CaM4 0 .2766 .5 .2425 .91
	NaM4 0 .2766 .5 .2442 .91
	CaM42 0 .2512 .5 .2425 .57
	NaM42 0 .2512 .5 .2442 .57
	SiT1 .2782 .0849 .3007 .965 .47
	AlT1 .2782 .0849 .3007 .0106 .47
	TiT1 .2782 .0849 .3007 .0244 .47
	SiT2 .2855 .1714 .8049 .965 .48
	AlT2 .2855 .1714 .8049 .0106 .48
	TiT2 .2855 .1714 .8049 .0244 .48
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	Richterite
	Oberti R, Ungaretti L, Cannillo E, Hawthorne F C
	European Journal of Mineralogy 4 (1992) 425-439
	The behaviour of Ti in amphiboles: I. Four- and six-coordinate Ti in richterite
	Sample: R(7) Potassium-fluor-richterite
	_database_code_amcsd 0006443
	10.020 18.026 5.282 90 104.96 90 C2/m
	atom x y z occ Biso
	O1 .1103 .0854 .2199 .51
	O2 .1172 .1693 .7258 .63
	OH3 .1023 0 .7148 .3085 .77
	F .1023 0 .7148 .6915 .77
	O4 .3609 .2484 .7989 .99
	O5 .3439 .1299 .0992 .90
	O6 .3407 .1176 .5950 .89
	O7 .3335 0 .3063 .76
	KA 0 .5 0 .3286 1.64
	KAm .0284 .5 .0644 .3286 1.48
	TiM1 0 .0886 .5 .01 .60
	FeM1 0 .0886 .5 .0583 .60
	MgM1 0 .0886 .5 .93 .60
	MnM1 0 .0886 .5 .0012 .60
	TiM2 0 .1792 0 .01 .60
	FeM2 0 .1792 0 .0583 .60
	MgM2 0 .1792 0 .93 .60
	MnM2 0 .1792 0 .0012 .60
	TiM3 0 0 0 .01 .49
	FeM3 0 0 0 .0583 .49
	MgM3 0 0 0 .93 .49
	MnM3 0 0 0 .0012 .49
	CaM4 0 .2778 .5 .507 .97
	NaM4 0 .2778 .5 .4815 .97
	SiT1 .2758 .0848 .3028 .9596 .45
	AlT1 .2758 .0848 .3028 .0066 .45
	TiT1 .2758 .0848 .3028 .0337 .45
	SiT2 .2845 .1718 .8080 .9596 .47
	AlT2 .2845 .1718 .8080 .0066 .47
	TiT2 .2845 .1718 .8080 .0337 .47
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	Richterite
	Oberti R, Ungaretti L, Cannillo E, Hawthorne F C
	European Journal of Mineralogy 4 (1992) 425-439
	The behaviour of Ti in amphiboles: I. Four- and six-coordinate Ti in richterite
	Sample: R(8) Potassium-fluor-richterite
	_database_code_amcsd 0006444
	10.022 18.029 5.284 90 105.01 90 C2/m
	atom x y z occ Biso
	O1 .1102 .0854 .2200 .50
	O2 .1172 .1694 .7258 .64
	OH3 .1022 0 .7148 .278 .72
	F .1022 0 .7148 .722 .72
	O4 .3610 .2484 .7993 1.00
	O5 .3439 .1300 .0997 .89
	O6 .3407 .1175 .5951 .88
	O7 .3335 0 .3068 .76
	KA 0 .5 0 1/3 1.98
	KAm .0300 .5 .0663 1/3 1.57
	TiM1 0 .0886 .5 .0082 .61
	FeM1 0 .0886 .5 .059 .61
	MgM1 0 .0886 .5 .9313 .61
	MnM1 0 .0886 .5 .0014 .61
	TiM2 0 .1792 0 .0082 .60
	FeM2 0 .1792 0 .059 .60
	MgM2 0 .1792 0 .9313 .60
	MnM2 0 .1792 0 .0014 .60
	TiM3 0 0 0 .0082 .49
	FeM3 0 0 0 .059 .49
	MgM3 0 0 0 .9313 .49
	MnM3 0 0 0 .0014 .49
	CaM4 0 .2779 .5 .513 .97
	NaM4 0 .2779 .5 .4675 .97
	SiT1 .2758 .0848 .3030 .9475 .43
	AlT1 .2758 .0848 .3030 .0077 .43
	TiT1 .2758 .0848 .3030 .0447 .43
	SiT2 .2845 .1718 .8083 .9475 .46
	AlT2 .2845 .1718 .8083 .0077 .46
	TiT2 .2845 .1718 .8083 .0447 .46
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	Richterite
	Oberti R, Ungaretti L, Cannillo E, Hawthorne F C
	European Journal of Mineralogy 4 (1992) 425-439
	The behaviour of Ti in amphiboles: I. Four- and six-coordinate Ti in richterite
	Sample: R(9) Potassium-fluor-richterite
	_database_code_amcsd 0006445
	10.025 18.034 5.286 90 104.98 90 C2/m
	atom x y z occ Biso
	O1 .1103 .0854 .2202 .53
	O2 .1171 .1694 .7258 .67
	OH3 .1021 0 .7151 .2665 .78
	F .1021 0 .7151 .7335 .78
	O4 .3608 .2485 .7985 1.05
	O5 .3440 .1300 .1001 .94
	O6 .3408 .1176 .5955 .94
	O7 .3332 0 .3066 .76
	KA 0 .5 0 .3326 2.00
	KAm .0283 .5 .0652 .3326 1.53
	TiM1 0 .0886 .5 .0076 .66
	FeM1 0 .0886 .5 .0606 .66
