Kainosite-(Y)
Giuseppetti G, Tadini C, Oddone M
Neues Jahrbuch fur Mineralogie, Monatshefte 1989 (1989) 153-164
Cenosite-(Y) from Baveno, Novara (Italy): crystal structure
Locality: Baveno, Novara, Italy
_database_code_amcsd 0014836
CELL PARAMETERS: 13.0110 14.3100 6.7570 90.000 90.000 90.000
SPACE GROUP: Pmnb
X-RAY WAVELENGTH: 1.541838
Cell Volume: 1258.068
Density (g/cm3): 3.380
MAX. ABS. INTENSITY / VOLUME**2: 10.67960976
RIR: 1.029
RIR based on corundum from Acta Crystallographica A38 (1982) 733-739
2-THETA INTENSITY D-SPACING H K L Multiplicity
12.37 26.16 7.1550 0 2 0 2
13.61 100.00 6.5055 2 0 0 2
14.13 8.81 6.2695 1 2 0 4
14.77 1.49 5.9966 1 0 1 4
16.03 14.16 5.5306 1 1 1 8
18.43 35.06 4.8134 2 2 0 4
19.31 12.21 4.5959 1 2 1 8
19.94 2.60 4.4537 2 1 1 8
22.82 1.62 3.8968 0 3 1 4
23.84 2.72 3.7330 1 3 1 8
24.39 14.17 3.6499 3 0 1 4
25.18 23.70 3.5366 3 1 1 8
25.83 56.44 3.4495 1 4 0 4
26.67 3.80 3.3430 2 3 1 8
27.12 71.61 3.2881 0 1 2 4
27.42 13.35 3.2527 4 0 0 2
27.43 6.64 3.2513 3 2 1 8
27.99 67.12 3.1879 1 1 2 8
28.47 29.04 3.1348 2 4 0 4
29.06 12.91 3.0723 1 4 1 8
29.23 14.71 3.0550 0 2 2 4
30.05 4.60 2.9742 1 2 2 8
30.18 10.51 2.9611 4 2 0 4
30.46 16.91 2.9346 2 1 2 8
30.85 18.99 2.8986 3 3 1 8
31.15 26.68 2.8712 4 1 1 8
31.46 21.11 2.8437 2 4 1 8
32.38 3.35 2.7653 2 2 2 8
32.44 58.41 2.7598 3 4 0 4
32.48 16.75 2.7570 0 3 2 4
33.22 6.97 2.6971 1 3 2 8
34.02 4.61 2.6354 0 5 1 4
34.22 9.99 2.6202 3 1 2 8
34.73 2.53 2.5829 1 5 1 8
35.12 32.34 2.5549 3 4 1 8
35.36 13.87 2.5385 2 3 2 8
35.96 1.91 2.4976 3 2 2 8
35.96 9.89 2.4971 4 3 1 8
36.80 9.48 2.4425 2 5 1 8
37.02 17.91 2.4283 5 0 1 4
37.25 8.45 2.4137 1 4 2 8
37.57 20.66 2.3941 5 1 1 8
37.72 4.42 2.3850 0 6 0 2
38.42 2.14 2.3432 4 0 2 4
39.18 4.34 2.2995 5 2 1 8
40.09 6.12 2.2490 0 6 1 4
40.55 5.80 2.2249 0 1 3 4
40.65 2.55 2.2193 1 0 3 4
40.71 1.40 2.2161 1 6 1 8
41.65 18.07 2.1685 6 0 0 2
41.74 31.25 2.1641 5 3 1 8
42.06 2.58 2.1484 0 2 3 4
42.29 4.70 2.1373 3 4 2 8
42.65 7.15 2.1197 1 2 3 8
