Rusinovite
Galuskin E V, Galuskina I O, Lazic B, Armbruster T, Zadov A E, Krzykawski T,
Banasik K, Gazeev V M, Pertsev N N
European Journal of Mineralogy 23 (2011) 837-844
Rusinovite, Ca10(Si2O7)3Cl2: a new skarn mineral from the Upper Chegem caldera,
Kabardino-Balkaria, Northern Caucasus, Russia
Locality: Upper Chegem caldera, Kabardino-Balkaria, Northern Caucasus, Russia
_database_code_amcsd 0018806
CELL PARAMETERS: 3.7617 16.9385 17.3196 90.000 90.000 90.000
SPACE GROUP: Cmcm
X-RAY WAVELENGTH: 1.541838
Cell Volume: 1103.562
Density (g/cm3): 2.937
MAX. ABS. INTENSITY / VOLUME**2: 10.80824652
RIR: 1.198
RIR based on corundum from Acta Crystallographica A38 (1982) 733-739
2-THETA INTENSITY D-SPACING H K L Multiplicity
10.21 2.27 8.6598 0 0 2 2
10.45 12.86 8.4692 0 2 0 2
11.63 3.81 7.6083 0 2 1 4
21.60 1.29 4.1135 0 4 1 4
23.07 3.49 3.8553 0 2 4 4
26.36 8.51 3.3808 1 1 2 8
27.83 18.85 3.2061 0 2 5 4
28.51 15.52 3.1305 1 3 0 4
28.98 100.00 3.0806 1 3 1 8
29.50 42.28 3.0275 0 4 4 4
30.36 50.27 2.9441 1 3 2 8
30.98 51.17 2.8866 0 0 6 2
31.69 3.46 2.8231 0 6 0 2
31.96 3.75 2.8006 1 1 4 8
32.54 3.20 2.7520 1 3 3 8
32.78 1.52 2.7323 0 2 6 4
33.38 3.13 2.6841 0 6 2 4
33.42 8.86 2.6812 0 4 5 4
35.38 17.72 2.5369 1 3 4 8
35.39 40.07 2.5361 0 6 3 4
35.63 2.39 2.5198 1 1 5 8
35.67 2.93 2.5173 1 5 0 4
36.05 4.82 2.4912 1 5 1 8
37.71 6.27 2.3852 0 4 6 4
41.49 12.91 2.1763 1 5 4 8
41.72 3.87 2.1649 0 0 8 2
42.60 10.40 2.1221 1 3 6 8
44.03 1.80 2.0567 0 8 2 4
44.14 6.80 2.0519 1 1 7 8
44.49 2.27 2.0364 1 5 5 8
44.52 17.96 2.0351 1 7 0 4
44.84 1.09 2.0212 1 7 1 8
46.80 35.10 1.9411 1 3 7 8
47.15 2.77 1.9276 0 4 8 4
47.36 13.20 1.9193 1 7 3 8
48.39 32.28 1.8808 2 0 0 2
49.49 4.32 1.8418 1 7 4 8
51.81 11.20 1.7646 1 5 7 8
52.13 1.81 1.7547 1 7 5 8
54.43 6.91 1.6858 0 10 1 4
54.52 3.20 1.6831 1 9 0 4
54.80 3.66 1.6753 1 9 1 8
55.23 3.59 1.6633 1 7 6 8
55.63 6.37 1.6522 1 9 2 8
56.75 3.36 1.6223 2 2 5 8
56.99 3.46 1.6159 1 9 3 8
57.49 8.28 1.6031 0 4 10 4
57.70 6.68 1.5976 2 4 4 8
58.00 2.03 1.5901 0 6 9 4
58.51 1.87 1.5774 0 10 4 4
58.58 10.46 1.5758 2 0 6 4
58.75 1.25 1.5717 1 7 7 8
58.87 3.33 1.5688 1 9 4 8
58.96 2.45 1.5665 1 1 10 8
60.09 1.12 1.5398 2 4 5 8
61.15 3.08 1.5155 1 3 10 8
61.23 1.67 1.5137 0 8 8 4
61.37 10.42 1.5107 2 6 3 8
62.65 2.66 1.4828 1 7 8 8
62.93 1.79 1.4769 2 4 6 8
64.38 4.02 1.4471 1 1 11 8
65.41 2.24 1.4269 1 5 10 8
65.77 1.57 1.4199 2 0 8 4
66.21 1.81 1.4115 0 12 0 2
66.92 1.48 1.3983 1 7 9 8
66.95 8.80 1.3977 0 10 7 4
67.72 1.45 1.3836 1 11 3 8
68.20 2.36 1.3751 0 6 11 4
70.05 2.61 1.3433 1 1 12 8
70.12 1.13 1.3420 0 12 4 4
70.92 1.22 1.3288 1 9 8 8
71.60 1.17 1.3179 1 11 5 8
71.71 1.14 1.3161 0 2 13 4
74.88 1.23 1.2681 0 12 6 4
75.77 3.59 1.2554 2 10 1 8
76.49 2.13 1.2453 1 7 11 8
77.09 2.95 1.2371 0 0 14 2
77.93 2.00 1.2259 1 3 13 8
78.30 2.05 1.2210 3 3 1 8
78.38 3.52 1.2200 2 4 10 8
78.82 1.08 1.2143 2 6 9 8
81.76 1.16 1.1779 3 3 4 8
85.80 2.30 1.1325 1 13 6 8
86.13 1.10 1.1290 2 12 0 4
86.82 5.69 1.1219 2 10 7 8
87.65 1.00 1.1133 3 7 0 4
87.97 1.92 1.1101 2 6 11 8
88.76 1.03 1.1023 1 13 7 8
89.28 2.47 1.0972 3 3 7 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.