Cafarsite
Gatta G D, Rotiroti N, Camara F, Meven M
Physics and Chemistry of Minerals 45 (2018) 819-829
On the labyrinthine world of arsenites: a single-crystal neutron and
X-ray diffraction study of cafarsite
Note: xray final
Locality: Mount Leone-Arbola nappe, Alpe Devero area, Verbano-Cusio-Ossola
province, Italy
_database_code_amcsd 0020738
CELL PARAMETERS: 15.9507 15.9507 15.9507 90.000 90.000 90.000
SPACE GROUP: Pn3
X-RAY WAVELENGTH: 1.541838
Cell Volume: 4058.254
Density (g/cm3): 3.907
MAX. ABS. INTENSITY / VOLUME**2: 44.26567554
RIR: 3.689
RIR based on corundum from Acta Crystallographica A38 (1982) 733-739
2-THETA INTENSITY D-SPACING H K L Multiplicity
9.60 6.80 9.2091 1 1 1 8
11.09 15.31 7.9753 2 0 0 6
15.71 8.90 5.6394 2 2 0 12
18.45 9.04 4.8093 3 1 1 24
19.28 3.04 4.6046 2 2 2 8
20.84 4.87 4.2630 3 2 1 24
20.84 1.66 4.2630 3 1 2 24
22.29 1.48 3.9877 4 0 0 6
23.67 1.67 3.7596 3 3 0 12
24.32 21.64 3.6593 3 3 1 24
24.97 2.01 3.5667 4 2 0 12
25.59 12.85 3.4807 4 1 2 24
27.39 1.17 3.2559 4 2 2 24
28.53 7.08 3.1282 4 3 1 24
28.53 18.93 3.1282 4 1 3 24
29.09 10.08 3.0697 5 1 1 24
30.17 2.83 2.9620 4 3 2 24
30.70 13.38 2.9122 5 1 2 24
31.73 100.00 2.8197 4 4 0 12
32.74 8.52 2.7355 5 0 3 12
32.74 25.27 2.7355 5 3 0 12
33.71 1.05 2.6584 4 4 2 24
34.67 2.25 2.5875 6 1 1 24
34.67 2.92 2.5875 5 2 3 24
36.05 3.64 2.4911 6 1 2 24
36.51 4.68 2.4612 5 4 1 24
36.95 2.74 2.4325 5 3 3 24
37.40 1.66 2.4047 6 2 2 24
37.84 1.86 2.3778 5 2 4 24
39.13 1.65 2.3023 4 4 4 8
39.97 4.41 2.2558 7 1 0 12
39.97 2.45 2.2558 7 0 1 12
40.79 2.63 2.2120 6 4 0 12
41.20 1.40 2.1910 6 1 4 24
45.49 12.02 1.9938 8 0 0 6
46.24 1.17 1.9634 8 1 1 24
46.61 1.94 1.9487 7 3 3 24
47.34 1.86 1.9202 8 2 1 24
47.34 1.36 1.9202 7 2 4 24
47.70 2.43 1.9065 6 5 3 24
49.13 1.76 1.8542 7 3 4 24
49.49 1.64 1.8418 7 1 5 24
50.19 4.47 1.8178 8 3 2 24
50.54 2.33 1.8061 7 5 2 24
51.57 1.02 1.7723 6 6 3 24
51.91 5.48 1.7615 9 0 1 12
52.25 1.86 1.7508 7 5 3 24
53.26 8.21 1.7200 6 5 5 24
53.26 1.20 1.7200 7 1 6 24
54.25 1.93 1.6908 7 2 6 24
54.58 2.56 1.6814 7 5 4 24
54.58 13.00 1.6814 7 4 5 24
54.91 2.38 1.6721 9 3 1 24
54.91 1.35 1.6721 9 1 3 24
56.53 14.77 1.6280 8 4 4 24
57.17 4.41 1.6113 8 5 3 24
57.80 1.72 1.5951 10 0 0 6
58.12 1.50 1.5872 8 6 1 24
58.12 3.64 1.5872 8 1 6 24
59.68 1.90 1.5493 9 4 3 24
59.68 6.26 1.5493 9 3 4 24
60.92 3.08 1.5208 9 5 2 24
62.13 1.61 1.4939 8 1 7 24
63.04 1.12 1.4746 8 7 2 24
63.34 3.02 1.4684 9 1 6 24
65.71 1.04 1.4210 10 1 5 24
65.71 1.90 1.4210 10 5 1 24
66.30 2.46 1.4099 8 8 0 12
66.88 3.54 1.3990 9 7 0 12
67.17 1.62 1.3936 11 1 3 24
67.46 2.32 1.3883 10 4 4 24
69.19 2.86 1.3578 11 4 1 24
69.48 1.57 1.3529 9 7 3 24
71.46 1.39 1.3201 11 0 5 12
71.75 1.04 1.3156 11 5 1 24
72.31 1.47 1.3067 8 6 7 24
72.31 1.38 1.3067 12 1 2 24
78.94 1.02 1.2127 10 3 8 24
83.28 1.28 1.1602 12 3 6 24
84.63 1.31 1.1452 9 7 8 24
87.85 1.73 1.1113 10 9 5 24
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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.