	MgM1 0 .0886 .5 .9304 .66
	MnM1 0 .0886 .5 .0015 .66
	TiM2 0 .1791 0 .0076 .65
	FeM2 0 .1791 0 .0606 .65
	MgM2 0 .1791 0 .9304 .65
	MnM2 0 .1791 0 .0015 .65
	TiM3 0 0 0 .0076 .55
	FeM3 0 0 0 .0606 .55
	MgM3 0 0 0 .9304 .55
	MnM3 0 0 0 .0015 .55
	CaM4 0 .2780 .5 .515 1.01
	NaM4 0 .2780 .5 .4675 1.01
	SiT1 .2759 .0848 .3034 .9428 .46
	AlT1 .2759 .0848 .3034 .0088 .46
	TiT1 .2759 .0848 .3034 .0485 .46
	SiT2 .2845 .1718 .8087 .9428 .49
	AlT2 .2845 .1718 .8087 .0088 .49
	TiT2 .2845 .1718 .8087 .0485 .49
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	Richterite
	Oberti R, Ungaretti L, Cannillo E, Hawthorne F C
	European Journal of Mineralogy 4 (1992) 425-439
	The behaviour of Ti in amphiboles: I. Four- and six-coordinate Ti in richterite
	Sample: R(12) Potassium-fluor-richterite
	Note: z-coordinate of O2 corrected
	_database_code_amcsd 0006446
	10.028 18.039 5.289 90 105.04 90 C2/m
	atom x y z occ Biso
	O1 .1103 .0853 .2203 .51
	O2 .1169 .1695 .7258 .66
	OH3 .1021 0 .7152 2 .71
	O4 .3611 .2485 .7990 1.09
	O5 .3441 .1302 .1011 .97
	O6 .3406 .1175 .5958 .96
	O7 .3335 0 .3070 .79
	KA 0 .5 0 .323 2.41
	KAm .0269 .5 .0598 .323 2.50
	TiM1 0 .0885 .5 .006 .61
	FeM1 0 .0885 .5 .0646 .61
	MgM1 0 .0885 .5 .9283 .61
	MnM1 0 .0885 .5 .001 .61
	TiM2 0 .1789 0 .006 .62
	FeM2 0 .1789 0 .0646 .62
	MgM2 0 .1789 0 .9283 .62
	MnM2 0 .1789 0 .001 .62
	TiM3 0 0 0 .006 .49
	FeM3 0 0 0 .0646 .49
	MgM3 0 0 0 .9283 .49
	MnM3 0 0 0 .001 .49
	CaM4 0 .2781 .5 .5265 .95
	NaM4 0 .2781 .5 .4595 .95
	SiT1 .2759 .0848 .3038 .9456 .46
	AlT1 .2759 .0848 .3038 .0096 .46
	TiT1 .2759 .0848 .3038 .0447 .46
	SiT2 .2845 .1718 .8093 .9456 .48
	AlT2 .2845 .1718 .8093 .0096 .48
	TiT2 .2845 .1718 .8093 .0447 .48
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	Richterite
	Oberti R, Hawthorne F C, Ungaretti L, Cannillo E
	European Journal of Mineralogy 5 (1993) 43-51
	The behaviour of Mn in amphiboles: Mn in richerite
	Sample: MR(1)
	_database_code_amcsd 0006464
	9.891 18.018 5.276 90 104.15 90 C2/m
	atom x y z occ Biso
	NaA2/m 0 .5 0 .136 3.58
	KA2/m 0 .5 0 .042 3.58
	NaAm .0368 .5 .0876 .136 3.53
	KAm .0368 .5 .0876 .042 3.53
	NaA2 0 .4646 0 .136 2.06
	KA2 0 .4646 0 .042 2.06
	MgM1 0 .0888 .5 .95 .58
	FeM1 0 .0888 .5 .05 .58
	MgM2 0 .1800 0 .67 .61
	AlM2 0 .1800 0 .04 .61
	MnM2 0 .1800 0 .23 .61
	FeM2 0 .1800 0 .06 .61
	MgM3 0 0 0 .98 .55
	FeM3 0 0 0 .02 .55
	NaM4 0 .2742 .5 .2236 1.30
	CaM4 0 .2742 .5 .1909 1.30
	MnM4 0 .2742 .5 .0854 1.30
	NaM4' 0 .2509 .5 .2236 .32
	CaM4' 0 .2509 .5 .1909 .32
	MnM4' 0 .2509 .5 .0854 .32
	SiT1 .2789 .0847 .2932 .99 .49
	AlT1 .2789 .0847 .2932 .01 .49
	SiT2 .2877 .1709 .7992 .99 .5
	AlT2 .2877 .1709 .7992 .01 .5
	H .1938 0 .7807 .835 1.35
	O1 .1120 .0857 .2170 .58
	O2 .1198 .1701 .7249 .66
	O3 .1072 0 .7136 .835 .77
	F .1072 0 .7136 .165 .77
	O4 .3639 .2476 .7897 1.01
	O5 .3465 .1307 .0885 .89
	O6 .3425 .1161 .5876 .92
	O7 .3379 0 .2854 1.01
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	Richterite
	Oberti R, Hawthorne F C, Ungaretti L, Cannillo E
	European Journal of Mineralogy 5 (1993) 43-51
	The behaviour of Mn in amphiboles: Mn in richerite
	Sample: MR(2)
	_database_code_amcsd 0006465
	9.892 18.027 5.278 90 104.09 90 C2/m
	atom x y z occ Biso
	NaA2/m 0 .5 0 .148 3.96
	KA2/m 0 .5 0 .04 3.96
	NaAm .0378 .5 .0885 .148 3.60
	KAm .0378 .5 .0885 .04 3.60
	NaA2 0 .4654 0 .148 3.45
	KA2 0 .4654 0 .04 3.45
