Morenosite
Beevers C A, Schwartz C M
Zeitschrift fur Kristallographie 91 (1935) 157-169
The crystal structure of nickel sulphate heptahydrate NiSO4*7H2O
Note: hydrogen positions from Acta Crystallographica B24 (1968) 1131-1133
Note: all atoms shifted .25, 0, 0
_database_code_amcsd 0010551
CELL PARAMETERS: 11.8200 12.0200 6.8100 90.000 90.000 90.000
SPACE GROUP: P2_12_12_1
X-RAY WAVELENGTH: 1.541838
Cell Volume: 967.540
Density (g/cm3): 1.928
MAX. ABS. INTENSITY / VOLUME**2: 6.751348957
RIR: 1.140
RIR based on corundum from Acta Crystallographica A38 (1982) 733-739
2-THETA INTENSITY D-SPACING H K L Multiplicity
10.50 12.96 8.4278 1 1 0 4
14.74 5.35 6.0100 0 2 0 2
15.01 7.92 5.9007 1 0 1 4
16.55 63.96 5.3573 1 2 0 4
16.72 9.43 5.3036 2 1 0 4
16.74 70.02 5.2969 1 1 1 4
19.70 3.99 4.5061 0 2 1 4
19.89 56.75 4.4635 2 0 1 4
21.08 17.48 4.2139 2 2 0 4
21.10 100.00 4.2105 1 2 1 4
21.23 89.74 4.1843 2 1 1 4
23.44 4.67 3.7946 1 3 0 4
23.77 17.85 3.7440 3 1 0 4
25.80 30.70 3.4533 0 3 1 4
26.13 2.59 3.4104 3 0 1 4
26.17 23.38 3.4050 0 0 2 2
26.88 3.39 3.3164 2 3 0 4
26.90 8.14 3.3147 1 3 1 4
27.18 1.40 3.2809 3 1 1 4
27.26 1.23 3.2719 1 0 2 4
28.27 2.63 3.1571 1 1 2 4
29.97 10.98 2.9816 2 3 1 4
30.13 3.71 2.9661 3 2 1 4
31.12 7.94 2.8737 1 2 2 4
31.17 40.34 2.8696 4 1 0 4
31.22 14.26 2.8653 2 1 2 4
31.85 7.14 2.8093 3 3 0 4
32.57 21.33 2.7492 0 4 1 4
33.46 19.07 2.6778 1 4 1 4
33.80 8.09 2.6518 4 2 0 4
33.85 27.61 2.6484 2 2 2 4
34.54 1.26 2.5970 3 3 1 4
34.57 1.70 2.5946 0 3 2 4
35.64 1.50 2.5190 3 1 2 4
36.03 10.36 2.4927 2 4 1 4
36.36 1.92 2.4711 4 2 1 4
37.65 1.50 2.3894 3 4 0 4
37.87 4.64 2.3757 2 3 2 4
38.00 1.96 2.3679 3 2 2 4
38.20 2.19 2.3558 1 5 0 4
39.99 2.46 2.2546 3 4 1 4
40.02 7.73 2.2531 0 4 2 4
40.16 1.39 2.2452 4 3 1 4
40.46 1.43 2.2293 1 0 3 4
40.51 1.69 2.2268 2 5 0 4
40.52 2.72 2.2263 1 5 1 4
40.77 3.51 2.2132 1 4 2 4
41.11 17.10 2.1957 5 1 1 4
41.18 5.24 2.1919 1 1 3 4
41.68 3.42 2.1670 3 3 2 4
42.57 10.40 2.1236 0 2 3 4
42.72 1.27 2.1165 2 5 1 4
42.96 5.49 2.1053 2 4 2 4
43.22 6.47 2.0934 5 2 1 4
43.29 6.09 2.0901 1 2 3 4
44.13 2.21 2.0522 3 5 0 4
44.50 5.51 2.0360 5 3 0 4
45.04 6.86 2.0128 4 4 1 4
45.38 3.89 1.9985 2 2 3 4
45.95 1.91 1.9752 1 6 0 4
45.95 6.79 1.9750 0 3 3 4
46.07 1.02 1.9700 6 0 0 2
46.43 2.26 1.9559 3 4 2 4
46.56 2.48 1.9507 5 3 1 4
46.58 8.02 1.9497 4 3 2 4
46.62 1.05 1.9480 1 3 3 4
46.80 2.80 1.9411 3 1 3 4
46.90 5.47 1.9373 1 5 2 4
47.42 2.07 1.9170 5 1 2 4
