Nickelboussingaultite
Treushnikov E N, Kuskov V I, Soboleva L V, Belov N V
Soviet Physics Crystallography 23 (1978) 30-41
Distribution of electron density in nickel ammonium sulphate hexahydrate
[Ni*6H2O](NH4)2(SO4)2 from x-ray diffraction data
Locality: synthetic
_database_code_amcsd 0015578
CELL PARAMETERS: 6.2430 9.4840 12.4670 90.000 90.000 112.067
SPACE GROUP: P2_1/n
X-RAY WAVELENGTH: 1.541838
Cell Volume: 684.080
Density (g/cm3): 1.917
MAX. ABS. INTENSITY / VOLUME**2: 5.334402490
RIR: 0.906
RIR based on corundum from Acta Crystallographica A38 (1982) 733-739
2-THETA INTENSITY D-SPACING H K L Multiplicity
12.32 10.80 7.1835 0 1 1 4
14.21 33.02 6.2335 0 0 2 2
14.83 26.97 5.9716 -1 1 0 2
16.46 50.51 5.3856 1 -1 1 4
16.89 14.56 5.2481 1 0 1 4
17.44 23.02 5.0846 0 1 2 4
20.21 28.59 4.3946 0 2 0 2
20.60 28.29 4.3122 1 -1 2 4
20.95 30.84 4.2406 1 0 2 4
21.32 79.52 4.1669 1 1 0 2
21.44 30.52 4.1447 0 2 1 4
21.50 64.94 4.1332 -1 2 1 4
22.50 7.44 3.9520 1 1 1 4
23.68 100.00 3.7569 0 1 3 4
24.79 10.07 3.5918 0 2 2 4
24.84 11.51 3.5843 -1 2 2 4
25.72 4.83 3.4642 1 1 2 4
26.12 12.39 3.4110 1 -1 3 4
26.41 23.94 3.3752 1 0 3 4
28.51 7.57 3.1304 -1 3 0 2
28.64 11.51 3.1168 0 0 4 2
29.42 17.64 3.0361 -1 3 1 4
29.53 55.47 3.0244 2 -1 1 4
30.38 3.97 2.9424 1 1 3 4
30.66 1.26 2.9156 1 2 1 4
30.79 2.59 2.9037 2 -2 1 4
30.91 4.28 2.8928 2 0 0 2
31.36 9.85 2.8521 0 3 1 4
31.75 1.61 2.8180 2 0 1 4
31.99 24.84 2.7974 -1 3 2 4
32.10 21.20 2.7883 2 -1 2 4
32.63 2.47 2.7439 1 0 4 4
33.15 8.95 2.7023 1 2 2 4
33.81 1.10 2.6515 0 3 2 4
34.17 2.67 2.6240 2 0 2 4
35.19 1.83 2.5501 -2 3 1 4
35.30 7.61 2.5423 0 2 4 4
35.34 5.21 2.5396 -1 2 4 4
35.92 7.95 2.5004 -1 3 3 4
36.89 1.32 2.4367 2 1 1 4
36.97 33.64 2.4317 1 2 3 4
37.08 2.61 2.4248 2 -2 3 4
37.56 3.60 2.3945 0 3 3 4
37.90 1.69 2.3742 2 0 3 4
39.15 1.59 2.3009 1 -1 5 4
39.35 1.15 2.2898 1 0 5 4
40.86 18.64 2.2087 -1 3 4 4
40.88 1.59 2.2073 -2 3 3 4
40.94 1.38 2.2042 2 -1 4 4
41.68 3.05 2.1670 -1 2 5 4
41.74 2.15 2.1640 0 4 1 4
41.80 1.24 2.1609 1 2 4 4
41.90 13.10 2.1561 2 -2 4 4
42.24 2.91 2.1396 1 1 5 4
42.34 6.18 2.1347 0 3 4 4
42.39 1.91 2.1325 2 1 3 4
42.64 7.90 2.1203 2 0 4 4
43.68 14.26 2.0723 0 4 2 4
44.13 1.77 2.0520 -3 1 0 2
44.23 1.91 2.0480 3 -2 1 4
44.76 2.58 2.0248 3 -1 1 4
45.57 6.15 1.9905 -3 3 0 2
45.93 3.45 1.9760 2 2 2 4
46.26 4.05 1.9624 1 -1 6 4