	MgM1 0 .0887 .5 .96 .54
	FeM1 0 .0887 .5 .04 .54
	MgM2 0 .1800 0 .68 .61
	AlM2 0 .1800 0 .02 .61
	MnM2 0 .1800 0 .23 .61
	FeM2 0 .1800 0 .07 .61
	MgM3 0 0 0 .98 .50
	FeM3 0 0 0 .02 .50
	NaM4 0 .2752 .5 .22 1.15
	MgM4 0 .2752 .5 .005 1.15
	CaM4 0 .2752 .5 .1875 1.15
	MnM4 0 .2752 .5 .0875 1.15
	NaM4' 0 .2578 .5 .22 .84
	MgM4' 0 .2578 .5 .005 .84
	CaM4' 0 .2578 .5 .1875 .84
	MnM4' 0 .2578 .5 .0875 .84
	SiT1 .2789 .0847 .2932 .9875 .43
	AlT1 .2789 .0847 .2932 .0125 .43
	SiT2 .2876 .1709 .7991 .9875 .48
	AlT2 .2876 .1709 .7991 .0125 .48
	H .1904 0 .7461 .83 .64
	O1 .1119 .0858 .2168 .55
	O2 .1198 .1701 .7244 .64
	O3 .1074 0 .7135 .83 .69
	F .1074 0 .7135 .17 .69
	O4 .3638 .2477 .7903 1.00
	O5 .3464 .1307 .0885 .87
	O6 .3426 .1162 .5877 .88
	O7 .3378 0 .2858 .97
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	Richterite
	Oberti R, Hawthorne F C, Ungaretti L, Cannillo E
	European Journal of Mineralogy 5 (1993) 43-51
	The behaviour of Mn in amphiboles: Mn in richerite
	Sample: MR(3)
	_database_code_amcsd 0006466
	9.909 18.030 5.278 90 104.23 90 C2/m
	atom x y z occ Biso
	NaA2/m 0 .5 0 .138 2.84
	KA2/m 0 .5 0 .048 2.84
	NaAm .0351 .5 .0856 .138 2.77
	KAm .0351 .5 .0856 .048 2.77
	NaA2 0 .4666 0 .138 2.90
	KA2 0 .4666 0 .048 2.90
	MgM1 0 .0888 .5 .95 .52
	FeM1 0 .0888 .5 .05 .52
	MgM2 0 .1798 0 .69 .61
	AlM2 0 .1798 0 .02 .61
	MnM2 0 .1798 0 .23 .61
	FeM2 0 .1798 0 .06 .61
	MgM3 0 0 0 .98 .50
	FeM3 0 0 0 .02 .50
	NaM4 0 .2756 .5 .2025 1.14
	MgM4 0 .2756 .5 .005 1.14
	CaM4 0 .2756 .5 .22 1.14
	MnM4 0 .2756 .5 .0725 1.14
	NaM4' 0 .2558 .5 .2025 .89
	MgM4' 0 .2558 .5 .005 .89
	CaM4' 0 .2558 .5 .22 .89
	MnM4' 0 .2558 .5 .0725 .89
	SiT1 .2786 .0847 .2944 .98 .42
	AlT1 .2786 .0847 .2944 .02 .42
	SiT2 .2874 .1709 .8002 .98 .46
	AlT2 .2874 .1709 .8002 .02 .46
	H .1836 0 .7468 .85 3.10
	O1 .1115 .0858 .2171 .55
	O2 .1197 .1702 .7247 .63
	O3 .1071 0 .7138 .85 .69
	F .1071 0 .7138 .15 .69
	O4 .3638 .2476 .7904 .96
	O5 .3462 .1311 .0906 .85
	O6 .3425 .1160 .5898 .85
	O7 .3376 0 .2860 .94
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	Richterite
	Oberti R, Hawthorne F C, Ungaretti L, Cannillo E
	European Journal of Mineralogy 5 (1993) 43-51
	The behaviour of Mn in amphiboles: Mn in richerite
	Sample: MR(4)
	_database_code_amcsd 0006467
	9.966 18.066 5.279 90 104.40 90 C2/m
	atom x y z occ Biso
	NaA2/m 0 .5 0 .11 3.81
	KA2/m 0 .5 0 .07 3.81
	NaAm .0272 .5 .0763 .11 4.93
	KAm .0272 .5 .0763 .07 4.93
	NaA2 0 .4679 0 .11 1.86
	KA2 0 .4679 0 .07 1.86
	MgM1 0 .0888 .5 .93 .56
	FeM1 0 .0888 .5 .07 .56
	MgM2 0 .1806 0 .54 .64
	AlM2 0 .1806 0 .03 .64
	MnM2 0 .1806 0 .41 .64
	FeM2 0 .1806 0 .02 .64
	MgM3 0 0 0 .98 .54
	FeM3 0 0 0 .02 .54
	NaM4 0 .2768 .5 .225 .99
	MgM4 0 .2768 .5 .0125 .99
	CaM4 0 .2768 .5 .23 .99
	MnM4 0 .2768 .5 .0325 .99
	NaM4' 0 .2604 .5 .225 1.24
	MgM4' 0 .2604 .5 .0125 1.24
	CaM4' 0 .2604 .5 .23 1.24
	MnM4' 0 .2604 .5 .0325 1.24
	SiT1 .2774 .0845 .2950 .9925 .47
	AlT1 .2774 .0845 .2950 .0075 .47
	SiT2 .2860 .1707 .8001 .9925 .49
	AlT2 .2860 .1707 .8001 .0075 .49
	H .1881 0 .7640 .825 2.11
	O1 .1117 .0854 .2181 .61
	O2 .1195 .1697 .7235 .69
	O3 .1066 0 .7147 .825 .76
	F .1066 0 .7147 .175 .76
	O4 .3621 .2471 .7927 .94
	O5 .3445 .1301 .0898 .81
	O6 .3416 .1163 .5889 .83
	O7 .3358 0 .2911 .95
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	Richterite
	Oberti R, Hawthorne F C, Ungaretti L, Cannillo E
