Thomsonite-Ca
Gatta G D, Kahlenberg V, Kaindl R, Rotiroti N, Cappelletti P, de Gennaro M
American Mineralogist 95 (2010) 495-502
Crystal structure and low-temperature behavior of "disordered" thomsonite
Locality: Terzigno, Somma-Vesuvius volcanic complex, Naples Province, Italy
T = 98.0 K
_database_code_amcsd 0005038
CELL PARAMETERS: 13.0603 13.0456 6.5981 90.000 90.000 90.000
SPACE GROUP: Pbmn
X-RAY WAVELENGTH: 1.541838
Cell Volume: 1124.181
Density (g/cm3): 2.342
MAX. ABS. INTENSITY / VOLUME**2: 3.403046828
RIR: 0.473
RIR based on corundum from Acta Crystallographica A38 (1982) 733-739
2-THETA INTENSITY D-SPACING H K L Multiplicity
9.58 17.64 9.2298 1 1 0 4
13.42 54.90 6.5981 0 0 1 2
13.56 42.01 6.5301 2 0 0 2
13.58 27.39 6.5228 0 2 0 2
15.04 66.07 5.8892 1 0 1 4
16.52 8.31 5.3676 1 1 1 8
19.12 48.49 4.6414 2 0 1 4
19.13 11.41 4.6387 0 2 1 4
19.23 75.94 4.6149 2 2 0 4
20.31 18.46 4.3728 2 1 1 8
20.32 40.79 4.3712 1 2 1 8
21.52 20.44 4.1296 3 1 0 4
21.54 26.22 4.1258 1 3 0 4
23.53 7.75 3.7817 2 2 1 8
25.45 32.98 3.5005 3 1 1 8
25.46 59.10 3.4982 1 3 1 8
27.31 15.68 3.2651 4 0 0 2
27.89 46.98 3.1986 1 0 2 4
28.11 4.97 3.1744 3 2 1 8
28.12 49.98 3.1733 2 3 1 8
29.02 2.82 3.0766 3 3 0 4
30.35 35.66 2.9446 2 0 2 4
30.36 51.25 2.9439 0 2 2 4
30.55 22.80 2.9264 4 0 1 4
30.58 2.22 2.9237 0 4 1 4
30.64 16.87 2.9177 2 4 0 4
31.14 2.54 2.8719 1 2 2 8
31.33 50.42 2.8554 4 1 1 8
31.35 82.25 2.8531 1 4 1 8
32.10 19.76 2.7884 3 3 1 8
33.39 1.22 2.6838 2 2 2 8
33.56 100.00 2.6700 4 2 1 8
33.58 5.71 2.6685 2 4 1 8
34.81 11.99 2.5775 3 1 2 8
34.82 22.26 2.5766 1 3 2 8
35.03 2.74 2.5612 5 1 0 4
35.07 4.46 2.5586 1 5 0 4
36.86 1.39 2.4387 3 2 2 8
37.04 23.33 2.4272 3 4 1 8
38.80 1.20 2.3207 4 0 2 4
39.04 2.74 2.3075 4 4 0 4
39.44 5.24 2.2848 4 1 2 8
39.60 4.01 2.2760 5 2 1 8
39.63 1.00 2.2744 2 5 1 8
40.07 36.91 2.2500 3 3 2 8
40.30 4.74 2.2380 3 5 0 4
41.04 2.16 2.1994 0 0 3 2
41.29 20.64 2.1864 4 2 2 8
41.31 17.98 2.1856 2 4 2 8
41.48 7.13 2.1767 6 0 0 2
41.53 26.41 2.1743 0 6 0 2
41.64 2.04 2.1688 1 0 3 4
42.64 3.06 2.1204 5 3 1 8
42.66 6.38 2.1194 3 5 1 8
43.41 9.21 2.0843 2 0 3 4
43.84 1.30 2.0650 0 6 1 4
43.89 7.59 2.0629 2 6 0 4
44.00 5.07 2.0580 1 2 3 8
44.37 1.12 2.0417 6 1 1 8
44.83 1.57 2.0218 1 5 2 8
45.70 4.12 1.9854 2 2 3 8
46.06 3.60 1.9705 6 2 1 8
46.25 2.69 1.9631 3 0 3 4
46.48 8.31 1.9538 5 2 2 8
46.50 3.42 1.9528 2 5 2 8
46.63 3.15 1.9479 5 4 1 8
46.64 3.18 1.9475 4 5 1 8
46.80 1.72 1.9412 3 1 3 8
46.81 3.45 1.9408 1 3 3 8
48.42 9.22 1.8798 3 2 3 8
48.43 4.11 1.8796 2 3 3 8
48.78 3.36 1.8669 6 3 1 8
50.02 14.86 1.8235 0 4 3 4
50.26 1.30 1.8154 0 6 2 4
50.40 14.80 1.8105 6 4 0 4
50.43 9.39 1.8097 4 6 0 4
50.52 15.37 1.8065 4 1 3 8
50.86 8.60 1.7954 7 0 1 4
51.37 1.02 1.7786 7 1 1 8
51.40 3.10 1.7777 5 5 1 8
51.43 1.63 1.7768 1 7 1 8
52.06 1.60 1.7567 4 2 3 8
52.07 1.53 1.7563 2 4 3 8
52.27 5.25 1.7502 6 2 2 8
52.40 2.14 1.7460 6 4 1 8
52.89 3.80 1.7310 7 2 1 8
53.44 12.86 1.7146 7 3 0 4
