Mutinaite
Vezzalini G, Quartieri S, Galli E, Alberti A, Cruciani G, Kvick A
Zeolites 19 (1997) 323-325
Crystal structure of the zeolite mutinaite, the natural analog of ZSM-5
Locality: Mt. Adamson, Northern Victoria Land, Antarctica
Note: reported occupancies do not match reported chemistry
_database_code_amcsd 0015873
CELL PARAMETERS: 20.2010 19.9910 13.4690 90.000 90.000 90.000
SPACE GROUP: Pnma
X-RAY WAVELENGTH: 1.541838
Cell Volume: 5439.296
Density (g/cm3): 2.024
MAX. ABS. INTENSITY / VOLUME**2: 4.667655487
RIR: 0.751
RIR based on corundum from Acta Crystallographica A38 (1982) 733-739
2-THETA INTENSITY D-SPACING H K L Multiplicity
7.89 55.24 11.2065 1 0 1 4
7.91 91.38 11.1702 0 1 1 4
8.75 31.79 10.1005 2 0 0 2
8.85 56.93 9.9955 0 2 0 2
9.05 44.44 9.7753 1 1 1 8
10.95 2.92 8.0808 2 0 1 4
11.86 5.29 7.4594 1 2 1 8
12.46 1.07 7.1047 2 2 0 4
13.15 7.72 6.7345 0 0 2 2
13.86 17.23 6.3888 1 0 2 4
14.56 1.28 6.0856 1 1 2 8
14.71 10.91 6.0229 3 0 1 4
14.83 10.69 5.9727 0 3 1 4
15.47 18.07 5.7276 1 3 1 8
15.82 3.91 5.6032 2 0 2 4
15.87 8.76 5.5851 0 2 2 4
15.93 1.30 5.5622 2 3 0 4
16.43 1.60 5.3953 2 1 2 8
16.47 4.74 5.3832 1 2 2 8
17.19 4.73 5.1588 3 2 1 8
17.56 3.68 5.0503 4 0 0 2
17.75 8.54 4.9977 0 4 0 2
18.63 1.70 4.7617 3 0 2 4
18.77 1.51 4.7288 4 0 1 4
19.16 6.95 4.6321 3 1 2 8
19.45 1.48 4.5644 1 4 1 8
19.70 1.46 4.5076 4 2 0 4
20.26 4.84 4.3827 1 0 3 4
20.27 6.48 4.3806 0 1 3 4
20.66 1.34 4.2988 3 2 2 8
20.71 1.67 4.2886 2 3 2 8
20.78 11.15 4.2745 4 2 1 8
21.66 7.32 4.1026 2 0 3 4
22.08 5.96 4.0249 4 3 0 4
22.15 2.09 4.0138 1 2 3 8
22.45 1.95 3.9603 4 1 2 8
22.96 2.55 3.8742 3 3 2 8
22.98 100.00 3.8698 5 0 1 4
23.21 76.15 3.8329 0 5 1 4
23.63 51.91 3.7657 1 5 1 8
23.82 48.39 3.7355 3 0 3 4
23.86 1.22 3.7297 2 4 2 8
23.90 13.39 3.7234 0 3 3 4
23.94 3.16 3.7175 2 5 0 4
24.31 34.95 3.6617 1 3 3 8
24.67 6.32 3.6088 5 2 1 8
25.46 5.02 3.4991 3 2 3 8
25.50 3.49 3.4936 2 3 3 8
25.71 1.74 3.4646 5 0 2 4
25.79 15.68 3.4549 4 3 2 8
26.10 1.62 3.4137 5 1 2 8
26.30 6.00 3.3892 1 5 2 8
26.47 8.48 3.3668 6 0 0 2
26.56 1.01 3.3554 4 0 3 4
26.76 3.25 3.3318 0 6 0 2
26.84 13.69 3.3214 1 0 4 4
27.22 3.84 3.2765 1 1 4 8
27.30 5.19 3.2663 6 0 1 4
27.37 1.55 3.2584 3 3 3 8
27.40 6.27 3.2546 2 5 2 8
27.93 2.75 3.1944 2 0 4 4
27.96 1.58 3.1910 0 2 4 4
