Natrolite
Wang H, Bish D L
American Mineralogist 93 (2008) 1191-1194
A PH2O-dependent structural phase transition in the zeolite natrolite
Sample: alpha1-metanatrolite
Note: T = 400 C, P = 0.15 mbar
Locality: synthetic
_database_code_amcsd 0004617
CELL PARAMETERS: 16.1670 16.9380 6.4380 90.000 90.000 89.680
SPACE GROUP: F2
X-RAY WAVELENGTH: 1.541838
Cell Volume: 1762.933
Density (g/cm3): 2.593
MAX. ABS. INTENSITY / VOLUME**2: 3.203930399
RIR: 0.402
RIR based on corundum from Acta Crystallographica A38 (1982) 733-739
2-THETA INTENSITY D-SPACING H K L Multiplicity
10.95 1.45 8.0834 2 0 0 2
15.11 70.76 5.8637 2 2 0 2
15.19 97.79 5.8311 -2 2 0 2
15.70 42.80 5.6435 1 1 1 2
15.72 57.62 5.6362 1 -1 1 2
20.98 20.94 4.2344 0 4 0 2
21.62 47.13 4.1099 1 3 1 2
21.67 34.33 4.1014 -1 3 1 2
21.99 8.22 4.0417 4 0 0 2
22.12 50.28 4.0185 3 1 1 2
22.16 62.10 4.0106 3 -1 1 2
23.67 37.00 3.7596 2 4 0 2
23.78 10.33 3.7424 -2 4 0 2
24.35 15.59 3.6555 4 2 0 2
24.46 34.78 3.6397 -4 2 0 2
26.68 9.92 3.3414 3 3 1 2
26.79 20.89 3.3278 3 -3 1 2
29.69 100.00 3.0090 0 2 2 2
29.88 84.00 2.9906 2 0 2 2
30.30 52.60 2.9502 1 5 1 2
30.35 43.16 2.9450 -1 5 1 2
30.49 21.48 2.9319 4 4 0 2
30.66 23.99 2.9155 -4 4 0 2
31.38 45.93 2.8506 5 1 1 2
31.43 51.84 2.8459 5 -1 1 2
31.70 3.40 2.8230 0 6 0 2
31.71 11.76 2.8218 2 2 2 2
31.75 13.95 2.8181 2 -2 2 2
33.25 6.43 2.6945 6 0 0 2
33.69 2.96 2.6605 -2 6 0 2
34.15 31.81 2.6253 3 5 1 2
34.30 46.98 2.6143 -3 5 1 2
34.81 47.07 2.5774 5 3 1 2
34.89 5.21 2.5718 6 2 0 2
34.95 24.95 2.5670 5 -3 1 2
36.76 6.38 2.4452 2 4 2 2
36.83 26.14 2.4404 -2 4 2 2
37.22 19.05 2.4158 4 2 2 2
37.29 3.27 2.4113 4 -2 2 2
39.02 2.73 2.3083 -4 6 0 2
39.54 6.92 2.2790 6 4 0 2
39.75 1.14 2.2675 -6 4 0 2
40.17 17.94 2.2447 1 7 1 2
40.23 23.27 2.2415 -1 7 1 2
41.67 14.38 2.1676 4 4 2 2
41.80 9.74 2.1609 4 -4 2 2
41.87 7.81 2.1576 7 1 1 2
41.93 13.57 2.1548 7 -1 1 2
42.60 2.37 2.1224 0 6 2 2
42.84 1.48 2.1109 1 1 3 2
43.25 2.12 2.0920 3 7 1 2
43.42 4.45 2.0842 -3 7 1 2
44.07 11.41 2.0550 2 6 2 2
44.16 1.43 2.0507 -2 6 2 2
44.29 7.49 2.0453 -2 8 0 2
44.59 2.78 2.0323 7 3 1 2
44.75 1.12 2.0251 7 -3 1 2
45.12 3.25 2.0093 6 2 2 2
45.22 19.87 2.0053 6 -2 2 2
45.56 3.01 1.9912 1 3 3 2
45.58 9.79 1.9902 -1 3 3 2
45.82 4.63 1.9805 3 1 3 2
45.84 2.74 1.9796 3 -1 3 2
46.12 8.81 1.9681 8 2 0 2
