Paseroite
Mills S J, Bindi L, Cadoni M, Kampf A R, Ciriotti M E, Ferraris G
European Journal of Mineralogy 24 (2012) 1061-1067
Paseroite, PbMn2+(Mn2+,Fe2+)2(V5+,Ti,Fe3+,_)18O38, a new member of the crichtonite group
Locality: the Molinello mine,Val Graveglia, Italy
_database_code_amcsd 0019584
CELL PARAMETERS: 10.3894 10.3894 20.8709 90.000 90.000 120.000
SPACE GROUP: R-3
X-RAY WAVELENGTH: 1.541838
Cell Volume: 1950.979
Density (g/cm3): 4.303
MAX. ABS. INTENSITY / VOLUME**2: 14.13398093
RIR: 1.070
RIR based on corundum from Acta Crystallographica A38 (1982) 733-739
2-THETA INTENSITY D-SPACING H K L Multiplicity
10.71 28.85 8.2624 1 0 1 6
12.72 19.42 6.9570 0 0 3 2
12.99 4.95 6.8143 0 1 2 6
17.07 21.92 5.1947 1 1 0 6
20.19 14.48 4.3977 0 2 1 6
21.51 19.26 4.1312 2 0 2 6
23.49 14.56 3.7865 0 1 5 6
25.61 12.96 3.4785 0 0 6 2
26.15 95.96 3.4072 0 2 4 6
26.56 1.86 3.3565 2 1 1 6
27.59 1.67 3.2334 1 2 2 6
27.59 4.80 3.2334 -1 3 2 6
29.18 21.33 3.0599 2 0 5 6
29.79 48.26 2.9992 3 0 0 6
30.94 49.74 2.8903 1 1 6 6
30.94 50.26 2.8903 2 -1 6 6
31.40 2.52 2.8490 3 -1 4 6
31.40 58.20 2.8490 2 1 4 6
31.61 12.45 2.8302 1 0 7 6
32.51 35.30 2.7541 0 3 3 6
32.51 27.18 2.7541 3 0 3 6
34.00 16.81 2.6365 -1 3 5 6
34.00 12.76 2.6365 1 2 5 6
34.53 16.15 2.5973 2 2 0 6
36.14 1.88 2.4853 0 2 7 6
36.25 14.04 2.4778 1 3 1 6
36.25 5.73 2.4778 -1 4 1 6
36.94 17.69 2.4333 4 -2 3 6
36.94 13.99 2.4333 2 2 3 6
37.04 12.13 2.4270 4 -1 2 6
37.04 3.14 2.4270 3 1 2 6
39.68 3.53 2.2714 0 3 6 6
40.05 37.37 2.2512 1 3 4 6
40.05 20.56 2.2512 -1 4 4 6
40.23 2.43 2.2419 2 1 7 6
40.23 3.93 2.2419 3 -1 7 6
40.33 2.75 2.2364 4 0 1 6
41.05 1.18 2.1989 0 4 2 6
42.19 5.76 2.1419 3 1 5 6
42.19 52.46 2.1419 4 -1 5 6
42.70 4.19 2.1176 1 1 9 6
42.70 10.89 2.1176 2 -1 9 6
43.48 2.25 2.0812 4 -2 6 6
43.48 2.34 2.0812 2 2 6 6
43.73 1.26 2.0699 -1 3 8 6
43.83 1.35 2.0656 4 0 4 6
44.09 1.05 2.0541 5 -2 1 6
44.09 1.42 2.0541 3 2 1 6
44.57 6.24 2.0331 1 0 10 6
44.76 4.07 2.0249 -2 5 2 6
45.82 1.62 1.9802 0 4 5 6
46.24 4.68 1.9634 1 4 0 6
46.24 10.05 1.9634 4 1 0 6
47.36 3.94 1.9194 5 -2 4 6
47.36 12.84 1.9194 3 2 4 6
47.51 9.20 1.9136 1 3 7 6
48.06 4.18 1.8933 0 2 10 6
48.16 3.53 1.8896 1 4 3 6
48.16 4.69 1.8896 5 -1 3 6
48.16 1.09 1.8896 4 1 3 6
49.25 3.96 1.8503 -2 5 5 6
50.62 46.64 1.8033 4 -1 8 6
50.85 1.35 1.7957 4 0 7 6
50.93 1.94 1.7928 0 5 1 6
51.37 4.65 1.7788 2 1 10 6
51.37 9.12 1.7788 3 -1 10 6
