Analcime
Likhachieva A Y, Rashchenko S V, Seryotkin Y V
Mineralogical Magazine 76 (2012) 129-142
The deformation mechanism of a pressure-induced phase transition
in dehydrated analcime
Note: dehydrated, P = 0.9 GPa
Locality: Nidym River, East Siberia, Russia
_database_code_amcsd 0019000
CELL PARAMETERS: 18.4680 18.4680 11.6010 90.000 90.000 120.000
SPACE GROUP: R3
X-RAY WAVELENGTH: 1.541838
Cell Volume: 3426.619
Density (g/cm3): 2.357
MAX. ABS. INTENSITY / VOLUME**2: 12.23938697
RIR: 1.691
RIR based on corundum from Acta Crystallographica A38 (1982) 733-739
2-THETA INTENSITY D-SPACING H K L Multiplicity
9.42 1.44 9.3907 1 0 1 3
9.58 1.56 9.2340 1 1 0 3
13.45 3.58 6.5841 0 2 1 3
16.25 43.19 5.4530 0 1 2 3
16.54 37.36 5.3609 2 1 1 3
16.54 43.29 5.3609 3 -1 1 3
16.63 47.16 5.3313 3 0 0 3
18.90 1.88 4.6954 2 0 2 3
19.22 1.41 4.6170 2 2 0 3
21.23 1.46 4.1854 1 2 2 3
21.45 1.48 4.1433 1 3 1 3
21.45 1.08 4.1433 -1 4 1 3
23.00 1.69 3.8670 0 0 3 1
24.96 2.60 3.5669 2 -1 3 3
25.28 3.28 3.5236 3 1 2 3
25.28 2.67 3.5236 4 -1 2 3
25.46 3.05 3.4984 3 2 1 3
25.52 4.06 3.4901 1 4 0 3
25.52 1.19 3.4901 4 1 0 3
27.09 100.00 3.2921 0 4 2 3
28.79 2.40 3.1009 -2 5 2 3
30.15 4.52 2.9645 4 -2 3 3
30.56 1.35 2.9249 2 4 1 3
30.56 1.35 2.9249 -2 6 1 3
31.35 7.46 2.8537 1 0 4 3
31.95 5.47 2.8011 5 0 2 3
32.10 8.48 2.7884 5 1 1 3
32.10 6.20 2.7884 6 -1 1 3
33.43 2.45 2.6805 6 -2 2 3
33.62 3.02 2.6656 6 0 0 3
34.29 5.72 2.6149 3 -1 4 3
34.62 2.90 2.5909 1 4 3 3
34.62 1.34 2.5909 -1 5 3 3
34.62 5.90 2.5909 5 -1 3 3
34.62 3.35 2.5909 4 1 3 3
34.99 4.62 2.5643 4 3 1 3
34.99 1.84 2.5643 7 -3 1 3
35.04 2.66 2.5611 2 5 0 3
35.04 1.57 2.5611 5 2 0 3
37.03 3.68 2.4275 1 3 4 3
37.03 5.31 2.4275 -1 4 4 3
37.34 2.11 2.4082 3 3 3 3
37.34 6.47 2.4082 6 -3 3 3
37.56 3.82 2.3948 -3 7 2 3
37.56 1.87 2.3948 3 4 2 3
37.69 2.99 2.3868 -1 7 1 3
37.69 2.83 2.3868 1 6 1 3
39.02 5.51 2.3085 4 4 0 3
40.48 1.12 2.2283 2 0 5 3
42.05 1.16 2.1486 0 5 4 3
42.33 2.85 2.1352 -2 7 3 3
42.33 1.97 2.1352 5 2 3 3
42.52 3.91 2.1258 0 7 2 3
43.23 2.64 2.0927 2 4 4 3
46.30 1.05 1.9610 -2 5 5 3
46.63 1.34 1.9480 4 3 4 3
46.63 1.12 1.9480 7 -3 4 3
47.00 1.26 1.9335 0 0 6 1
50.19 1.15 1.8177 0 3 6 3
50.19 1.63 1.8177 3 0 6 3
50.36 1.61 1.8121 -4 10 1 3
50.36 1.76 1.8121 4 6 1 3
51.11 2.01 1.7870 6 3 3 3
52.30 1.57 1.7492 6 4 2 3
54.23 1.94 1.6913 -1 5 6 3
54.88 1.29 1.6728 9 -4 4 3
55.11 1.74 1.6665 5 5 3 3
55.37 1.60 1.6594 -1 10 1 3
55.37 3.09 1.6594 1 9 1 3
55.37 1.85 1.6594 11 -5 1 3
55.85 1.58 1.6460 0 8 4 3
56.18 1.33 1.6373 3 3 6 3
56.53 1.39 1.6280 8 -3 5 3
56.53 1.46 1.6280 5 3 5 3
57.19 1.33 1.6107 -5 11 2 3
57.29 1.42 1.6082 -3 11 1 3
57.48 1.16 1.6033 2 6 5 3
59.02 1.08 1.5651 6 0 6 3
59.95 1.17 1.5431 -2 7 6 3
60.28 1.19 1.5353 -4 9 5 3
60.28 1.20 1.5353 4 5 5 3
65.34 1.52 1.4281 1 7 6 3
65.34 1.45 1.4281 -1 8 6 3
65.66 2.26 1.4219 -3 10 5 3
66.13 1.86 1.4131 1 10 3 3
67.86 1.20 1.3811 9 3 3 3
69.38 1.03 1.3546 -5 12 4 3
69.38 1.15 1.3546 5 7 4 3
69.80 1.56 1.3474 10 3 1 3
72.33 1.48 1.3063 -6 14 1 3
72.51 1.06 1.3036 2 9 5 3
73.17 1.26 1.2934 9 5 1 3
73.17 1.36 1.2934 14 -5 1 3
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XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs
For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.