46.24 3.44 1.9632 -8 2 0 2
48.35 10.85 1.8823 4 6 2 2
48.42 5.24 1.8798 4 8 0 2
48.45 1.55 1.8787 3 -3 3 2
48.53 2.87 1.8758 -4 6 2 2
48.66 1.38 1.8712 -4 8 0 2
48.97 3.53 1.8600 6 4 2 2
49.15 7.51 1.8538 6 -4 2 2
49.24 2.68 1.8506 -5 7 1 2
49.71 2.33 1.8340 7 5 1 2
50.13 8.14 1.8198 -8 4 0 2
50.65 3.02 1.8022 1 5 3 2
50.69 4.13 1.8010 -1 5 3 2
50.83 4.08 1.7963 1 9 1 2
50.90 9.44 1.7941 -1 9 1 2
51.37 10.46 1.7787 5 1 3 2
51.40 7.90 1.7776 5 -1 3 2
52.94 2.66 1.7297 2 8 2 2
53.05 1.49 1.7263 -2 8 2 2
53.18 8.53 1.7222 9 1 1 2
53.25 2.95 1.7203 9 -1 1 2
53.26 1.35 1.7198 3 5 3 2
53.37 1.60 1.7167 -3 5 3 2
53.41 1.48 1.7155 3 9 1 2
53.60 3.56 1.7100 -3 9 1 2
53.73 3.52 1.7061 5 3 3 2
54.66 1.13 1.6792 8 2 2 2
54.77 3.52 1.6761 8 -2 2 2
54.96 2.29 1.6707 6 6 2 2
55.01 1.03 1.6693 6 8 0 2
55.20 3.32 1.6639 6 -6 2 2
55.33 1.57 1.6603 -6 8 0 2
55.36 10.56 1.6596 2 10 0 2
55.46 1.65 1.6568 9 3 1 2
55.49 4.19 1.6559 -2 10 0 2
56.78 2.01 1.6214 7 7 1 2
56.92 1.27 1.6177 -4 8 2 2
57.11 1.96 1.6129 7 -7 1 2
57.24 15.17 1.6095 0 0 4 1
57.68 9.61 1.5983 1 7 3 2
57.72 4.79 1.5971 -1 7 3 2
58.02 7.19 1.5896 10 2 0 2
58.15 6.90 1.5864 -10 2 0 2
58.68 1.28 1.5734 -5 9 1 2
59.03 5.97 1.5648 7 -1 3 2
59.56 1.93 1.5521 2 2 4 2
60.07 1.50 1.5403 3 7 3 2
60.20 2.46 1.5371 -3 7 3 2
61.13 5.84 1.5160 7 3 3 2
61.90 3.05 1.4989 0 10 2 2
62.23 2.28 1.4919 1 11 1 2
62.30 2.31 1.4904 -1 11 1 2
62.69 5.25 1.4819 6 8 2 2
62.80 2.85 1.4796 2 4 4 2
62.85 1.20 1.4786 -2 4 4 2
62.99 4.50 1.4756 -6 8 2 2
63.02 1.66 1.4751 2 10 2 2
63.11 2.36 1.4730 4 2 4 2
63.14 5.82 1.4725 -2 10 2 2
63.16 2.60 1.4720 4 -2 4 2
63.42 5.70 1.4666 8 6 2 2
63.46 4.37 1.4659 8 8 0 2
63.72 6.08 1.4605 8 -6 2 2
63.85 3.42 1.4578 -8 8 0 2
64.50 4.26 1.4447 10 0 2 2
64.94 1.74 1.4359 -5 7 3 2
65.33 2.66 1.4284 11 1 1 2
65.34 4.38 1.4281 7 5 3 2
65.39 2.37 1.4271 11 -1 1 2
65.42 2.11 1.4266 7 9 1 2
65.49 5.54 1.4253 10 2 2 2
65.61 2.88 1.4230 10 -2 2 2
65.81 1.72 1.4192 -7 9 1 2
66.23 1.75 1.4110 9 7 1 2
66.24 12.40 1.4109 4 4 4 2
66.28 5.32 1.4101 1 9 3 2
66.34 10.50 1.4091 4 -4 4 2
66.34 11.32 1.4090 -1 9 3 2
66.41 3.21 1.4077 4 10 2 2
66.62 3.56 1.4039 9 -7 1 2
66.66 7.05 1.4031 -4 10 2 2
67.42 1.87 1.3891 -2 12 0 2
67.53 2.00 1.3870 11 -3 1 2
68.01 1.69 1.3784 2 6 4 2
68.09 1.81 1.3771 -2 6 4 2
68.30 8.67 1.3734 9 1 3 2
68.35 4.60 1.3724 9 -1 3 2