47.95 3.14 1.8973 2 6 0 4
47.96 2.56 1.8970 1 6 1 4
48.08 4.26 1.8924 6 0 1 4
48.60 5.71 1.8732 2 3 3 4
48.71 5.54 1.8694 6 1 1 4
48.71 1.20 1.8693 3 2 3 4
48.87 5.07 1.8637 2 5 2 4
49.03 3.16 1.8580 5 4 0 4
49.32 2.52 1.8478 5 2 2 4
49.90 2.40 1.8277 2 6 1 4
50.57 2.76 1.8050 6 2 1 4
50.76 5.65 1.7986 4 5 1 4
51.01 5.43 1.7904 1 4 3 4
51.32 3.94 1.7803 4 1 3 4
51.78 1.36 1.7656 3 3 3 4
52.03 4.78 1.7576 3 5 2 4
52.36 2.62 1.7475 5 3 2 4
52.87 2.93 1.7318 2 4 3 4
53.01 9.54 1.7274 3 6 1 4
53.56 4.00 1.7111 6 3 1 4
53.64 5.50 1.7085 1 6 2 4
53.76 5.12 1.7052 6 0 2 4
53.85 1.48 1.7025 0 0 4 2
54.34 2.61 1.6883 6 1 2 4
54.43 2.42 1.6857 0 1 4 4
54.45 1.08 1.6851 1 0 4 4
55.16 3.96 1.6650 0 7 1 4
55.44 4.19 1.6574 2 6 2 4
55.75 1.84 1.6490 2 7 0 4
55.80 2.56 1.6475 6 4 0 4
55.87 2.80 1.6457 3 4 3 4
56.22 1.42 1.6362 5 5 1 4
56.28 1.68 1.6346 1 5 3 4
56.42 1.67 1.6310 5 4 2 4
56.62 6.64 1.6256 7 2 0 4
56.68 1.48 1.6239 7 1 1 4
56.74 1.73 1.6225 1 2 4 4
56.74 1.72 1.6224 5 1 3 4
56.79 4.23 1.6210 2 1 4 4
57.17 1.54 1.6111 4 6 1 4
58.02 1.17 1.5896 2 5 3 4
58.36 1.57 1.5812 7 2 1 4
58.42 1.50 1.5798 5 2 3 4
58.47 3.52 1.5785 2 2 4 4
58.86 1.21 1.5690 6 3 2 4
59.51 2.85 1.5533 1 3 4 4
59.90 1.85 1.5443 4 4 3 4
60.58 1.01 1.5284 5 6 0 4
61.19 1.19 1.5146 2 3 4 4
61.37 1.31 1.5106 5 5 2 4
62.56 1.01 1.4847 4 7 0 4
62.59 2.55 1.4841 2 7 2 4
62.64 1.84 1.4830 6 4 2 4
63.40 5.77 1.4670 7 2 2 4
63.93 1.34 1.4562 2 8 0 4
63.94 1.46 1.4560 1 8 1 4
64.54 1.11 1.4439 8 0 1 4
65.11 1.20 1.4327 4 2 4 4
66.63 2.11 1.4035 3 6 3 4
67.11 1.17 1.3948 6 3 3 4
67.40 1.05 1.3894 0 5 4 4
67.56 2.33 1.3865 3 4 4 4
67.93 2.20 1.3799 1 5 4 4
68.21 2.53 1.3750 3 8 1 4
68.35 1.29 1.3725 5 1 4 4
68.99 1.65 1.3613 5 7 1 4
69.01 1.21 1.3609 4 7 2 4
69.36 2.27 1.3548 7 0 3 4
69.40 3.48 1.3542 7 5 1 4
70.30 1.02 1.3390 4 6 3 4
70.31 1.03 1.3389 2 8 2 4
70.95 1.53 1.3283 0 2 5 4
71.33 1.25 1.3222 8 2 2 4
71.36 1.79 1.3217 7 2 3 4
71.47 1.33 1.3200 1 2 5 4
71.52 1.33 1.3192 2 1 5 4
71.84 2.00 1.3141 4 8 1 4
72.57 1.32 1.3026 1 9 1 4
72.65 1.66 1.3015 8 4 1 4
73.52 1.17 1.2881 6 0 4 4
74.95 1.08 1.2671 2 6 4 4
75.38 1.06 1.2609 9 2 1 4
75.78 2.23 1.2552 5 4 4 4
77.01 1.21 1.2383 8 0 3 4
77.34 2.03 1.2338 1 4 5 4
78.84 1.18 1.2141 2 4 5 4
80.93 1.36 1.1879 4 6 4 4
81.11 1.27 1.1857 3 9 2 4
81.16 1.33 1.1851 9 4 1 4
81.56 1.64 1.1803 7 5 3 4
83.13 1.06 1.1619 2 5 5 4
88.85 1.07 1.1013 6 2 5 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.