Mutinaite
Taylor J C, Miller S A, Bibby D M
Zeitschrift fur Kristallographie 176 (1986) 183-192
A study of decomposition methods for refinement of H+-ZSM5 zeolite
with powder diffraction data
Locality: synthetic
Note: dehydrated mutinaite
_database_code_amcsd 0010960
CELL PARAMETERS: 20.1080 19.9180 13.3920 90.000 90.000 90.000
SPACE GROUP: Pnma
X-RAY WAVELENGTH: 1.541838
Cell Volume: 5363.645
Density (g/cm3): 1.786
MAX. ABS. INTENSITY / VOLUME**2: 12.74237117
RIR: 2.324
RIR based on corundum from Acta Crystallographica A38 (1982) 733-739
2-THETA INTENSITY D-SPACING H K L Multiplicity
7.93 100.00 11.1462 1 0 1 4
7.96 60.16 11.1135 0 1 1 4
8.80 44.61 10.0540 2 0 0 2
8.88 48.68 9.9590 0 2 0 2
9.09 26.78 9.7268 1 1 1 8
9.85 1.71 8.9754 2 1 0 4
11.92 1.59 7.4265 1 2 1 8
13.22 5.47 6.6960 0 0 2 2
13.94 10.71 6.3530 1 0 2 4
14.78 11.24 5.9939 3 0 1 4
14.89 7.44 5.9484 0 3 1 4
15.53 8.35 5.7041 1 3 1 8
15.90 5.86 5.5731 2 0 2 4
15.95 3.15 5.5568 0 2 2 4
16.55 3.00 5.3560 1 2 2 8
17.27 1.29 5.1355 3 2 1 8
17.64 2.44 5.0270 4 0 0 2
17.81 4.65 4.9795 0 4 0 2
19.26 3.43 4.6086 3 1 2 8
20.38 1.32 4.3579 1 0 3 4
20.39 3.10 4.3559 0 1 3 4
20.81 1.33 4.2686 2 3 2 8
20.88 5.79 4.2551 4 2 1 8
21.78 2.19 4.0799 2 0 3 4
22.18 2.74 4.0078 4 3 0 4
23.06 1.47 3.8562 3 3 2 8
23.09 41.22 3.8517 5 0 1 4
23.30 32.69 3.8183 0 5 1 4
23.72 14.24 3.7512 1 5 1 8
23.95 22.84 3.7154 3 0 3 4
24.02 2.19 3.7045 0 3 3 4
24.43 18.06 3.6432 1 3 3 8
24.78 1.68 3.5924 5 2 1 8
25.59 2.04 3.4810 3 2 3 8
25.91 5.86 3.4389 4 3 2 8
26.23 1.45 3.3971 5 1 2 8
26.60 2.85 3.3513 6 0 0 2
26.86 2.46 3.3197 0 6 0 2
27.00 4.99 3.3025 1 0 4 4
27.52 1.04 3.2408 2 5 2 8
28.47 1.79 3.1347 1 2 4 8
29.29 5.76 3.0489 3 5 2 8
29.90 5.28 2.9879 5 0 3 4
30.07 4.40 2.9722 0 5 3 4
30.40 3.72 2.9403 1 5 3 8
31.25 1.43 2.8619 5 2 3 8
32.79 2.76 2.7315 6 3 2 8
34.40 2.90 2.6069 5 5 2 8
34.68 1.22 2.5867 7 3 1 8
34.92 1.04 2.5694 4 3 4 8
35.72 1.35 2.5135 8 0 0 2
36.07 1.11 2.4897 0 8 0 2
36.11 1.06 2.4872 3 0 5 4
37.22 1.19 2.4156 7 0 3 4
37.57 1.29 2.3940 3 5 4 8
38.77 1.06 2.3225 4 7 2 8
45.09 2.47 2.0108 10 0 0 2
45.10 3.71 2.0101 8 0 4 4
45.40 1.26 1.9979 0 8 4 4
45.45 1.51 1.9957 4 8 3 8
45.54 3.88 1.9918 0 10 0 2
46.57 2.05 1.9500 4 3 6 8
47.37 1.13 1.9192 8 5 3 8
47.53 1.07 1.9132 9 3 3 8
48.70 1.69 1.8699 3 5 6 8
55.02 1.76 1.6690 8 0 6 4
55.48 1.16 1.6563 1 8 6 8
62.35 1.47 1.4893 9 8 4 8
63.67 2.98 1.4615 13 0 3 4
64.12 1.42 1.4523 4 8 7 8
64.46 2.51 1.4454 1 13 3 8
65.16 1.33 1.4317 4 13 2 8
65.66 2.00 1.4220 8 5 7 8
66.31 1.05 1.4096 13 5 2 8
77.99 1.10 1.2251 4 13 6 8
79.11 1.16 1.2105 5 5 10 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.