	European Journal of Mineralogy 5 (1993) 43-51
	The behaviour of Mn in amphiboles: Mn in richerite
	Sample: MR(5) using occupancies from MR(4)
	_database_code_amcsd 0006468
	9.974 18.078 5.282 90 104.36 90 C2/m
	atom x y z occ Biso
	NaA2/m 0 .5 0 .11 3.76
	KA2/m 0 .5 0 .07 3.76
	NaAm .0331 .5 .0816 .11 4.57
	KAm .0331 .5 .0816 .07 4.57
	NaA2 0 .4711 0 .11 2.16
	KA2 0 .4711 0 .07 2.16
	MgM1 0 .0888 .5 .93 .51
	FeM1 0 .0888 .5 .07 .51
	MgM2 0 .1807 0 .54 .60
	AlM2 0 .1807 0 .03 .60
	MnM2 0 .1807 0 .41 .60
	FeM2 0 .1807 0 .02 .60
	MgM3 0 0 0 .98 .49
	FeM3 0 0 0 .02 .49
	NaM4 0 .2769 .5 .225 .94
	MgM4 0 .2769 .5 .0125 .94
	CaM4 0 .2769 .5 .23 .94
	MnM4 0 .2769 .5 .0325 .94
	NaM4' 0 .2578 .5 .225 .98
	MgM4' 0 .2578 .5 .0125 .98
	CaM4' 0 .2578 .5 .23 .98
	MnM4' 0 .2578 .5 .0325 .98
	SiT1 .2773 .0845 .2949 .9925 .42
	AlT1 .2773 .0845 .2949 .0075 .42
	SiT2 .2860 .1707 .8000 .9925 .45
	AlT2 .2860 .1707 .8000 .0075 .45
	H .1939 0 .7591 .825 2.18
	O1 .1117 .0854 .2179 .58
	O2 .1195 .1697 .7230 .67
	O3 .1066 0 .7149 .825 .69
	F .1066 0 .7149 .175 .69
	O4 .3622 .2470 .7925 .93
	O5 .3443 .1301 .0897 .80
	O6 .3414 .1164 .5888 .82
	O7 .3357 0 .2914 .91
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	Tremolite
	Oberti R, Ungaretti L, Cannillo E, Hawthorne F C, Memmi I
	European Journal of Mineralogy 7 (1995) 1049-1063
	Temperature-dependent Al order-disorder in the
	tetrahedral double chain of C2/m amphiboles
	Sample: S(1)
	_database_code_amcsd 0006601
	9.810 18.091 5.294 90 104.58 90 C2/m
	atom x y z occ Biso
	NaA 0 1/2 0 .022 1.82
	KA 0 1/2 0 .008 1.82
	NaAm .0282 1/2 .0573 .022 2.52
	KAm .0282 1/2 .0573 .008 2.52
	NaA2 0 .4807 0 .022 2.50
	KA2 0 .4807 0 .008 2.50
	FeM1 0 .0886 1/2 .22 .59
	MgM1 0 .0886 1/2 .78 .59
	AlM2 0 .1771 0 .08 .55
	FeM2 0 .1771 0 .21 .55
	MgM2 0 .1771 0 .71 .55
	AlM3 0 0 0 .05 .68
	FeM3 0 0 0 .28 .68
	MgM3 0 0 0 .67 .68
	CaM4 0 .2778 1/2 .4175 .89
	NaM4 0 .2778 1/2 .01 .89
	MnM4 0 .2778 1/2 .0075 .89
	FeM4 0 .2778 1/2 .065 .89
	CaM4' 0 .2528 1/2 .4175 2.48
	NaM4' 0 .2528 1/2 .01 2.48
	MnM4' 0 .2528 1/2 .0075 2.48
	FeM4' 0 .2528 1/2 .065 2.48
	SiT1 .2808 .0846 .2964 .845 .53
	AlT1 .2808 .0846 .2964 .155 .53
	SiT2 .2900 .1715 .8055 .59
	H .2013 0 .7459 .9865 .80
	O1 .1099 .0878 .2149 .77
	O2 .1202 .1727 .7279 .69
	O3 .1104 0 .7132 .9865 .84
	F3 .1104 0 .7132 .0135 .84
	O4 .3672 .2483 .7901 .96
	O5 .3476 .1360 .1002 1.05
	O6 .3437 .1185 .5919 .97
	O7 .3368 0 .2878 1.09
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	Magnesiohornblende
	Oberti R, Ungaretti L, Cannillo E, Hawthorne F C, Memmi I
	European Journal of Mineralogy 7 (1995) 1049-1063
	Temperature-dependent Al order-disorder in the
	tetrahedral double chain of C2/m amphiboles
	Sample: S(3)
	_database_code_amcsd 0006602
	9.856 18.078 5.311 90 104.85 90 C2/m
	atom x y z occ Biso
	NaA 0 1/2 0 .056 1.61
	KA 0 1/2 0 .026 1.61
	NaAm .0436 1/2 .0924 .056 1.33
	KAm .0436 1/2 .0924 .026 1.33
	NaA2 0 .4700 0 .056 2.50
	KA2 0 .4700 0 .026 2.50
	FeM1 0 .0888 1/2 .3 .54
	MgM1 0 .0888 1/2 .7 .54
	AlM2 0 .1777 0 .11 .47
	TiM2 0 .1777 0 .075 .47
	FeM2 0 .1777 0 .26 .47
	MgM2 0 .1777 0 .555 .47
	AlM3 0 0 0 .03 .49
	FeM3 0 0 0 .34 .49
	MgM3 0 0 0 .63 .49
	CaM4 0 .2789 1/2 .4525 .88
	MnM4 0 .2789 1/2 .005 .88
	FeM4 0 .2789 1/2 .0425 .88
	CaM4' 0 .2533 1/2 .4525 .69
	MnM4' 0 .2533 1/2 .005 .69
	FeM4' 0 .2533 1/2 .0425 .69
	SiT1 .2804 .0850 .2987 .78 .44
