Boggsite
Arletti R, Quartieri S, Vezzalini G
American Mineralogist 95 (2010) 1247-1256
Elastic behavior of zeolite boggsite in silicon oil and aqueous medium:
A case of high-pressure-induced over hydration,
Sample: P = 0.0 GPa
Note: assignment of site chemistry does not match chemical analysis
_database_code_amcsd 0017092
CELL PARAMETERS: 20.3266 23.8760 12.8252 90.000 90.000 90.000
SPACE GROUP: Imma
X-RAY WAVELENGTH: 1.541838
Cell Volume: 6224.299
Density (g/cm3): 2.050
MAX. ABS. INTENSITY / VOLUME**2: 4.853278746
RIR: 0.771
RIR based on corundum from Acta Crystallographica A38 (1982) 733-739
2-THETA INTENSITY D-SPACING H K L Multiplicity
7.41 40.48 11.9380 0 2 0 2
7.82 67.17 11.2984 0 1 1 4
8.15 26.53 10.8466 1 0 1 4
8.70 19.02 10.1633 2 0 0 2
11.02 5.09 8.0279 1 2 1 8
11.43 4.40 7.7387 2 2 0 4
11.71 1.58 7.5561 2 1 1 8
13.09 13.15 6.7624 0 3 1 4
14.79 6.14 5.9909 3 0 1 4
14.84 4.31 5.9690 0 4 0 2
14.95 8.67 5.9242 1 1 2 8
15.69 11.62 5.6492 0 2 2 4
15.74 1.40 5.6300 2 3 1 8
16.34 1.71 5.4233 2 0 2 4
16.95 1.07 5.2294 1 4 1 8
17.45 5.67 5.0816 4 0 0 2
17.96 5.69 4.9377 2 2 2 8
19.15 1.10 4.6345 4 1 1 8
19.42 7.62 4.5713 3 1 2 8
19.84 37.55 4.4751 0 5 1 4
20.33 36.59 4.3691 0 4 2 4
21.01 3.00 4.2284 3 4 1 8
21.11 4.62 4.2081 0 1 3 4
21.24 1.85 4.1835 1 0 3 4
21.88 1.23 4.0625 4 3 1 8
22.11 15.83 4.0197 3 3 2 8
22.15 1.04 4.0139 2 4 2 8
22.34 5.58 3.9793 0 6 0 2
22.87 5.50 3.8880 2 1 3 8
22.95 100.00 3.8753 5 0 1 4
23.55 1.20 3.7780 4 2 2 8
23.62 12.12 3.7661 0 3 3 4
23.64 1.01 3.7637 1 5 2 8
23.82 1.15 3.7359 1 6 1 8
24.02 7.45 3.7054 2 6 0 4
24.15 13.55 3.6859 5 2 1 8
24.62 33.96 3.6155 3 0 3 4
25.22 7.25 3.5315 2 3 3 8
25.75 2.25 3.4603 3 2 3 8
26.01 4.82 3.4259 1 4 3 8
26.22 36.38 3.3985 5 1 2 8
26.31 1.09 3.3878 6 0 0 2
26.36 66.01 3.3812 0 6 2 4
26.74 6.85 3.3342 3 5 2 8
26.90 8.30 3.3147 3 6 1 8
27.49 1.41 3.2450 6 1 1 8
27.81 10.60 3.2083 2 6 2 8
27.82 1.26 3.2063 0 0 4 2
28.01 4.52 3.1851 0 5 3 4
28.31 2.03 3.1526 5 3 2 8
28.87 5.50 3.0925 3 4 3 8
29.21 4.99 3.0577 2 0 4 4
29.94 9.81 2.9845 0 8 0 2
30.34 6.41 2.9460 5 0 3 4
30.37 2.24 2.9427 1 3 4 8
31.02 8.11 2.8833 1 6 3 8
31.09 5.38 2.8771 3 1 4 8
31.59 1.16 2.8321 7 0 1 4
31.68 5.71 2.8246 0 4 4 4
32.11 4.52 2.7877 5 5 2 8
32.24 2.66 2.7763 5 6 1 8
32.91 2.64 2.7214 2 4 4 8
