Natrolite
Peacor D R
American Mineralogist 58 (1973) 676-680
High temperature, single-crystal X-Ray study of natrolite
T = 146 C
_database_code_amcsd 0000374
CELL PARAMETERS: 18.4300 18.7100 6.5200 90.000 90.000 90.000
SPACE GROUP: Fdd2
X-RAY WAVELENGTH: 1.541838
Cell Volume: 2248.261
Density (g/cm3): 2.272
MAX. ABS. INTENSITY / VOLUME**2: 5.818299949
RIR: 0.834
RIR based on corundum from Acta Crystallographica A38 (1982) 733-739
2-THETA INTENSITY D-SPACING H K L Multiplicity
13.49 62.54 6.5649 2 2 0 4
15.17 100.00 5.8396 1 1 1 4
18.97 27.74 4.6775 0 4 0 2
19.26 19.22 4.6075 4 0 0 2
20.28 37.21 4.3778 1 3 1 4
20.42 46.71 4.3488 3 1 1 4
21.30 29.60 4.1709 2 4 0 4
21.50 19.70 4.1334 4 2 0 4
24.50 1.21 3.6338 3 3 1 4
27.17 3.25 3.2825 4 4 0 4
27.91 41.20 3.1963 1 5 1 4
28.22 49.50 3.1626 5 1 1 4
29.01 14.09 3.0784 0 2 2 2
29.05 16.95 3.0733 2 0 2 2
30.26 1.99 2.9538 2 6 0 4
30.62 39.44 2.9198 2 2 2 4
30.63 3.43 2.9184 6 2 0 4
31.17 73.22 2.8696 3 5 1 4
31.35 67.75 2.8532 5 3 1 4
34.93 9.38 2.5685 2 4 2 4
35.06 13.40 2.5597 4 2 2 4
36.66 15.84 2.4511 1 7 1 4
37.14 15.34 2.4208 7 1 1 4
38.49 4.91 2.3387 0 8 0 2
38.94 9.65 2.3131 4 4 2 4
39.10 3.61 2.3038 8 0 0 2
39.27 1.07 2.2942 3 7 1 4
39.76 1.29 2.2669 2 8 0 4
40.01 6.19 2.2534 0 6 2 2
40.32 2.17 2.2369 8 2 0 4
40.34 4.04 2.2356 6 0 2 2
41.24 15.11 2.1889 2 6 2 4
41.25 5.50 2.1883 6 6 0 4
41.53 12.96 2.1744 6 2 2 4
43.80 1.72 2.0667 8 4 0 4
44.41 1.70 2.0397 1 3 3 4
44.48 1.46 2.0367 3 1 3 4
46.09 1.82 1.9693 1 9 1 4
46.66 4.06 1.9465 3 3 3 4
46.75 1.47 1.9431 9 1 1 4
48.70 5.34 1.8697 1 5 3 4
48.89 6.26 1.8628 5 1 3 4
49.41 2.14 1.8445 8 2 2 4
49.73 7.70 1.8336 2 10 0 4
50.47 7.43 1.8082 10 2 0 4
50.64 6.12 1.8026 7 7 1 4
50.80 8.57 1.7971 3 5 3 4
50.93 9.92 1.7931 5 3 3 4
52.06 5.63 1.7568 4 8 2 4
52.42 4.61 1.7455 8 4 2 4
52.45 3.02 1.7447 5 9 1 4
52.81 9.89 1.7335 4 10 0 4
52.86 3.19 1.7319 9 5 1 4
53.44 9.60 1.7147 10 4 0 4
54.83 3.83 1.6743 5 5 3 4
56.03 1.52 1.6412 8 8 0 4
56.10 4.30 1.6393 1 11 1 4
56.45 7.02 1.6300 0 0 4 1
56.60 2.47 1.6261 3 7 3 4
56.73 7.15 1.6227 0 10 2 2
56.89 3.95 1.6186 7 3 3 4
56.96 3.98 1.6167 11 1 1 4
56.98 2.16 1.6160 6 8 2 4
57.18 2.31 1.6109 8 6 2 4
57.44 6.51 1.6044 10 0 2 2
57.69 1.32 1.5979 6 10 0 4
58.14 1.67 1.5866 10 6 0 4
58.30 1.80 1.5828 7 9 1 4
58.33 1.40 1.5820 2 2 4 4
58.52 2.20 1.5773 9 7 1 4
58.80 1.57 1.5704 11 3 1 4
60.36 2.35 1.5334 5 7 3 4
60.49 1.94 1.5306 4 10 2 4
60.53 1.35 1.5296 7 5 3 4
61.03 3.11 1.5182 2 4 4 4
61.06 2.78 1.5176 10 4 2 4
61.12 3.66 1.5164 4 2 4 4
61.98 1.49 1.4973 1 9 3 4
62.52 2.02 1.4857 9 1 3 4
62.93 2.99 1.4769 4 12 0 4
63.46 11.20 1.4659 8 8 2 4
63.78 2.50 1.4593 3 9 3 4
63.78 2.63 1.4592 12 4 0 4
65.39 1.47 1.4271 2 6 4 4
65.57 5.06 1.4237 9 9 1 4
65.60 1.40 1.4231 6 2 4 4
67.34 2.87 1.3905 2 12 2 4
68.01 2.50 1.3784 4 6 4 4
68.14 3.08 1.3761 6 4 4 4
68.24 1.50 1.3743 12 2 2 4
69.51 1.00 1.3524 13 3 1 4
69.93 1.68 1.3453 4 12 2 4
70.41 2.60 1.3373 0 8 4 2
70.49 1.00 1.3359 1 11 3 4
70.74 1.79 1.3319 12 4 2 4
70.81 1.44 1.3306 8 0 4 2
71.24 1.31 1.3236 11 1 3 4
71.26 4.11 1.3234 2 8 4 4
71.28 1.44 1.3230 10 8 2 4
71.63 3.78 1.3174 8 2 4 4
71.90 2.50 1.3132 5 13 1 4
71.91 2.31 1.3130 10 10 0 4
72.28 3.18 1.3072 6 6 4 4
72.43 3.27 1.3048 7 9 3 4
72.63 2.74 1.3017 9 7 3 4
72.80 2.70 1.2992 13 5 1 4
72.88 1.01 1.2979 11 3 3 4
74.14 1.18 1.2789 6 12 2 4
74.81 1.38 1.2691 12 6 2 4
77.97 3.49 1.2255 6 14 0 4
78.20 3.54 1.2224 1 15 1 4
78.54 1.40 1.2179 10 10 2 4
78.94 2.77 1.2128 14 6 0 4
79.36 2.28 1.2074 3 5 5 4
79.46 2.03 1.2061 5 3 5 4
79.56 3.47 1.2049 15 1 1 4
80.41 2.22 1.1943 4 14 2 4
80.96 4.92 1.1875 4 10 4 4
81.47 4.02 1.1814 10 4 4 4
81.49 2.08 1.1811 14 4 2 4
82.08 1.42 1.1741 11 11 1 4
83.41 1.36 1.1588 9 13 1 4
83.94 1.03 1.1528 13 9 1 4
84.08 1.06 1.1512 3 7 5 4
85.01 2.75 1.1410 5 13 3 4
85.87 2.92 1.1318 13 5 3 4
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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.