Epistilbite
Cruciani G, Martucci A, Meneghini C
European Journal of Mineralogy 15 (2003) 257-266
Dehydration dynamics of epistilbite by in situ time resolved synchrotron
powder diffraction
T = 429 K
_database_code_amcsd 0006968
9.1014 17.7326 10.2378 90 124.607 90 C2/m
atom     x     y     z  occ Uiso
Ca1  .7409     0 .2338  .47 .067
Ca2  .7425     0 .5109  .28 .070
AlT1 .0040 .0868 .1645 .242 .033
SiT1 .0040 .0868 .1645 .758 .033
AlT2 .2982 .2079 .3869 .242 .033
SiT2 .2982 .2079 .3869 .758 .033
AlT3 .7165 .1950 .1032 .242 .033
SiT3 .7165 .1950 .1032 .758 .033
O1   .0263     0 .2180      .072
O2       0 .0919     0      .072
O3   .8089 .1126 .1279      .072
O4   .1699 .1320 .3161      .072
O5      .5 .1806     0      .072
O6      .5 .1655    .5      .072
O7     .75   .25     0      .072
O8   .7618 .2201 .2768      .072
O9     .25   .25    .5      .072
Wat1    .5     0    .5  .94 .177
Wat2     0 .0720    .5  .91 .170
Wat3 .5628 .0788 .2864  .78 .183
Wat4    .5     0     0      .106