46.57 1.91 1.9503 -1 3 5 4
47.42 6.98 1.9172 1 2 5 4
47.51 1.98 1.9138 2 -2 5 4
47.72 10.78 1.9059 3 0 1 4
47.91 6.91 1.8988 0 3 5 4
47.98 1.87 1.8962 3 -3 2 4
48.46 2.09 1.8784 0 2 6 4
48.49 1.47 1.8774 -1 2 6 4
48.99 5.74 1.8595 1 1 6 4
49.05 4.63 1.8573 3 -2 3 4
49.39 3.02 1.8454 1 3 4 4
49.54 5.99 1.8399 3 -1 3 4
50.11 1.08 1.8203 -2 5 1 4
50.18 3.32 1.8181 1 4 1 4
50.41 4.29 1.8104 -3 4 1 4
50.43 3.46 1.8097 -1 5 2 4
50.84 6.95 1.7959 0 4 4 4
50.86 3.50 1.7952 3 -3 3 4
50.96 4.79 1.7922 -2 4 4 4
51.81 1.23 1.7648 -2 5 2 4
51.96 3.73 1.7600 2 1 5 4
52.58 7.54 1.7406 0 5 1 4
52.96 2.31 1.7290 2 -1 6 4
53.22 1.26 1.7213 -1 5 3 4
53.32 5.67 1.7182 -1 4 5 4
53.46 5.70 1.7139 3 -1 4 4
53.75 2.11 1.7055 2 -2 6 4
54.36 3.36 1.6876 2 0 6 4
54.40 1.05 1.6866 1 3 5 4
54.43 2.61 1.6858 3 1 2 4
54.54 2.25 1.6825 -2 5 3 4
54.60 1.11 1.6807 1 4 3 4
54.82 3.36 1.6746 -3 4 3 4
55.71 2.77 1.6499 -1 2 7 4
55.76 1.04 1.6485 0 4 5 4
56.96 2.60 1.6168 -1 5 4 4
56.96 2.77 1.6168 2 3 3 4
57.08 1.25 1.6137 3 1 3 4
58.09 1.60 1.5879 -3 5 2 4
59.28 2.06 1.5588 -4 2 0 2
59.45 1.51 1.5548 -1 6 1 4
59.61 1.60 1.5509 3 2 1 4
59.80 2.39 1.5464 2 -1 7 4
60.13 3.36 1.5388 1 3 6 4
60.66 3.65 1.5266 3 1 4 4
60.96 1.13 1.5198 -1 6 2 4
61.30 1.59 1.5122 4 -2 2 4
61.50 1.26 1.5079 1 -1 8 4
61.51 1.10 1.5075 -2 4 6 4
62.76 1.16 1.4805 -2 5 5 4
62.86 1.92 1.4783 4 -1 2 4
63.20 2.29 1.4712 2 2 6 4
63.25 3.88 1.4703 -2 3 7 4
63.76 1.40 1.4596 1 1 8 4
64.20 3.02 1.4508 4 -3 3 4
64.22 1.32 1.4504 -3 6 1 4
64.87 1.06 1.4374 3 -3 6 4
64.98 2.22 1.4352 2 3 5 4
65.30 1.37 1.4290 4 -1 3 4
65.45 1.98 1.4260 0 6 2 4
65.55 3.96 1.4240 -1 4 7 4
66.34 1.08 1.4090 4 0 2 4
68.06 1.80 1.3775 -2 5 6 4
68.30 1.55 1.3732 -3 4 6 4
69.31 1.43 1.3557 3 3 2 4
69.82 2.26 1.3471 1 0 9 4
70.21 2.54 1.3405 4 1 1 4
70.52 1.26 1.3354 -1 7 0 2
70.98 1.32 1.3278 -1 7 1 4
71.76 1.62 1.3153 4 -3 5 4
72.20 1.33 1.3084 3 0 7 4
72.69 1.77 1.3008 1 6 1 4
73.51 2.36 1.2883 1 3 8 4
74.65 1.06 1.2714 -3 7 2 4
76.08 1.22 1.2511 0 5 7 4
76.21 1.90 1.2493 0 7 1 4
78.35 1.18 1.2204 1 -1 10 4
78.70 1.16 1.2159 2 4 6 4
80.94 1.19 1.1878 5 -2 3 4
82.02 1.12 1.1748 3 2 7 4
83.83 1.27 1.1540 4 2 4 4
84.15 1.01 1.1504 2 -2 10 4
86.00 1.23 1.1304 -3 5 8 4
88.55 1.25 1.1043 -2 6 8 4
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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.