	AlT1 .2804 .0850 .2987 .22 .44
	SiT2 .2901 .1718 .8082 .95 .51
	AlT2 .2901 .1718 .8082 .05 .51
	H .1950 0 .7587 .9765 .5
	O1 .1090 .0884 .2150 .69
	O2 .1194 .1734 .7296 .71
	O3 .1105 0 .7138 .9765 .78
	F3 .1105 0 .7138 .0235 .78
	O4 .3676 .2489 .7908 .91
	O5 .3479 .1369 .1043 .96
	O6 .3429 .1183 .5958 .93
	O7 .3356 0 .2863 1.03
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	Pargasite
	Oberti R, Ungaretti L, Cannillo E, Hawthorne F C, Memmi I
	European Journal of Mineralogy 7 (1995) 1049-1063
	Temperature-dependent Al order-disorder in the
	tetrahedral double chain of C2/m amphiboles
	Sample: S(5)
	_database_code_amcsd 0006603
	9.869 18.058 5.320 90 105.03 90 C2/m
	atom x y z occ Biso
	NaA 0 1/2 0 .078 3.54
	KA 0 1/2 0 .02 3.54
	NaAm .0362 1/2 .0719 .078 4.89
	KAm .0362 1/2 .0719 .02 4.89
	NaA2 0 .4670 0 .078 1.90
	KA2 0 .4670 0 .02 1.90
	FeM1 0 .0888 1/2 .31 .57
	MgM1 0 .0888 1/2 .69 .57
	AlM2 0 .1779 0 .15 .52
	TiM2 0 .1779 0 .105 .52
	FeM2 0 .1779 0 .245 .52
	MgM2 0 .1779 0 .5 .52
	AlM3 0 0 0 .05 .51
	FeM3 0 0 0 .35 .51
	MgM3 0 0 0 .6 .51
	CaM4 0 .2798 1/2 .4625 .83
	NaM4 0 .2798 1/2 .01 .83
	MnM4 0 .2798 1/2 .005 .83
	FeM4 0 .2798 1/2 .0225 .83
	CaM4' 0 .2541 1/2 .4625 .70
	NaM4' 0 .2541 1/2 .01 .70
	MnM4' 0 .2541 1/2 .005 .70
	FeM4' 0 .2541 1/2 .0225 .70
	SiT1 .2806 .0852 .3007 .9475 .44
	AlT1 .2806 .0852 .3007 .0525 .44
	SiT2 .2906 .1721 .8111 .925 .48
	AlT2 .2906 .1721 .8111 .075 .48
	H .1903 0 .7648 .979 2.94
	O1 .1080 .0888 .2152 .73
	O2 .1187 .1738 .7327 .71
	O3 .1095 0 .7141 .979 .79
	F3 .1095 0 .7141 .021 .79
	O4 .3685 .2496 .7906 .93
	O5 .3492 .1386 .1095 .96
	O6 .3429 .1177 .6012 1.00
	O7 .3360 0 .2821 1.14
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	Pargasite
	Oberti R, Ungaretti L, Cannillo E, Hawthorne F C, Memmi I
	European Journal of Mineralogy 7 (1995) 1049-1063
	Temperature-dependent Al order-disorder in the
	tetrahedral double chain of C2/m amphiboles
	Sample: S(6)
	Note: O(5) y-coordinate changed to reproduce reported bond lengths
	_database_code_amcsd 0006604
	9.867 18.044 5.318 90 105.06 90 C2/m
	atom x y z occ Biso
	NaA 0 1/2 0 .09 5.76
	KA 0 1/2 0 .02 5.76
	NaAm .0341 1/2 .0664 .09 3.97
	KAm .0341 1/2 .0664 .02 3.97
	NaA2 0 .4664 0 .09 5.09
	KA2 0 .4664 0 .02 5.09
	MgM1 0 .0889 1/2 .69 .63
	FeM1 0 .0889 1/2 .31 .63
	MgM2 0 .1779 0 .49 .58
	AlM2 0 .1779 0 .16 .58
	TiM2 0 .1779 0 .105 .58
	FeM2 0 .1779 0 .235 .58
	NiM2 0 .1779 0 .005 .58
	ZnM2 0 .1779 0 .005 .58
	MgM3 0 0 0 .61 .55
	AlM3 0 0 0 .05 .55
	FeM3 0 0 0 .34 .55
	CaM4 0 .2799 1/2 .46 .90
	MnM4 0 .2799 1/2 .005 .90
	FeM4 0 .2799 1/2 .035 .90
	CaM4' 0 .2526 1/2 .46 .76
	MnM4' 0 .2526 1/2 .005 .76
	FeM4' 0 .2526 1/2 .035 .76
	AlT1 .2806 .0853 .3011 .05 .48
	SiT1 .2806 .0853 .3011 .95 .48
	AlT2 .2907 .1721 .8116 .10 .52
	SiT2 .2907 .1721 .8116 .90 .52
	H .1897 0 .7511 .986 2.51
	O1 .1079 .0889 .2147 .77
	O2 .1186 .1740 .7330 .73
	O3 .1093 0 .7143 .986 .81
	F3 .1093 0 .7143 .014 .81
	O4 .3687 .2497 .7905 .97
	O5 .3492 .1386 .1104 1.00
	O6 .3428 .1176 .6017 1.03
	O7 .3358 0 .2819 1.20
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	Pargasite
	Oberti R, Ungaretti L, Cannillo E, Hawthorne F C, Memmi I
	European Journal of Mineralogy 7 (1995) 1049-1063
	Temperature-dependent Al order-disorder in the
	tetrahedral double chain of C2/m amphiboles
	Sample: S(7)
	_database_code_amcsd 0006605
	9.870 18.046 5.318 90 105.04 90 C2/m
