Leucophoenicite
	Moore P B
	American Mineralogist 55 (1970) 1146-1166
	Edge-sharing silicate tetrahedra in the crystal structure of leucophoenicite
	10.842 4.826 11.324 90 103.93 90 P2_1/a
	atom x y z occ Biso
	Mn1 0 0 0 .73
	Mn2 .3149 .0150 .1396 .80
	Mn3 .3308 .4942 .4110 .69
	Mn4 .0781 -.0105 .2967 .80
	Si1 .0246 .4144 .4381 .5 .47
	Si2 .1287 .5731 .1439 .32
	O1 .4907 -.2135 .1458 .48
	O2 .3345 .2137 -.0265 .73
	O3 .2289 -.2879 .2614 .76
	O4 .4207 .2348 .3058 .5 1.26
	OH4 .4207 .2348 .3058 .5 1.26
	O5 .1736 .2626 .4391 .5 .90
	OH5 .1736 .2626 .4391 .5 .90
	O6 .1290 .2390 .1450 .79
	O7 .5254 .7708 .4379 1.19
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	Leucophoenicite
	Welch M D, Marshall W G, Ross N L, Knight K S
	American Mineralogist 87 (2002) 154-159
	H positions in leucophoenicite, Mn7Si3(OH)2:
	A close relative of the hydrous B phases
	Locality: Franklin, New Jersey, USA
	10.8259 4.8565 11.3758 90 103.956 90 P2_1/a
	atom x y z occ Uiso
	Mn1 0 0 0 .0134
	Mn2 .3149 .015 .1396 .64 .0134
	Ca2 .3149 .015 .1396 .32 .0134
	Mg2 .3149 .015 .1396 .02 .0134
	Zn2 .3149 .015 .1396 .02 .0134
	Mn3 .3308 .496 .4157 .0134
	Mn4 .0870 -.009 .2957 .0134
	Si1 .0209 .423 .4366 .5 .0052
	Si2 .1271 .5753 .1418 .0052
	O1 .4916 -.2174 .1463 .0094
	O2 .3398 .2198 -.0238 .0141
	O3 .2270 -.2901 .2595 .0055
	O4 .4151 .241 .3041 .022
	O5 .1753 .2539 .4381 .0134
	O6 .1271 .2457 .1442 .0079
	O7 .5227 .758 .4370 .026
	H1 -.066 .421 .326 .5 .015
	H2 .1265 .404 .436 .5 .015
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Total number of retrieved datasets: 2
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