Bahariyaite
Marabello D, Bianchi R, Cargnoni F, Gervasio G
Acta Crystallographica A60 (2004) 494-501
An experimental (120 K) and theoretical electron-density study of KMnO4 and KClO4
Locality: synthetic
_database_code_amcsd 0020919
CELL PARAMETERS: 9.0509 5.6381 7.3582 90.000 90.000 90.000
SPACE GROUP: Pnma
X-RAY WAVELENGTH: 1.541838
Cell Volume: 375.488
Density (g/cm3): 2.795
MAX. ABS. INTENSITY / VOLUME**2: 13.58838388
RIR: 1.583
RIR based on corundum from Acta Crystallographica A38 (1982) 733-739
2-THETA INTENSITY D-SPACING H K L Multiplicity
15.52 11.48 5.7095 1 0 1 4
19.62 9.99 4.5255 2 0 0 2
19.84 43.87 4.4754 0 1 1 4
22.16 1.70 4.0117 1 1 1 8
23.07 22.28 3.8548 2 0 1 4
24.19 37.03 3.6791 0 0 2 2
25.23 85.35 3.5292 2 1 0 4
26.15 17.31 3.4083 1 0 2 4
28.04 100.00 3.1821 2 1 1 8
30.65 84.45 2.9168 1 1 2 8
31.33 15.94 2.8547 2 0 2 4
31.74 44.51 2.8191 0 2 0 2
35.24 20.40 2.5469 2 1 2 8
35.51 19.44 2.5277 1 2 1 8
38.59 1.65 2.3329 3 0 2 4
39.61 3.24 2.2755 2 2 1 8
39.84 2.60 2.2627 4 0 0 2
40.30 1.67 2.2377 0 2 2 4
41.36 8.30 2.1827 1 1 3 8
41.57 25.98 2.1723 1 2 2 8
41.76 41.88 2.1628 4 0 1 4
41.89 5.81 2.1564 2 0 3 4
41.91 7.86 2.1556 3 1 2 8
45.01 2.12 2.0141 2 1 3 8
45.20 2.15 2.0059 2 2 2 8
47.79 10.29 1.9032 3 0 3 4
50.01 9.16 1.8238 4 1 2 8
50.10 1.51 1.8209 0 3 1 4
50.33 13.40 1.8129 1 2 3 8
50.62 12.10 1.8032 3 1 3 8
50.64 1.41 1.8027 1 0 4 4
50.80 4.08 1.7973 3 2 2 8
52.74 6.06 1.7356 2 3 0 4
53.36 8.97 1.7171 1 1 4 8
53.39 9.72 1.7160 4 2 1 8
53.50 1.89 1.7128 2 2 3 8
54.30 9.67 1.6893 2 3 1 8
54.70 1.94 1.6781 5 1 1 8
55.23 3.23 1.6631 4 0 3 4
55.86 14.01 1.6457 1 3 2 8
58.52 10.07 1.5773 3 2 3 8
58.79 1.08 1.5706 3 0 4 4
58.83 2.55 1.5697 2 3 2 8
61.01 6.09 1.5187 1 2 4 8
62.24 2.06 1.4916 5 2 1 8
63.57 1.34 1.4635 3 3 2 8
63.88 5.52 1.4572 6 1 0 4
63.92 1.57 1.4565 5 0 3 4
65.12 1.66 1.4324 4 2 3 8
65.27 8.42 1.4295 6 1 1 8
66.28 7.44 1.4102 5 1 3 8
66.31 8.32 1.4095 0 4 0 2
66.43 1.03 1.4073 5 2 2 8
67.06 1.24 1.3957 6 0 2 4
67.72 1.32 1.3837 4 1 4 8
68.37 9.65 1.3720 3 2 4 8
69.16 2.37 1.3583 2 1 5 8
69.91 1.91 1.3456 4 3 2 8
70.41 5.19 1.3372 3 3 3 8
71.23 1.01 1.3238 2 4 1 8
71.71 2.00 1.3162 0 4 2 4
72.58 1.28 1.3025 1 4 2 8
72.68 4.21 1.3010 1 3 4 8
73.14 7.53 1.2940 5 2 3 8
73.32 3.67 1.2912 1 2 5 8
73.55 4.23 1.2877 3 1 5 8
75.17 1.33 1.2639 2 4 2 8
75.90 1.36 1.2535 2 2 5 8
77.35 2.27 1.2337 4 0 5 4
77.90 1.38 1.2264 0 0 6 2
78.39 2.21 1.2198 7 0 2 4
80.57 1.51 1.1923 7 1 2 8
80.92 1.04 1.1880 1 1 6 8
81.51 6.77 1.1809 4 4 1 8
81.89 2.13 1.1764 6 3 0 4
82.16 2.27 1.1732 5 2 4 8
83.16 2.63 1.1616 6 3 1 8
83.44 2.53 1.1584 2 1 6 8
84.08 3.73 1.1512 5 3 3 8
85.78 2.27 1.1327 3 4 3 8
85.91 2.10 1.1314 8 0 0 2
86.02 1.36 1.1302 4 2 5 8
87.04 1.87 1.1195 7 2 2 8
87.08 1.85 1.1192 5 1 5 8
89.59 1.60 1.0942 2 5 0 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.