	atom x y z occ Biso
	NaA 0 1/2 0 .092 3.03
	KA 0 1/2 0 .02 3.03
	NaAm .0408 1/2 .0875 .092 4.20
	KAm .0408 1/2 .0875 .02 4.20
	NaA2 0 .491 0 .092 2.79
	KA2 0 .491 0 .02 2.79
	MgM1 0 .0887 1/2 .71 .60
	FeM1 0 .0887 1/2 .29 .60
	MgM2 0 .1778 0 .505 .54
	AlM2 0 .1778 0 .125 .54
	TiM2 0 .1778 0 .165 .54
	FeM2 0 .1778 0 .205 .54
	MgM3 0 0 0 .63 .54
	AlM3 0 0 0 .05 .54
	FeM3 0 0 0 .32 .54
	NaM4 0 .2803 1/2 .0025 .74
	CaM4 0 .2803 1/2 .4575 .74
	MnM4 0 .2803 1/2 .005 .74
	FeM4 0 .2803 1/2 .035 .74
	NaM4' 0 .2580 1/2 .0025 .62
	CaM4' 0 .2580 1/2 .4575 .62
	MnM4' 0 .2580 1/2 .005 .62
	FeM4' 0 .2580 1/2 .035 .62
	AlT1 .2807 .0853 .3011 .065 .47
	SiT1 .2807 .0853 .3011 .935 .47
	AlT2 .2907 .1722 .8114 .1075 .50
	SiT2 .2907 .1722 .8114 .8925 .50
	H .2003 0 .7683 .979 1.53
	O1 .1080 .0886 .2154 .72
	O2 .1186 .1738 .7329 .72
	O3 .1094 0 .7144 .979 .81
	F3 .1094 0 .7144 .021 .81
	O4 .3684 .2498 .7903 .94
	O5 .3493 .1389 .1102 1.00
	O6 .3431 .1174 .6022 1.03
	O7 .3368 0 .2812 1.19
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	Chiavennite
	Tazzoli V, Domeneghetti M C, Mazzi F, Cannillo E
	European Journal of Mineralogy 7 (1995) 1339-1334
	The crystal structure of chiavennite
	_database_code_amcsd 0006609
	8.729 31.326 4.903 90 90 90 Pnab
	atom x y z Uiso U(1,1) U(2,2) U(3,3) U(1,2) U(1,3) U(2,3)
	Ca .2500 .0879 0 .0183 .0275 .0138 .0138 0 .0004 0
	Mn 0 0 0 .0152 .0234 .0122 .0099 -.0018 0 .0005
	Be -.0003 .0572 -.4298 .0090 .0166 .0075 .0029 -.0010 .0056 -.0030
	Si1 .2500 .0013 .5000 .0124 .0170 .0100 .0101 0 -.0014 0
	Si2 .5838 .2322 .1047 .0185 .0222 .0113 .0218 .0022 .0023 .0009
	Si3 .1425 -.1351 .2436 .0194 .0213 .0120 .0250 -.0005 -.0028 .0013
	O1 .1392 -.0279 .3134 .0155 .0169 .0124 .0171 -.0011 -.0019 -.0039
	O2 .1517 .0324 -.2957 .0153 .0196 .0123 .0139 .0011 -.0007 -.0015
	O3 .0414 .2391 .1347 .0409 .0357 .0431 .0437 .0011 -.0136 -.0149
	O4 .2500 -.2478 0 .0285 .0294 .0190 .0371 0 .0088 0
	O5 .2500 -.1187 0 .0773 .0768 .0314 .1236 0 .0821 0
	O6 .2500 -.1387 .5000 .1049 .1139 .0510 .1497 0 -.1032 0
	O7 .0800 -.1824 .1773 .0342 .0350 .0141 .0534 -.0026 .0091 -.0109
	O8 .0005 -.1044 .2905 .0207 .0250 .0132 .0239 -.0033 .0043 -.0058
	OH .0125 .0581 .2430 .0207 .0266 .0162 .0192 .0017 -.0029 -.0001
	Wat .1581 .1474 .2602 .0371 .0431 .0322 .0359 .0098 -.0032 -.0139
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	Bavenite
	Cannillo E, Coda A, Fagnani G
	Acta Crystallographica 20 (1966) 301-309
	The crystal structure of bavenite
	_database_code_amcsd 0009299
	23.19 5.005 19.39 90 90 90 Cmcm
	atom x y z Biso U(1,1) U(2,2) U(3,3) U(1,2) U(1,3) U(2,3)
	Ca .0842 .2425 .1524 1.29 .01440 .02234 .01225 .00000 .00000 .00125
	Be2 .1252 .8218 .25 1.37 .02402 .01597 .01210 .00389 0 0
	Al4 .0958 .5 0 .97 .01000 .01689 .01000 0 0 .00024
	Si1 0 .7802 .25 .77 .00490 .01440 .01000 0 0 0
	Si3 0 .7227 .1047 .92 .01000 .01690 .00810 0 0 0
	Si5 .1704 0 0 .94 .00810 .01956 .00813 0 0 .00060
	Si6 .2141 .8539 .1428 .81 .00816 .01433 .00810 -.00065 .00000 .00000
	O1 0 .5769 .1830 .88 .01690 .00758 .00881 0 0 -.00169
	O2 0 .0302 .1139 1.36 .01690 .02250 .01210 0 0 .00000
	O3 .0572 .5976 .0718 1.47 .01902 .02371 .01300 .00352 .00485 -.00035
	O4 .1314 .2298 .0361 1.29 .01618 .01952 .01325 .00335 .00218 .00238
	O5 .2081 .8636 .0598 1.21 .01381 .01827 .01390 .00255 -.00131 -.00022
	O6 .2337 .5575 .1646 1.18 .01058 .02129 .01290 -.00102 .00056 .00343