68.52 4.80 1.3694 10 4 2 2
68.65 2.91 1.3671 -3 9 3 2
68.81 1.55 1.3643 6 2 4 2
68.96 5.53 1.3617 5 11 1 2
69.29 2.20 1.3561 -5 11 1 2
70.27 1.98 1.3395 9 3 3 2
70.60 4.18 1.3341 8 8 2 2
70.75 2.01 1.3317 12 2 0 2
70.98 2.65 1.3279 8 -8 2 2
71.43 1.09 1.3206 7 7 3 2
71.65 2.99 1.3171 11 -5 1 2
73.12 1.06 1.2943 -5 9 3 2
73.50 1.79 1.2884 10 8 0 2
73.97 1.51 1.2815 -10 8 0 2
74.07 2.05 1.2799 1 1 5 2
74.08 2.23 1.2798 1 -1 5 2
74.21 1.98 1.2779 9 5 3 2
74.24 2.13 1.2775 2 12 2 2
74.38 1.01 1.2754 -2 12 2 2
74.47 1.50 1.2741 9 -5 3 2
74.50 2.09 1.2736 1 13 1 2
75.01 1.65 1.2662 2 8 4 2
75.11 3.42 1.2648 -2 8 4 2
75.91 2.91 1.2534 -7 11 1 2
75.93 1.73 1.2532 6 12 0 2
76.03 1.62 1.2517 1 3 5 2
76.24 2.68 1.2488 3 -1 5 2
76.34 2.25 1.2475 -6 12 0 2
76.45 3.20 1.2459 8 2 4 2
76.54 1.99 1.2447 8 -2 4 2
76.58 5.07 1.2441 3 13 1 2
76.70 4.70 1.2425 6 6 4 2
76.80 1.64 1.2411 -3 13 1 2
76.91 4.30 1.2397 6 -6 4 2
77.19 1.57 1.2358 11 7 1 2
77.39 2.04 1.2331 4 12 2 2
77.58 3.22 1.2305 12 2 2 2
77.63 2.16 1.2300 11 -7 1 2
77.67 2.97 1.2294 -4 12 2 2
77.72 2.36 1.2287 12 -2 2 2
78.21 1.51 1.2223 3 -3 5 2
78.37 3.70 1.2202 -4 8 4 2
78.39 1.39 1.2199 3 11 3 2
78.50 1.34 1.2185 12 6 0 2
78.58 1.36 1.2174 -3 11 3 2
78.58 1.53 1.2174 13 -1 1 2
79.25 3.18 1.2088 7 9 3 2
79.32 1.11 1.2079 8 4 4 2
79.61 2.80 1.2043 -7 9 3 2
79.91 2.06 1.2004 1 5 5 2
79.94 1.56 1.2001 -1 5 5 2
80.00 2.95 1.1993 9 7 3 2
80.36 2.53 1.1949 9 -7 3 2
80.37 1.47 1.1948 13 3 1 2
80.42 1.84 1.1941 12 4 2 2
80.50 1.14 1.1931 5 -1 5 2
80.59 5.00 1.1921 13 -3 1 2
80.69 1.13 1.1908 12 -4 2 2
80.76 2.75 1.1900 5 13 1 2
81.03 1.11 1.1867 11 3 3 2
81.13 2.40 1.1855 -5 13 1 2
81.99 1.59 1.1751 3 5 5 2
82.45 1.78 1.1698 5 -3 5 2
82.86 1.60 1.1650 -5 11 3 2
83.71 1.05 1.1554 2 10 4 2
83.89 2.12 1.1533 9 11 1 2
84.13 1.90 1.1507 13 5 1 2
84.44 1.05 1.1472 -9 11 1 2
84.49 1.92 1.1467 13 -5 1 2
84.80 1.33 1.1433 11 5 3 2
85.37 4.39 1.1371 11 -9 1 2
85.65 1.13 1.1341 1 7 5 2
85.80 1.86 1.1325 0 14 2 2
86.77 1.22 1.1224 7 1 5 2
86.77 1.43 1.1223 2 14 2 2
86.81 1.32 1.1220 7 -1 5 2
87.98 1.22 1.1100 1 15 1 2
88.77 1.01 1.1021 7 11 3 2
88.79 1.87 1.1019 10 10 2 2
89.20 1.28 1.0980 -7 11 3 2
89.85 1.17 1.0917 3 13 3 2
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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.