Alfredopetrovite
Kampf A R, Mills S J, Nash B P, Thorne B, Favreau G
European Journal of Mineralogy 28 (2016) 479-484
Alfredopetrovite, a new selenite mineral from the El Dragon mine, Bolivia
Locality: Type sample from El Dragon mine, Bolivia
_database_code_amcsd 0021055
CELL PARAMETERS: 8.8080 8.8180 10.7210 90.000 90.000 120.000
SPACE GROUP: P-62c
X-RAY WAVELENGTH: 1.541838
Cell Volume: 721.130
Density (g/cm3): 2.500
MAX. ABS. INTENSITY / VOLUME**2: 7.198467130
RIR: 0.938
RIR based on corundum from Acta Crystallographica A38 (1982) 733-739
2-THETA INTENSITY D-SPACING H K L Multiplicity
11.59 75.16 7.6366 0 1 0 6
11.59 75.08 7.6323 -1 1 0 6
11.60 74.97 7.6280 1 0 0 6
14.24 66.19 6.2200 0 1 1 12
14.24 66.17 6.2176 1 -1 1 12
14.25 66.10 6.2153 1 0 1 12
16.54 92.22 5.3605 0 0 2 2
20.14 35.89 4.4090 -1 2 0 3
20.15 35.85 4.4065 1 1 0 3
20.16 35.78 4.4040 -2 1 0 3
20.24 8.93 4.3875 0 1 2 12
20.24 8.92 4.3867 1 -1 2 12
20.25 8.91 4.3858 1 0 2 12
23.30 11.28 3.8183 0 2 0 6
23.31 11.26 3.8161 -2 2 0 6
23.32 11.24 3.8140 2 0 0 6
24.75 19.63 3.5970 0 2 1 12
24.76 19.58 3.5952 2 -2 1 12
24.78 19.57 3.5934 2 0 1 12
26.17 100.00 3.4052 -1 2 2 6
26.18 99.89 3.4040 1 1 2 6
26.19 99.80 3.4029 2 -1 2 6
27.56 8.21 3.2368 0 1 3 12
27.56 16.41 3.2361 1 0 3 12
28.70 5.86 3.1100 0 2 2 12
28.72 5.86 3.1088 2 -2 2 12
28.73 5.85 3.1077 2 0 2 12
30.98 4.61 2.8866 -1 3 0 6
30.99 9.20 2.8859 1 2 0 6
31.01 9.17 2.8836 2 1 0 6
31.02 4.59 2.8829 -3 1 0 6
32.11 28.40 2.7873 -1 3 1 12
32.12 56.76 2.7867 1 2 1 12
32.14 56.62 2.7846 2 1 1 12
32.15 28.29 2.7840 3 -1 1 12
33.43 16.09 2.6802 0 0 4 2
34.37 24.32 2.6092 0 2 3 12
34.38 24.32 2.6085 2 -2 3 12
34.39 24.29 2.6078 2 0 3 12
35.32 21.12 2.5411 1 2 2 12
35.34 7.03 2.5398 2 1 2 12
35.35 14.04 2.5390 3 -1 2 12
35.50 2.06 2.5287 1 0 4 12
36.27 1.11 2.4767 0 3 1 12
36.29 1.11 2.4754 3 -3 1 12
36.31 1.11 2.4740 3 0 1 12
39.34 11.78 2.2903 -1 2 4 6
39.35 23.53 2.2896 1 1 4 6
40.16 4.10 2.2452 1 2 3 12
40.18 1.36 2.2443 2 1 3 12
40.19 2.73 2.2438 3 -1 3 12
41.15 9.17 2.1937 0 2 4 12
41.16 18.30 2.1929 2 0 4 12
42.69 2.38 2.1182 -1 4 0 6
42.70 4.75 2.1175 1 3 0 6
42.73 4.74 2.1162 3 1 0 6
42.74 2.37 2.1154 -4 1 0 6
43.55 2.76 2.0780 -1 4 1 12
43.57 5.52 2.0773 1 3 1 12
43.60 5.51 2.0761 3 1 1 12
43.61 2.75 2.0754 4 -1 1 12
43.66 8.38 2.0733 0 3 3 12
43.67 8.37 2.0725 3 -3 3 12
43.69 8.35 2.0718 3 0 3 12
43.86 2.02 2.0642 1 0 5 12
44.43 1.69 2.0388 -2 4 2 6
44.46 1.68 2.0378 2 2 2 6
44.48 1.68 2.0368 4 -2 2 6
46.08 7.73 1.9700 -1 4 2 12
46.09 15.45 1.9694 1 3 2 12
46.12 15.42 1.9683 3 1 2 12
46.13 7.70 1.9677 4 -1 2 12
46.23 3.97 1.9639 1 2 4 12
46.25 3.97 1.9629 2 1 4 12
47.63 2.37 1.9092 0 4 0 6
47.66 2.36 1.9081 -4 4 0 6
47.69 2.36 1.9070 4 0 0 6
48.70 1.83 1.8696 0 2 5 12
48.72 3.66 1.8691 2 0 5 12
49.38 2.21 1.8458 0 3 4 12
49.39 2.21 1.8452 3 -3 4 12
49.41 2.20 1.8447 3 0 4 12
50.07 14.09 1.8217 1 3 3 12
50.11 14.05 1.8204 3 1 3 12
51.12 13.23 1.7868 0 0 6 2
52.22 4.39 1.7518 -2 5 0 6
52.24 2.19 1.7512 2 3 0 6
52.25 2.19 1.7507 3 2 0 6
52.28 4.37 1.7499 -5 3 0 6