	O7 .1547 .9245 .1799 1.14 .01396 .01588 .01344 -.00135 .00072 .00123
	O8 .1211 .4868 .25 1.22 .01059 .01631 .01960 -.00192 0 0
	O9 .0586 .9504 .25 .91 .00813 .01210 .01440 .00034 0 0
	H .100 .267 .25
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	Leucophanite
	Cannillo E, Giuseppetti G, Mazzi F, Tazzoli V
	Zeitschrift fur Kristallographie 202 (1992) 71-79
	The crystal structure of a rare earth bearing leucophanite:
	(Ca,RE)CaNa2Be2Si4O12(F,O)2
	Locality: Mt Saint Hilaire, Quebec, Canada
	_database_code_amcsd 0011026
	7.417 7.398 9.986 90 90 90 P1
	atom x y z occ Uiso
	Caa .1037 -.1711 .0096 .92 .0098
	CeCaa .1037 -.1711 .0096 .032 .0098
	NdCaa .1037 -.1711 .0096 .024 .0098
	LaCaa .1037 -.1711 .0096 .016 .0098
	PrCaa .1037 -.1711 .0096 .008 .0098
	Cab -.1030 .3306 .4904 .82 .0105
	CeCab -.1030 .3306 .4904 .072 .0105
	NdCab -.1030 .3306 .4904 .054 .0105
	LaCab -.1030 .3306 .4904 .036 .0105
	PrCab -.1030 .3306 .4904 .018 .0105
	Cac .3963 .1720 -.4903 .98 .0115
	CeCac .3963 .1720 -.4903 .008 .0115
	NdCac .3963 .1720 -.4903 .006 .0115
	LaCac .3963 .1720 -.4903 .004 .0115
	PrCac .3963 .1720 -.4903 .002 .0115
	Cad -.3963 -.3282 -.0100 .98 .0107
	CeCad -.3963 -.3282 -.0100 .008 .0107
	NdCad -.3963 -.3282 -.0100 .006 .0107
	LaCad -.3963 -.3282 -.0100 .004 .0107
	PrCad -.3963 -.3282 -.0100 .002 .0107
	Naa .0742 -.1473 .4973 .93 .0204
	CaNaa .0742 -.1473 .4973 .07 .0204
	Nab -.0734 .3526 .0034 .98 .0202
	CaNab -.0734 .3526 .0034 .02 .0202
	Nac .4279 .1481 -.0027 .87 .0206
	CaNac .4279 .1481 -.0027 .13 .0206
	Nad -.4315 -.3515 -.4952 .98 .0228
	CaNac -.4315 -.3515 -.4952 .02 .0228
	Bea .1109 .1313 .2803 .97 .0078
	SiBea .1109 .1313 .2803 .03 .0078
	Beb -.1095 -.3686 .2197 .94 .0000
	SiBeb -.1095 -.3686 .2197 .06 .0000
	Bec .3905 -.1310 -.2199 .98 .0063
	SiBec .3905 -.1310 -.2199 .02 .0063
	Bed -.3916 .3692 -.2803 .96 .0076
	SiBed -.3916 .3692 -.2803 .04 .0076
	Si1a -.2583 .0131 -.2508 .0063
	Si1b .2575 -.4870 -.2492 .0063
	Si1c -.2415 -.0125 .2490 .0065
	Si1d .2419 .4873 .2503 .0067
	Si2a .1077 .1504 -.2256 .0063
	Si2b -.1086 -.3492 -.2741 .94 .0051
	BeSi2b -.1086 -.3492 -.2741 .06 .0051
	Si2c .3922 -.1499 .2737 .97 .0054
	BeSi2c .3922 -.1499 .2737 .03 .0054
	Si2d -.3918 .3502 .2258 .94 .0057
	BeSi2d -.3918 .3502 .2258 .06 .0057
	O1a .2420 .0063 -.1610 .0094
	O1b -.2431 -.4934 -.3393 .0099
	O1c .2581 -.0051 .3387 .0091
	O1d -.2581 .4950 .1606 .0093
	O2a .1031 .1594 -.3844 .0104
	O2b -.1031 -.3410 -.1156 .0098
	O2c .3948 -.1582 .1148 .0098
	O2d -.3936 .3419 .3845 .0099
	O3a -.1638 -.1508 -.3394 .0098
	O3b .1631 .3488 -.1606 .0000
	O3c .6641 .1515 .1609 .0096
	O3d .3360 -.3488 .3385 .0099
	O4a -.1620 -.1692 .1531 .0105
	O4b .1622 .3308 .3462 .0099
	O4c -.3357 .1703 -.3468 .0097
	O4d .3355 -.3301 -.1536 .0094
	O5a -.0881 .0742 .3435 .0096
	O5b .0886 -.4258 .1563 .0093
	O5c -.4121 -.0732 -.1576 .0092
	O5d .4110 .4263 -.3428 .0094
	O6a -.0918 .1010 -.1605 .0000
	O6b .0909 -.3993 -.3393 .0000
	O6c -.4071 -.1024 .3383 .0098
	O6d .4079 .3977 .1609 .0104
	Fa .1033 .1282 .1224 .94 .0144
	OFa .1033 .1282 .1224 .06 .0144
	Fb -.1020 -.3716 .3775 .79 .0131
	OFb -.1020 -.3716 .3775 .21 .0131
	Fc .3957 -.1294 -.3771 .87 .0131
	OFc .3957 -.1294 -.3771 .13 .0131
	Fd -.3971 .3711 -.1228 .86 .0136
	OFd -.3971 .3711 -.1228 .14 .0136
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	Macdonaldite