53.48 8.27 1.7133 3 7 0 4
54.55 2.31 1.6824 5 0 3 4
54.56 1.02 1.6819 3 4 3 8
54.76 3.53 1.6764 6 3 2 8
54.79 4.57 1.6756 3 6 2 8
55.04 2.36 1.6686 5 1 3 8
55.06 3.25 1.6678 1 5 3 8
55.73 11.92 1.6495 0 0 4 2
56.43 2.12 1.6307 0 8 0 2
56.49 2.54 1.6291 5 2 3 8
56.51 4.92 1.6285 2 5 3 8
56.68 2.20 1.6240 7 0 2 4
56.82 6.49 1.6202 6 5 1 8
56.84 4.77 1.6199 5 6 1 8
57.18 20.19 1.6109 5 5 2 8
58.12 1.51 1.5872 6 4 2 8
58.22 3.50 1.5847 8 0 1 4
58.26 1.77 1.5837 8 2 0 4
58.28 3.46 1.5831 0 8 1 4
58.32 1.03 1.5821 2 8 0 4
58.57 1.44 1.5759 7 2 2 8
58.74 2.83 1.5720 4 7 1 8
58.75 6.49 1.5716 1 8 1 8
58.87 5.35 1.5687 3 5 3 8
59.77 3.75 1.5471 6 0 3 4
59.97 1.26 1.5425 3 0 4 4
60.15 1.28 1.5383 6 6 0 4
60.27 2.96 1.5355 1 6 3 8
60.43 5.01 1.5318 3 1 4 8
60.44 6.47 1.5316 1 3 4 8
61.61 2.97 1.5054 6 2 3 8
61.64 3.64 1.5046 2 6 3 8
61.94 2.17 1.4981 6 6 1 8
62.08 2.02 1.4952 5 4 3 8
62.28 2.58 1.4907 5 6 2 8
62.85 2.33 1.4785 5 7 1 8
63.59 13.34 1.4632 8 0 2 4
63.61 1.18 1.4627 1 4 4 8
63.65 10.34 1.4619 0 8 2 4
63.75 7.56 1.4599 8 4 0 4
63.80 5.77 1.4589 4 8 0 4
63.86 2.30 1.4576 6 3 3 8
63.89 1.12 1.4571 3 6 3 8
64.05 4.29 1.4538 7 4 2 8
64.10 2.68 1.4528 1 8 2 8
64.93 5.78 1.4362 4 2 4 8
64.94 5.51 1.4359 2 4 4 8
65.53 4.72 1.4245 4 8 1 8
65.91 4.08 1.4173 9 0 1 4
66.08 2.81 1.4139 5 5 3 8
66.96 1.48 1.3975 4 6 3 8
67.12 1.17 1.3945 4 3 4 8
67.14 1.06 1.3942 6 6 2 8
67.36 1.38 1.3901 7 2 3 8
67.55 3.77 1.3868 5 1 4 8
67.57 2.89 1.3864 1 5 4 8
67.60 2.60 1.3858 3 8 2 8
67.99 1.84 1.3788 7 5 2 8
68.02 1.86 1.3783 5 7 2 8
68.12 2.65 1.3765 9 3 0 4
69.42 1.06 1.3538 5 8 1 8
70.13 2.07 1.3419 4 4 4 8
70.59 4.37 1.3342 4 8 2 8
70.80 1.18 1.3308 6 5 3 8
70.97 4.94 1.3281 5 3 4 8
70.98 5.17 1.3278 3 5 4 8
71.38 1.78 1.3215 9 1 2 8
71.49 1.00 1.3196 0 0 5 2
71.80 3.85 1.3147 6 0 4 4
71.84 5.29 1.3141 0 6 4 4
71.91 1.59 1.3129 1 0 5 4
72.04 6.47 1.3109 8 0 3 4
72.35 1.43 1.3060 10 0 0 2
72.45 1.76 1.3046 0 10 0 2
72.48 1.43 1.3041 7 4 3 8
72.51 1.42 1.3036 4 7 3 8
72.52 9.90 1.3034 1 8 3 8
72.75 2.15 1.2998 9 4 1 8
72.81 2.76 1.2989 4 9 1 8
73.72 1.85 1.2852 8 2 3 8
73.99 2.04 1.2812 10 0 1 4
74.02 4.48 1.2807 8 6 1 8
74.05 3.64 1.2803 6 8 1 8
74.08 2.55 1.2798 0 10 1 4
74.72 2.36 1.2704 9 3 2 8
74.79 6.16 1.2694 3 9 2 8
75.66 1.69 1.2570 3 1 5 8
75.66 4.78 1.2569 1 3 5 8
76.90 3.05 1.2398 2 3 5 8
77.61 1.89 1.2302 9 4 2 8
78.52 4.03 1.2181 4 1 5 8
78.71 2.67 1.2157 4 8 3 8
78.82 1.44 1.2143 10 0 2 4
78.97 3.94 1.2124 10 4 0 4
79.04 5.22 1.2114 4 10 0 4
79.38 9.95 1.2071 7 8 1 8
80.86 7.75 1.1887 7 3 4 8
80.90 6.50 1.1883 3 7 4 8
81.27 3.97 1.1837 9 5 2 8
81.77 1.08 1.1777 4 3 5 8
82.71 3.05 1.1668 9 3 3 8
83.86 1.43 1.1537 8 8 0 4
84.17 2.59 1.1502 11 2 1 8
85.29 1.93 1.1380 10 4 2 8
85.36 1.15 1.1372 4 10 2 8
85.41 3.57 1.1367 3 5 5 8
85.43 3.48 1.1365 8 8 1 8
85.52 2.84 1.1355 9 4 3 8
85.58 2.65 1.1348 4 9 3 8
87.79 1.72 1.1119 6 2 5 8
88.98 1.11 1.1001 11 4 1 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.