Mordenite
Martucci A, Sacerdoti M, Cruciani G, Dalconi C
European Journal of Mineralogy 15 (2003) 485-493
In situ time resolved synchrotron powder diffraction study of mordenite
Sample: T = 25 C
_database_code_amcsd 0006995
CELL PARAMETERS: 18.1200 20.4940 7.5310 90.000 90.000 90.000
SPACE GROUP: Cmcm
X-RAY WAVELENGTH: 1.541838
Cell Volume: 2796.646
Density (g/cm3): 2.130
MAX. ABS. INTENSITY / VOLUME**2: 4.162959836
RIR: 0.636
RIR based on corundum from Acta Crystallographica A38 (1982) 733-739
2-THETA INTENSITY D-SPACING H K L Multiplicity
6.51 15.05 13.5749 1 1 0 4
9.76 67.13 9.0600 2 0 0 2
13.04 2.32 6.7874 2 2 0 4
13.45 99.09 6.5855 1 1 1 8
13.85 27.34 6.3922 1 3 0 4
14.60 27.54 6.0684 0 2 1 4
15.29 24.33 5.7936 3 1 0 4
17.59 7.14 5.0419 2 2 1 8
18.20 3.87 4.8734 1 3 1 8
19.33 12.47 4.5920 3 1 1 8
19.62 36.27 4.5250 3 3 0 4
20.97 1.46 4.2361 0 4 1 4
21.45 10.87 4.1432 4 2 0 4
22.24 88.59 3.9978 1 5 0 4
22.93 2.99 3.8787 3 3 1 8
23.18 28.46 3.8374 2 4 1 8
23.63 19.45 3.7655 0 0 2 2
24.52 4.83 3.6301 4 2 1 8
25.20 10.70 3.5344 0 2 2 4
25.62 100.00 3.4771 2 0 2 4
26.09 6.25 3.4157 0 6 0 2
26.28 84.68 3.3916 3 5 0 4
27.08 10.84 3.2927 2 2 2 8
27.49 22.22 3.2444 1 3 2 8
27.66 68.38 3.2249 5 1 1 8
27.87 47.45 3.2014 5 3 0 4
28.27 7.18 3.1572 3 1 2 8
28.70 3.53 3.1107 0 6 1 4
28.86 3.26 3.0941 4 4 1 8
28.87 3.00 3.0925 3 5 1 8
29.44 2.00 3.0342 0 4 2 4
30.38 7.87 2.9421 2 6 1 8
30.87 6.12 2.8968 6 2 0 4
30.88 27.80 2.8957 4 0 2 4
30.89 14.73 2.8944 3 3 2 8
32.67 8.50 2.7411 1 5 2 8
33.13 2.97 2.7037 6 2 1 8
33.20 9.50 2.6983 1 7 1 8
34.03 7.28 2.6345 3 7 0 4
34.94 4.95 2.5682 7 1 0 4
35.03 5.43 2.5617 0 8 0 2
35.61 1.34 2.5209 4 4 2 8
35.63 28.60 2.5201 3 5 2 8
36.40 2.15 2.4685 1 1 3 8
36.45 3.03 2.4651 2 8 0 4
36.54 7.91 2.4591 6 4 1 8
36.85 4.55 2.4390 5 3 2 8
36.86 1.25 2.4382 0 2 3 4
36.89 1.69 2.4367 2 6 2 8
36.98 1.32 2.4307 7 1 1 8
37.07 1.50 2.4253 0 8 1 4
37.14 1.12 2.4206 7 3 0 4
38.23 2.23 2.3545 2 2 3 8
38.53 1.62 2.3366 1 3 3 8
39.24 1.11 2.2960 6 2 2 8
39.80 1.07 2.2650 8 0 0 2
40.45 3.74 2.2299 4 8 0 4
40.80 2.32 2.2116 8 2 0 4
41.27 1.28 2.1876 2 4 3 8
41.68 3.42 2.1668 6 6 1 8
41.85 4.49 2.1586 3 7 2 8
42.42 1.22 2.1307 3 9 0 4
42.69 1.60 2.1181 0 8 2 4
44.11 1.35 2.0532 5 1 3 8
44.17 2.43 2.0502 3 9 1 8
44.19 12.37 2.0494 0 10 0 2
44.50 4.04 2.0362 7 3 2 8