	Cannillo E, Rossi G, Ungaretti L
	Atti della Accademia Nazionale dei Lincei 45 (1968) 399-414
	The crystal structure of macdonaldite
	Locality: Fresno County, California, USA
	Note: x(Si4) corrected
	_database_code_amcsd 0012053
	14.081 13.109 23.560 90 90 90 Cmcm
	atom x y z occ Biso
	Ba 0 .2054 .25 .70
	Ca1 0 .2522 -.0022 .55
	Ca2 .25 .25 0 .40
	Si1 .1098 .1473 .1153 .17
	Si2 .3895 .1406 .1170 .24
	Si3 .2524 .2695 .1835 .08
	Si4 .2512 .4642 .1025 .10
	O1 .1212 .2073 .0582 1.14
	O2 .1542 .2098 .1701 1.28
	O3 .2536 .4234 .0386 1.12
	O4 .1568 .0352 .1149 1.76
	O5 .2571 .3699 .1476 1.21
	O6 .3751 .1998 .0599 1.17
	O7 .3464 .0251 .1159 2.37
	O8 .3419 .1974 .1714 1.20
	Wat9 0 .1319 .1348 .64
	Wat10 .2491 .3002 .25 1.22
	Wat11 .5 .1239 .1339 1.07
	Wat12 0 .4217 .0404 5.36
	Wat13 0 .3830 .1825 5.52
	O14 .5 .3823 .1682 .64 4.63
	O15 .5 .4188 .0407 6.43
	O16 .1051 .0227 .25 2.74
	Wat17 .3574 .0112 .25 .56 6.30
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	Delhayelite
	Cannillo E, Rossi G, Ungaretti L
	Rendiconti della Societa Italiana di Mineralogia e Petrologia 26 (1970) 63-75
	The crystal structure of delhayelite
	_database_code_amcsd 0015364
	24.86 7.07 6.53 90 90 90 *Pmmn
	-.25 -.25 0
	atom x y z occ Biso
	K1 .1322 .25 .7804 .88 1.95
	K2 .25 .25 .3721 .9 2.76
	K3 .25 .75 .0195 .85 4.45
	Na 0 0 0 .75 1.07
	CaNa 0 0 0 .25 1.07
	Ca .0067 .75 .5034 .81
	Al1 .1828 .75 .5342 .5 .59
	Si1 .1125 .4656 .2818 .51
	Si2 .1828 .75 .5342 .5 .59
	Si3 .1065 .75 .9188 .70
	O1 .0550 .4818 .3845 3.76
	O2 .1618 .5510 .4135 4.01
	O3 .1124 .5675 .0601 3.28
	O4 .0491 .75 .8164 1.64
	O5 .1580 .75 .7738 2.73
	O6 .1295 .25 .2433 2.96
	O7 .25 .75 .5392 2.32
	Cl .25 .25 .8793 .9 3.83
	F .0297 .25 .8146 2.02
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	Gotzenite
	Cannillo E, Mazzi F, Rossi G
	Soviet Physics - Crystallography 16 (1972) 1026-1030
	Crystal structure of gotzenite
	Locality: Mount Shaheru, Republic of Congo
	_database_code_amcsd 0015555
	9.667 5.731 7.334 90 101.05 101.31 P-1
	atom x y z Biso
	Ca1 .6389 .2115 .9097 .07
	Ca2 .9859 .4955 .2418 .57
	Ca3 .6305 .2268 .4075 .17
	Na 0 0 .5 1.21
	Ti 0 0 0 .93
	Si1 .7197 .7475 .6460 .74
	Si2 .7210 .7471 .2100 .27
	O1 .762 .784 .443 2.33
	O2 .619 .927 .673 .02
	O3 .614 .925 .127 1.45
	O4 .636 .472 .665 2.09
	O5 .675 .465 .162 1.09
	O6 .879 .819 .778 1.72
	O7 .881 .830 .171 1.47
	O8 .884 .256 .969 .28
	O9 .890 .313 .475 .53
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	Neptunite
	Cannillo E, Mazzi F, Rossi G
	Acta Crystallographica 21 (1966) 200-208
	The crystal structure of neptunite
	Locality: San Benito, California, USA
	_database_code_amcsd 0018847
	16.46 12.50 10.01 90 115.43 90 C2/c
	atom x y z occ Biso
	Fe2+1 .3402 .3211 .0983 .5 1.52
	Ti1 .3402 .3211 .0983 .5 1.52
	Fe2+2 .0883 .0561 .1128 .5 1.52
	Ti2 .0883 .0561 .1128 .5 1.52
	Na .2640 .1983 .3094 2.06
	K 0 .4204 .25 1.72
	Li .5 .4353 .25 4.47
	Si1 .1452 .4060 .0566 .8
	Si2 .5233 .2280 .0855 .8
	Si3 .7698 .4741 .1083 .8
	Si4 .8942 .1491 .0816 .8
	O1 .9538 .0446 .0688 1.44
	O2 .4549 .3253 .0666 1.44
	O3 .1099 .1673 .2664 1.44
	O4 .3723 .4387 .2348 1.44
	O5 .2050 .0796 .0888 1.44
	O6 .7122 .3677 .0427 1.44
	O7 .2088 .3077 .0707 1.44
	O8 .8339 .4919 .0239 1.44
	O9 .1592 .4505 .2148 1.44
	O10 .3975 .2104 .2541 1.44
	O11 .4613 .1173 .0239 1.44
	O12 .9291 .2562 .0316 1.44
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