Staurolite
Caucia F, Callegari A, Oberti R, Ungaretti L, Hawthorne F C
The Canadian Mineralogist 32 (1994) 477-489
Structural aspects of oxidation-dehydrogenation in staurolite
Sample: T = 950 C
_database_code_amcsd 0005378
7.860 16.645 5.606 90 90.00 90 C2/m
atom       x      y      z occ Biso
SiT1  .13489 .16811    .25 .95  .37
AlT1  .13489 .16811    .25 .05  .37
FeT2  .38015      0 .25002 .36  .56
AlT2  .38015      0 .25002 .19  .56
MgT2  .38015      0 .25002 .07  .56
ZnT2  .38015      0 .25002 .01  .56
FeT3  .12589      0 .25010 .10  .46
AlT3  .12589      0 .25010 .23  .46
AlM1A     .5 .17345      0 .97  .38
FeM1A     .5 .17345      0 .03  .38
AlM1B     .5 .17345     .5 .97  .42
FeM1B     .5 .17345     .5 .03  .42
AlM2  .26424 .41259 .24997 .91  .53
FeM2  .26424 .41259 .24997 .09  .53
AlM3A      0      0      0 .49  .41
MgM3A      0      0      0 .04  .41
FeM3A      0      0      0 .06  .41
AlM3B      0      0     .5 .49  .42
MgM3B      0      0     .5 .04  .42
FeM3B      0      0     .5 .06  .42
FeM4A     .5      0      0 .07  .95
MgM4A     .5      0      0 .08  .95
FeM4B     .5      0     .5 .07  .90
MgM4B     .5      0     .5 .08  .90
O1A   .23863      0 .97069  .5  .84
OH1A  .23863      0 .97069  .5  .84
O1B   .23863      0 .52918  .5  .84
OH1B  .23863      0 .52918  .5  .84
O2A   .25582 .16199 .01430      .44
O2B   .25591 .16204 .48559      .44
O3    .00352 .09093 .24994      .67
O4    .02114 .25056 .24988      .42
O5    .52433 .09780 .24995      .47