42.96 5.35 2.1052 2 1 3 8
42.98 24.56 2.1044 5 4 0 4
43.29 3.64 2.0898 3 6 0 4
43.61 2.06 2.0753 6 2 0 4
43.73 4.26 2.0702 2 5 2 8
44.41 4.58 2.0400 2 2 3 8
45.13 7.96 2.0092 5 4 1 8
45.43 2.04 1.9965 3 6 1 8
45.84 3.49 1.9796 3 1 3 8
46.41 13.59 1.9567 0 7 1 4
46.56 8.97 1.9505 3 5 2 8
46.96 1.48 1.9349 1 7 1 8
47.17 5.41 1.9269 1 6 2 8
47.21 28.80 1.9251 3 2 3 8
47.71 2.45 1.9060 0 4 3 4
48.08 3.41 1.8924 5 3 2 8
48.59 5.74 1.8738 2 7 1 8
49.13 2.63 1.8544 6 4 0 4
49.44 7.61 1.8435 3 3 3 8
49.85 2.19 1.8291 2 4 3 8
50.33 7.19 1.8131 4 5 2 8
50.41 2.44 1.8103 6 1 2 8
50.75 1.21 1.7990 7 2 0 4
50.96 1.15 1.7921 7 0 1 4
51.06 1.83 1.7888 0 8 0 2
51.07 7.06 1.7883 6 4 1 8
51.22 1.72 1.7836 3 7 1 8
51.38 5.34 1.7783 7 1 1 8
51.41 8.98 1.7773 3 6 2 8
51.64 1.93 1.7700 0 5 3 4
51.69 2.91 1.7683 6 2 2 8
52.01 6.09 1.7582 5 6 0 4
52.15 3.37 1.7538 1 5 3 8
52.31 1.24 1.7490 0 7 2 4
52.44 5.25 1.7450 3 4 3 8
52.81 2.19 1.7334 1 7 2 8
52.95 21.52 1.7292 0 8 1 4
53.67 1.90 1.7079 2 5 3 8
53.78 5.67 1.7044 6 3 2 8
53.83 9.08 1.7030 5 0 3 4
53.88 1.34 1.7016 5 6 1 8
54.24 2.02 1.6911 5 1 3 8
54.31 6.85 1.6892 0 0 4 2
54.31 1.99 1.6890 2 7 2 8
54.71 1.99 1.6776 7 3 1 8
54.71 2.78 1.6776 0 1 4 4
54.89 15.40 1.6728 5 5 2 8
54.94 5.27 1.6712 2 8 1 8
55.46 13.96 1.6567 5 2 3 8
55.58 4.94 1.6536 3 8 0 4
55.91 1.86 1.6445 4 4 3 8
55.93 4.49 1.6441 0 2 4 4
56.17 10.55 1.6375 0 6 3 4
56.26 1.01 1.6350 2 0 4 4
56.41 2.62 1.6311 1 2 4 8
56.65 1.62 1.6247 1 6 3 8
56.66 1.01 1.6245 2 1 4 8
56.75 7.91 1.6221 3 7 2 8
56.91 1.50 1.6181 7 1 2 8
57.46 12.19 1.6039 5 3 3 8
57.85 3.44 1.5939 2 2 4 8
57.91 1.28 1.5923 0 3 4 4
58.09 5.71 1.5880 2 6 3 8
58.17 2.83 1.5859 8 2 0 4
58.37 2.18 1.5809 0 8 2 4
58.75 5.77 1.5717 8 1 1 8
59.53 3.00 1.5529 6 1 3 8
59.75 3.53 1.5477 0 9 1 4
60.18 1.23 1.5377 5 4 3 8
60.20 1.27 1.5373 3 2 4 8
60.21 1.36 1.5369 1 9 1 8
61.08 1.28 1.5171 1 4 4 8
61.23 1.74 1.5137 0 7 3 4
61.81 2.16 1.5009 8 3 1 8
62.09 1.58 1.4948 3 3 4 8
62.45 2.79 1.4871 2 4 4 8
62.76 4.97 1.4806 8 4 0 4