53.22 10.61 1.7211 1 2 5 12
53.24 10.60 1.7205 2 1 5 12
53.85 4.44 1.7026 -2 4 4 6
53.87 4.43 1.7020 2 2 4 6
53.89 4.43 1.7014 4 -2 4 6
55.11 2.45 1.6666 -1 5 0 6
55.13 4.88 1.6659 1 4 0 6
55.16 6.29 1.6651 -2 5 2 12
55.16 2.44 1.6651 -5 4 0 6
55.18 4.87 1.6644 4 1 0 6
55.19 6.28 1.6642 3 2 2 12
55.22 6.27 1.6635 5 -2 2 12
55.29 10.45 1.6615 1 3 4 12
55.32 10.43 1.6605 3 1 4 12
55.50 12.04 1.6557 1 1 6 6
55.83 3.67 1.6468 -1 5 1 12
55.85 7.32 1.6461 1 4 1 12
55.88 3.65 1.6454 5 -4 1 12
55.90 7.29 1.6447 4 1 1 12
56.08 2.03 1.6399 0 3 5 12
56.11 4.04 1.6392 3 0 5 12
56.91 3.28 1.6181 2 0 6 12
57.95 2.25 1.5914 -1 5 2 12
57.97 4.50 1.5909 1 4 2 12
58.00 2.24 1.5901 5 -4 2 12
58.02 4.48 1.5896 4 1 2 12
58.69 1.21 1.5730 -2 5 3 12
58.73 1.21 1.5722 3 2 3 12
58.75 1.20 1.5716 5 -2 3 12
60.98 1.61 1.5193 -1 3 6 12
61.01 8.03 1.5188 2 1 6 12
61.38 2.90 1.5104 -1 5 3 12
61.40 5.80 1.5099 1 4 3 12
61.43 2.89 1.5093 5 -4 3 12
61.45 5.78 1.5088 4 1 3 12
61.55 7.47 1.5066 1 3 5 12
61.59 7.46 1.5059 3 1 5 12
63.44 10.16 1.4664 2 3 4 12
63.49 10.13 1.4652 3 2 4 12
65.50 1.17 1.4250 4 0 5 12
65.70 8.05 1.4213 2 0 7 12
65.90 2.25 1.4174 -3 6 2 6
65.94 2.25 1.4166 3 3 2 6
65.98 2.24 1.4159 6 -3 2 6
66.03 4.26 1.4149 1 4 4 12
66.08 4.25 1.4140 4 1 4 12
67.19 3.74 1.3934 2 4 2 12
67.23 1.24 1.3925 4 2 2 12
67.26 2.49 1.3920 6 -2 2 12
68.74 2.51 1.3656 1 3 6 12
68.77 2.50 1.3650 3 1 6 12
69.06 1.36 1.3600 1 5 1 12
69.13 1.35 1.3589 5 1 1 12
69.50 10.44 1.3525 2 1 7 12
70.24 2.79 1.3401 0 0 8 2
70.95 1.92 1.3283 1 5 2 12
71.02 1.91 1.3273 5 1 2 12
71.75 6.56 1.3155 1 4 5 12
71.80 6.54 1.3148 4 1 5 12
73.93 6.73 1.2821 1 1 8 6
74.71 2.08 1.2705 2 4 4 12
74.78 2.07 1.2695 4 2 4 12
75.17 2.08 1.2639 0 6 1 12
75.22 2.07 1.2632 6 -6 1 12
75.27 2.07 1.2625 6 0 1 12
75.77 1.25 1.2554 -3 7 0 6
75.81 1.25 1.2549 4 3 0 6
75.87 1.24 1.2540 -7 4 0 6
76.09 2.19 1.2509 -2 5 6 12
76.14 4.37 1.2502 3 2 6 12
77.00 1.81 1.2383 0 6 2 12
77.05 1.80 1.2377 6 -6 2 12
77.10 1.80 1.2370 6 0 2 12
78.18 1.72 1.2226 2 5 0 6
78.28 1.71 1.2213 5 2 0 6
78.50 2.29 1.2185 1 4 6 12
78.54 2.28 1.2179 4 1 6 12
78.75 1.66 1.2152 2 1 8 12
78.79 2.75 1.2147 2 5 1 12
78.88 2.74 1.2135 5 2 1 12
80.03 1.32 1.1990 0 6 3 12
80.08 1.32 1.1984 6 -6 3 12
80.12 1.31 1.1978 6 0 3 12
81.22 3.42 1.1844 -3 7 3 12
81.27 3.41 1.1838 4 3 3 12
81.31 3.41 1.1832 7 -3 3 12
81.84 3.69 1.1770 1 0 9 12
82.89 1.34 1.1646 1 6 0 6
82.98 1.34 1.1637 -6 7 0 6
83.02 1.33 1.1632 6 1 0 6
83.59 1.85 1.1568 2 5 3 12
83.68 1.84 1.1557 5 2 3 12
84.66 1.31 1.1448 2 2 8 6
85.39 1.33 1.1369 3 4 4 12
85.49 1.33 1.1358 4 3 4 12
85.63 1.81 1.1343 3 3 6 6
85.84 4.48 1.1321 3 1 8 12
86.27 1.34 1.1276 1 4 7 12
86.32 2.67 1.1270 4 1 7 12
86.74 1.23 1.1226 2 4 6 12
86.81 1.23 1.1219 4 2 6 12
87.75 1.27 1.1123 2 5 4 12
87.84 1.26 1.1114 5 2 4 12
88.89 1.97 1.1009 2 1 9 12
89.65 1.81 1.0936 6 0 5 12
================================================================================
XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs
For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.