28.31 3.29 3.1520 1 2 4 8
29.16 19.30 3.0620 3 5 2 8
29.73 1.11 3.0050 6 3 0 4
29.75 20.87 3.0032 5 0 3 4
29.93 19.52 2.9859 0 5 3 4
30.01 2.02 2.9781 3 1 4 8
30.01 1.13 2.9779 6 1 2 8
30.06 1.92 2.9726 1 3 4 8
30.26 3.23 2.9538 1 5 3 8
31.01 1.78 2.8836 3 2 4 8
31.09 3.23 2.8762 5 2 3 8
31.24 1.10 2.8634 2 5 3 8
31.48 7.25 2.8419 4 5 2 8
32.04 1.32 2.7937 0 7 1 4
32.63 5.90 2.7442 6 3 2 8
32.81 2.29 2.7295 3 5 3 8
33.26 5.04 2.6936 6 0 3 4
33.56 1.42 2.6702 1 0 5 4
34.25 5.65 2.6183 5 5 2 8
34.52 3.14 2.5984 7 3 1 8
34.84 1.11 2.5754 6 5 0 4
34.98 1.76 2.5653 5 1 4 8
35.13 1.73 2.5549 1 5 4 8
35.55 5.39 2.5251 8 0 0 2
35.91 4.03 2.5011 3 0 5 4
35.94 2.49 2.4989 0 8 0 2
35.99 3.72 2.4957 2 5 4 8
36.13 1.73 2.4859 4 7 0 4
36.24 2.29 2.4786 1 3 5 8
37.03 2.26 2.4276 7 0 3 4
37.29 4.20 2.4114 5 3 4 8
37.38 2.07 2.4056 3 5 4 8
37.38 1.15 2.4055 6 5 2 8
37.59 2.75 2.3927 1 7 3 8
38.61 3.19 2.3321 4 7 2 8
40.82 1.87 2.2104 7 5 2 8
40.84 1.36 2.2094 4 8 1 8
41.20 2.78 2.1912 7 0 4 4
43.29 1.35 2.0899 8 3 3 8
44.67 1.03 2.0285 3 3 6 8
44.87 4.17 2.0202 8 0 4 4
44.87 5.36 2.0201 10 0 0 2
45.19 5.70 2.0067 0 8 4 4
45.25 3.69 2.0042 4 8 3 8
45.37 12.53 1.9991 0 10 0 2
46.12 1.04 1.9682 2 8 4 8
46.31 3.28 1.9605 4 3 6 8
47.14 2.07 1.9281 8 5 3 8
47.29 2.42 1.9223 9 3 3 8
47.32 1.28 1.9209 5 8 3 8
48.14 1.26 1.8902 2 0 7 4
48.43 4.07 1.8796 3 5 6 8
51.11 1.20 1.7871 10 5 1 8
51.45 1.45 1.7761 5 10 1 8
51.59 1.42 1.7718 11 0 2 4
51.65 1.10 1.7697 4 2 7 8
51.87 1.56 1.7626 3 10 3 8
53.63 1.09 1.7088 2 5 7 8
54.50 2.57 1.6836 0 0 8 2
54.71 4.28 1.6777 8 0 6 4
55.04 1.70 1.6685 5 8 5 8
55.19 4.13 1.6643 1 8 6 8
55.80 1.49 1.6475 7 8 4 8
57.14 1.18 1.6120 1 12 2 8
58.56 1.29 1.5763 12 0 3 4
58.76 1.93 1.5713 4 12 1 8
59.73 1.07 1.5481 8 7 5 8
62.04 2.90 1.4960 9 8 4 8
63.21 1.16 1.4711 4 13 0 4
63.33 5.54 1.4685 13 0 3 4
63.77 1.93 1.4595 4 8 7 8
64.00 1.27 1.4548 0 13 3 4
64.18 4.25 1.4510 1 13 3 8
64.88 3.10 1.4372 4 13 2 8
65.28 3.56 1.4293 8 5 7 8
65.97 2.60 1.4160 13 5 2 8
66.64 1.65 1.4034 5 0 9 4
66.74 1.88 1.4016 0 5 9 4
66.92 1.07 1.3982 1 5 9 8
67.43 1.41 1.3888 6 8 7 8
77.07 1.66 1.2375 4 5 10 8
77.59 1.89 1.2304 4 13 6 8
78.32 1.44 1.2208 9 13 3 8
78.61 2.41 1.2170 13 5 6 8
80.47 1.04 1.1935 6 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.