63.05 1.91 1.4744 2 7 3 8
63.07 5.18 1.4741 5 8 0 4
63.57 1.48 1.4635 5 5 3 8
63.85 3.22 1.4578 8 1 2 8
64.00 1.32 1.4548 0 5 4 4
64.10 1.03 1.4527 6 7 1 8
64.16 4.60 1.4516 5 7 2 8
64.42 5.63 1.4462 8 4 1 8
64.70 3.94 1.4408 3 4 4 8
65.06 1.36 1.4336 7 0 3 4
65.16 1.76 1.4316 6 4 3 8
65.24 2.92 1.4302 4 3 4 8
65.43 1.40 1.4265 7 1 3 8
65.64 1.19 1.4224 1 10 0 4
66.00 2.17 1.4154 7 5 2 8
66.09 2.79 1.4137 9 0 1 4
66.78 2.40 1.4008 8 3 2 8
66.78 5.11 1.4007 0 8 3 4
67.70 1.39 1.3840 8 5 1 8
68.52 1.62 1.3694 2 8 3 8
68.57 1.56 1.3686 2 10 1 8
69.12 2.98 1.3589 3 10 0 4
69.53 3.03 1.3520 6 8 1 8
71.74 1.44 1.3157 4 9 2 8
71.86 1.24 1.3137 3 6 4 8
71.91 2.59 1.3130 8 1 3 8
72.09 2.42 1.3101 6 2 4 8
72.11 1.24 1.3098 4 10 0 4
72.30 2.44 1.3068 6 6 3 8
72.46 4.69 1.3044 8 5 2 8
72.67 2.35 1.3011 10 0 0 2
72.96 3.40 1.2967 8 2 3 8
73.23 1.08 1.2925 1 9 3 8
74.06 1.43 1.2801 10 2 0 4
74.49 1.96 1.2738 7 7 2 8
74.92 1.11 1.2675 9 5 1 8
75.51 6.70 1.2590 5 9 2 8
75.88 1.12 1.2539 5 10 0 4
76.10 1.83 1.2507 8 7 1 8
78.52 6.04 1.2181 5 6 4 8
78.64 1.31 1.2167 1 5 5 8
79.17 4.43 1.2098 10 1 2 8
79.25 1.19 1.2088 1 11 2 8
79.73 1.02 1.2027 1 10 3 8
79.87 1.02 1.2010 2 5 5 8
80.34 4.84 1.1951 5 1 5 8
80.67 1.13 1.1910 8 7 2 8
80.84 1.02 1.1890 4 11 1 8
81.19 1.11 1.1847 8 8 1 8
81.87 1.92 1.1767 10 3 2 8
81.90 4.29 1.1762 3 5 5 8
82.47 1.19 1.1696 1 12 1 8
82.51 3.76 1.1691 3 11 2 8
82.72 1.23 1.1667 10 5 1 8
82.86 1.30 1.1651 11 0 1 4
82.99 1.63 1.1636 3 10 3 8
83.19 1.03 1.1613 11 1 1 8
83.63 1.90 1.1562 8 2 4 8
83.84 1.89 1.1539 8 6 3 8
85.32 2.25 1.1377 7 9 2 8
85.70 1.97 1.1335 3 12 1 8
86.29 1.73 1.1273 0 7 5 4
86.40 1.58 1.1262 10 6 1 8
86.70 1.10 1.1230 11 4 0 4
86.73 2.65 1.1227 0 1 6 4
87.03 1.34 1.1197 9 5 3 8
87.47 1.23 1.1151 6 3 5 8
87.64 1.90 1.1134 8 4 4 8
87.91 3.28 1.1107 5 8 4 8
88.17 2.10 1.1081 8 7 3 8
88.26 1.21 1.1072 7 6 4 8
88.34 1.57 1.1063 2 1 6 8
88.97 2.76 1.1002 5 11 2 8
89.80 1.15 1.0922 1 3 6 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.