44.91 10.61 2.0182 4 4 3 8
45.41 6.17 1.9974 8 4 1 8
46.48 12.49 1.9536 6 8 0 4
46.61 1.05 1.9487 5 7 2 8
46.92 3.88 1.9363 9 1 1 8
47.38 6.55 1.9187 4 8 2 8
48.00 2.99 1.8953 1 7 3 8
48.08 2.41 1.8922 7 5 2 8
48.34 22.25 1.8828 0 0 4 2
48.75 3.45 1.8678 5 9 1 8
50.36 10.15 1.8120 10 0 0 2
50.86 11.76 1.7952 7 1 3 8
53.12 3.03 1.7241 7 7 2 8
53.31 3.93 1.7184 9 3 2 8
53.82 2.52 1.7033 1 5 4 8
54.04 5.20 1.6969 8 8 0 4
54.39 3.01 1.6867 5 7 3 8
55.08 1.61 1.6673 7 9 1 8
55.14 5.64 1.6655 0 12 1 4
55.24 1.11 1.6628 1 11 2 8
55.85 2.00 1.6461 3 5 4 8
56.72 6.42 1.6229 5 3 4 8
57.70 5.67 1.5978 8 4 3 8
58.46 1.01 1.5786 6 2 4 8
59.43 1.69 1.5553 0 12 2 4
59.78 7.38 1.5470 8 8 2 8
60.43 1.03 1.5318 3 7 4 8
60.55 5.53 1.5291 5 9 3 8
60.58 2.97 1.5285 11 5 0 4
60.72 4.48 1.5254 3 13 0 4
61.46 2.06 1.5087 8 6 3 8
62.82 3.22 1.4793 10 8 0 4
62.83 1.76 1.4789 9 9 1 8
63.85 2.11 1.4577 3 1 5 8
64.26 4.72 1.4495 1 13 2 8
64.46 8.26 1.4456 5 13 0 4
64.48 1.21 1.4451 0 4 5 4
65.40 5.20 1.4270 2 4 5 8
66.09 2.76 1.4138 3 13 2 8
66.12 1.26 1.4131 7 9 3 8
66.17 2.99 1.4123 10 4 3 8
66.74 4.12 1.4015 12 0 2 4
67.08 2.56 1.3952 2 12 3 8
67.50 9.01 1.3877 5 1 5 8
67.56 1.47 1.3865 0 10 4 4
68.10 5.91 1.3769 10 8 2 8
68.25 3.43 1.3741 11 1 3 8
69.21 1.19 1.3575 10 10 0 4
69.32 3.43 1.3557 6 8 4 8
69.76 2.37 1.3481 4 12 3 8
70.50 1.09 1.3357 1 7 5 8
71.49 2.58 1.3196 13 5 0 4
72.38 1.77 1.3056 10 0 4 4
72.52 2.12 1.3035 6 4 5 8
72.69 2.22 1.3008 12 8 0 4
74.01 1.47 1.2809 0 16 0 2
74.13 1.77 1.2791 6 12 3 8
74.87 1.63 1.2683 2 16 0 4
74.90 4.34 1.2678 7 13 2 8
75.41 2.42 1.2605 8 8 4 8
76.49 9.17 1.2454 13 5 2 8
77.63 1.87 1.2299 3 9 5 8
77.66 1.67 1.2295 12 8 2 8
77.91 1.13 1.2262 10 12 1 8
78.52 4.43 1.2182 8 4 5 8
78.54 1.67 1.2180 4 14 3 8
78.89 1.08 1.2134 8 14 1 8
78.95 1.75 1.2126 0 16 2 4
79.11 1.26 1.2106 5 15 2 8
79.19 1.32 1.2096 4 0 6 4
79.79 1.18 1.2019 2 16 2 8
80.15 1.63 1.1975 1 5 6 8
81.01 3.16 1.1870 5 9 5 8
81.03 1.94 1.1867 11 5 4 8
81.68 1.48 1.1788 9 13 2 8
82.20 1.09 1.1727 11 11 2 8
83.41 1.02 1.1587 15 5 0 4
84.50 4.98 1.1466 5 13 4 8
86.02 1.56 1.1302 7 9 5 8
86.06 1.13 1.1298 10 4 5 8
86.07 2.89 1.1296 0 12 5 4
86.51 1.11 1.1250 13 7 3 8
88.23 1.39 1.1075 15 5 2 8
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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.