52.87 2.04 1.7316 3 3 0 6
52.93 1.20 1.7298 2 2 9 6
53.60 8.27 1.7098 -1 5 6 6
53.60 2.36 1.7098 1 4 6 6
53.60 3.93 1.7098 5 -1 6 6
53.60 12.67 1.7098 4 1 6 6
53.89 7.97 1.7012 0 5 4 6
54.03 3.46 1.6971 5 -2 7 6
55.62 3.25 1.6525 5 0 5 6
55.74 3.71 1.6493 1 1 12 6
55.74 4.02 1.6493 2 -1 12 6
56.96 1.17 1.6167 -2 6 4 6
56.96 4.77 1.6167 2 4 4 6
57.57 51.18 1.6010 1 3 10 6
57.73 1.22 1.5970 1 5 2 6
58.39 3.54 1.5805 1 0 13 6
58.62 4.39 1.5747 4 2 5 6
58.62 1.80 1.5747 6 -2 5 6
59.65 5.94 1.5501 6 -3 6 6
59.65 4.84 1.5501 3 3 6 6
59.92 4.84 1.5437 6 -1 4 6
60.51 2.24 1.5300 4 0 10 6
61.38 7.16 1.5104 4 -1 11 6
61.54 1.61 1.5070 -1 6 5 6
61.87 1.78 1.4996 6 0 0 6
61.92 2.09 1.4985 1 4 9 6
61.92 1.51 1.4985 5 -1 9 6
61.92 1.06 1.4985 4 1 9 6
62.92 1.79 1.4771 -2 6 7 6
63.37 1.81 1.4676 5 -2 10 6
63.52 3.87 1.4645 3 4 2 6
64.15 4.94 1.4518 3 -1 13 6
64.70 48.49 1.4408 5 2 0 6
64.70 5.24 1.4408 2 5 0 6
65.53 1.07 1.4245 4 2 8 6
65.60 5.08 1.4231 7 -3 4 6
65.72 1.70 1.4207 5 1 7 6
66.02 2.16 1.4151 2 0 14 6
66.25 3.64 1.4108 2 5 3 6
66.25 4.03 1.4108 7 -2 3 6
67.51 1.80 1.3875 6 -3 9 6
68.09 6.59 1.3771 0 6 6 6
68.09 2.70 1.3771 6 0 6 6
68.75 4.24 1.3654 -1 3 14 6
69.64 9.10 1.3502 1 3 13 6
70.78 1.56 1.3311 -2 7 6 6
70.78 1.93 1.3311 5 2 6 6
71.15 1.74 1.3251 4 3 7 6
71.58 2.71 1.3183 -2 6 10 6
72.31 1.82 1.3068 4 0 13 6
72.52 1.28 1.3035 7 -1 5 6
72.62 2.69 1.3019 -1 5 12 6
72.62 1.53 1.3019 4 1 12 6
74.08 2.68 1.2798 3 1 14 6
74.08 1.84 1.2798 4 -1 14 6
74.22 1.32 1.2778 5 1 10 6
74.22 1.67 1.2778 6 -1 10 6
75.29 1.14 1.2622 3 0 15 6
75.95 1.63 1.2528 0 2 16 6
76.30 1.95 1.2480 7 0 4 6
76.48 1.10 1.2455 6 2 1 6
77.84 1.07 1.2271 6 -3 12 6
77.84 1.10 1.2271 3 3 12 6
78.54 1.48 1.2179 2 1 16 6
78.64 1.53 1.2166 8 -4 6 6
78.64 1.65 1.2166 4 4 6 6
78.88 2.59 1.2135 8 -2 4 6
79.27 1.03 1.2085 -2 5 14 6
79.41 1.30 1.2068 4 3 10 6
80.31 2.28 1.1955 2 6 5 6
82.04 1.39 1.1746 8 -1 3 6
82.66 2.28 1.1673 -2 6 13 6
83.35 4.78 1.1595 0 0 18 2
83.65 1.38 1.1560 -1 4 16 6
83.65 1.89 1.1560 1 3 16 6
84.50 1.63 1.1465 1 6 10 6
85.20 1.36 1.1389 5 1 13 6
85.50 2.02 1.1357 6 0 12 6
85.74 1.30 1.1331 4 4 9 6
86.28 1.34 1.1274 7 1 6 6
86.45 4.59 1.1256 2 6 8 6
86.90 1.14 1.1210 6 -2 14 6
88.71 1.21 1.1027 3 2 16 6
89.05 1.66 1.0994 0 8 4 6
89.43 1.11 1.0957 1 5 14 6
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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.