Metanatrolite
Baur W H, Joswig W
Neues Jahrbuch fur Mineralogie, Monatshefte 1996 (1996) 171-187
The phases of natrolite occurring during dehydration and rehydration studied
by single crystal X-ray diffraction methods between room temperature and 923 K
Locality: Khibiny, Kola peninsula, Russia
Sample: T = 598 K, crystal IV, "metanatrolite"
_database_code_amcsd 0014887
CELL PARAMETERS: 16.2230 17.0290 6.4380 90.000 90.000 90.000
SPACE GROUP: F2
X-RAY WAVELENGTH: 1.541838
Cell Volume: 1778.571
Density (g/cm3): 2.455
MAX. ABS. INTENSITY / VOLUME**2: 5.023854417
RIR: 0.666
RIR based on corundum from Acta Crystallographica A38 (1982) 733-739
2-THETA INTENSITY D-SPACING H K L Multiplicity
15.09 44.37 5.8730 2 2 0 2
15.09 55.63 5.8730 -2 2 0 2
15.70 24.69 5.6456 1 1 1 2
15.70 22.69 5.6456 1 -1 1 2
20.87 11.71 4.2572 0 4 0 2
21.58 16.80 4.1183 1 3 1 2
21.58 20.88 4.1183 -1 3 1 2
21.91 4.56 4.0557 4 0 0 2
22.09 27.21 4.0235 3 1 1 2
22.09 28.11 4.0235 3 -1 1 2
23.60 14.81 3.7696 2 4 0 2
23.60 9.42 3.7696 -2 4 0 2
24.31 9.96 3.6616 4 2 0 2
24.31 16.11 3.6616 -4 2 0 2
26.65 6.03 3.3453 3 3 1 2
26.65 8.73 3.3453 3 -3 1 2
29.67 45.32 3.0110 0 2 2 2
29.86 42.78 2.9920 2 0 2 2
30.19 24.90 2.9600 1 5 1 2
30.19 19.76 2.9600 -1 5 1 2
30.44 10.58 2.9365 4 4 0 2
30.44 9.90 2.9365 -4 4 0 2
31.32 23.53 2.8564 5 1 1 2
31.32 24.38 2.8564 5 -1 1 2
31.52 1.41 2.8382 0 6 0 2
31.70 5.38 2.8228 2 2 2 2
31.70 6.99 2.8228 2 -2 2 2
33.13 2.64 2.7038 6 0 0 2
33.45 5.58 2.6789 -2 6 0 2
34.09 16.10 2.6304 3 5 1 2
34.09 18.92 2.6304 -3 5 1 2
34.76 18.06 2.5807 5 3 1 2
34.76 14.68 2.5807 5 -3 1 2
34.81 5.33 2.5770 6 2 0 2
36.71 5.09 2.4479 2 4 2 2
36.71 12.92 2.4479 -2 4 2 2
37.19 9.97 2.4176 4 2 2 2
37.19 2.83 2.4176 4 -2 2 2
38.72 2.51 2.3253 -4 6 0 2
39.48 4.99 2.2824 6 4 0 2
40.01 7.56 2.2536 1 7 1 2
40.01 10.33 2.2536 -1 7 1 2
41.63 5.33 2.1694 4 -4 2 2
41.63 6.32 2.1694 4 4 2 2
41.76 4.72 2.1629 7 1 1 2
41.76 5.06 2.1629 7 -1 1 2
43.13 2.93 2.0975 -3 7 1 2
43.97 5.13 2.0591 2 6 2 2
43.98 2.81 2.0589 -2 8 0 2
45.06 1.80 2.0118 6 2 2 2
45.06 7.54 2.0118 6 -2 2 2
45.53 1.19 1.9921 1 3 3 2
45.53 2.53 1.9921 -1 3 3 2
45.80 2.56 1.9811 3 1 3 2
45.80 1.27 1.9811 3 -1 3 2
46.01 3.89 1.9727 8 2 0 2
48.28 5.77 1.8850 4 6 2 2
48.29 1.73 1.8848 4 8 0 2
48.89 1.11 1.8631 -5 7 1 2
48.92 3.92 1.8619 6 -4 2 2
49.81 3.40 1.8308 -8 4 0 2
50.59 1.12 1.8044 1 5 3 2
50.59 2.50 1.8044 -1 5 3 2
50.60 1.48 1.8041 1 9 1 2
50.60 4.36 1.8041 -1 9 1 2
51.33 2.75 1.7801 5 1 3 2
51.33 3.19 1.7801 5 -1 3 2
53.03 3.80 1.7269 9 1 1 2
53.22 1.09 1.7212 3 5 3 2
53.23 1.29 1.7210 -3 9 1 2
53.69 1.30 1.7071 5 3 3 2
54.56 1.17 1.6820 8 -2 2 2
55.11 1.62 1.6666 -2 10 0 2
55.11 5.37 1.6666 2 10 0 2
57.24 7.20 1.6095 0 0 4 1
57.55 3.00 1.6015 1 7 3 2
57.55 2.16 1.6015 -1 7 3 2
57.86 2.38 1.5936 10 2 0 2
57.86 3.79 1.5936 -10 2 0 2
58.90 1.83 1.5679 7 -1 3 2
61.07 2.29 1.5173 7 3 3 2
61.61 1.19 1.5052 0 10 2 2
62.59 1.74 1.4841 6 8 2 2
62.59 1.85 1.4841 -6 8 2 2
62.78 1.13 1.4800 2 10 2 2
62.78 1.55 1.4800 -2 10 2 2
63.34 2.28 1.4683 8 6 2 2
63.34 2.00 1.4683 8 -6 2 2
63.34 1.61 1.4682 8 8 0 2
63.34 1.69 1.4682 -8 8 0 2
64.30 1.51 1.4487 10 0 2 2
65.28 1.03 1.4293 7 5 3 2
65.34 2.23 1.4282 10 2 2 2
66.09 1.78 1.4138 1 9 3 2
66.09 4.05 1.4138 -1 9 3 2
66.13 1.02 1.4130 9 -7 1 2
66.21 4.31 1.4114 4 4 4 2
66.21 3.22 1.4114 4 -4 4 2
66.23 3.09 1.4112 -4 10 2 2
66.23 1.01 1.4112 4 10 2 2
67.94 1.08 1.3796 -2 6 4 2
68.16 1.22 1.3757 9 -1 3 2
68.16 3.67 1.3757 9 1 3 2
68.40 1.59 1.3715 10 4 2 2
68.75 1.78 1.3654 5 11 1 2
70.49 1.95 1.3359 8 8 2 2
70.49 1.47 1.3359 8 -8 2 2
71.19 1.08 1.3244 11 -5 1 2
74.88 1.00 1.2680 -2 8 4 2
76.23 1.33 1.2489 3 13 1 2
76.64 1.19 1.2433 6 6 4 2
76.64 1.29 1.2433 6 -6 4 2
77.13 1.08 1.2367 -4 12 2 2
77.13 1.07 1.2367 4 12 2 2
80.14 1.31 1.1975 13 -3 1 2
84.67 1.04 1.1447 11 -9 1 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.