33.17 1.44 2.7011 6 5 1 8
33.47 2.39 2.6772 6 4 2 8
33.49 2.50 2.6760 3 6 3 8
33.93 16.15 2.6417 5 4 3 8
34.52 12.85 2.5979 0 9 1 4
35.07 3.20 2.5587 7 4 1 8
35.33 2.99 2.5408 8 0 0 2
35.77 3.37 2.5102 7 3 2 8
36.26 2.81 2.4776 3 5 4 8
36.39 1.37 2.4688 4 4 4 8
36.81 7.32 2.4414 0 3 5 4
37.16 2.43 2.4198 5 7 2 8
37.44 1.45 2.4021 7 0 3 4
37.47 1.92 2.4003 5 3 4 8
37.67 1.92 2.3876 0 10 0 2
37.90 1.65 2.3738 2 3 5 8
38.00 4.66 2.3677 5 6 3 8
38.81 1.29 2.3206 6 5 3 8
39.14 2.08 2.3016 3 8 3 8
40.00 5.73 2.2541 0 9 3 4
41.63 2.03 2.1693 5 0 5 4
42.16 1.62 2.1436 7 1 4 8
42.20 1.04 2.1415 8 6 0 4
42.23 1.45 2.1401 0 11 1 4
42.94 3.10 2.1063 8 3 3 8
43.56 1.21 2.0777 7 3 4 8
44.08 3.48 2.0545 3 6 5 8
44.58 8.71 2.0327 10 0 0 2
45.05 1.46 2.0124 0 4 6 4
45.55 7.26 1.9914 8 0 4 4
45.59 3.48 1.9897 0 12 0 2
45.68 2.18 1.9863 8 5 3 8
45.96 1.32 1.9747 3 3 6 8
46.40 1.55 1.9570 1 12 1 8
46.40 7.49 1.9569 3 9 4 8
47.87 1.13 1.9003 0 12 2 4
48.33 1.40 1.8831 0 6 6 4
48.56 2.15 1.8748 3 5 6 8
49.92 1.81 1.8268 0 1 7 4
49.94 4.58 1.8261 5 9 4 8
50.72 3.32 1.8000 8 1 5 8
52.69 1.20 1.7373 3 11 4 8
54.33 1.20 1.6885 8 5 5 8
55.78 5.03 1.6481 0 14 2 4
56.16 1.28 1.6377 12 0 2 4
56.24 2.11 1.6357 8 0 6 4
57.27 1.83 1.6086 5 4 7 8
57.39 2.72 1.6056 5 10 5 8
57.90 2.15 1.5926 0 10 6 4
58.42 2.23 1.5796 0 15 1 4
58.51 1.27 1.5775 8 4 6 8
59.29 1.15 1.5586 12 6 0 4
59.87 1.15 1.5448 12 3 3 8
59.97 1.28 1.5424 3 14 3 8
61.27 3.70 1.5129 8 6 6 8
61.51 4.96 1.5076 0 9 7 4
61.57 1.08 1.5062 3 15 2 8
62.20 5.05 1.4924 8 9 5 8
62.22 2.04 1.4921 13 3 2 8
62.98 1.74 1.4760 5 14 3 8
63.33 5.14 1.4684 13 0 3 4
63.70 1.02 1.4608 8 3 7 8
64.36 1.57 1.4476 13 5 2 8
64.44 1.93 1.4460 13 6 1 8
64.53 1.33 1.4441 5 15 2 8
65.82 1.94 1.4190 8 5 7 8
66.67 1.25 1.4030 13 1 4 8
67.48 1.02 1.3879 8 11 5 8
69.50 2.92 1.3525 0 15 5 4
69.92 2.33 1.3454 5 15 4 8
69.96 1.89 1.3448 5 0 9 4
70.15 1.29 1.3415 8 15 1 8
71.07 1.57 1.3264 0 18 0 2
72.74 3.73 1.3000 5 9 8 8
72.97 1.19 1.2965 8 9 7 8
74.47 1.18 1.2740 5 6 9 8
75.04 1.51 1.2658 13 6 5 8
75.80 1.46 1.2550 5 18 1 8
76.74 4.08 1.2419 13 9 4 8
80.48 1.18 1.1933 5 14 7 8
81.18 1.83 1.1848 5 5 10 8
81.54 1.12 1.1805 8 14 6 8
81.58 1.20 1.1801 5 19 2 8
89.10 1.59 1.0989 13 15 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.