Baryte
Colville A A, Staudhammer K
American Mineralogist 52 (1967) 1877-1880
A refinement of the structure of barite
Locality: Cow Green mine, Teesdale, Durham, England
_database_code_amcsd 0000164
CELL PARAMETERS: 8.8840 5.4580 7.1530 90.000 90.000 90.000
SPACE GROUP: Pnma
X-RAY WAVELENGTH: 1.541838
Cell Volume: 346.841
Density (g/cm3): 4.469
MAX. ABS. INTENSITY / VOLUME**2: 40.55288951
RIR: 2.955
RIR based on corundum from Acta Crystallographica A38 (1982) 733-739
2-THETA INTENSITY D-SPACING H K L Multiplicity
15.91 2.15 5.5715 1 0 1 4
19.99 14.04 4.4420 2 0 0 2
20.47 32.02 4.3391 0 1 1 4
22.81 51.07 3.8989 1 1 1 8
23.58 9.61 3.7736 2 0 1 4
24.90 24.75 3.5765 0 0 2 2
25.86 98.44 3.4452 2 1 0 4
26.87 65.42 3.3177 1 0 2 4
28.76 100.00 3.1039 2 1 1 8
31.56 51.59 2.8351 1 1 2 8
32.73 10.49 2.7361 3 0 1 4
32.82 46.83 2.7290 0 2 0 2
36.20 14.58 2.4813 2 1 2 8
36.74 1.24 2.4460 3 1 1 8
38.73 15.22 2.3252 2 2 0 4
39.12 5.09 2.3028 1 0 3 4
39.51 7.43 2.2809 3 0 2 4
40.62 1.18 2.2210 4 0 0 2
40.81 26.97 2.2113 2 2 1 8
41.63 3.11 2.1695 0 2 2 4
42.61 46.59 2.1217 1 1 3 8
42.62 36.95 2.1211 4 0 1 4
42.91 52.19 2.1076 1 2 2 8
42.98 40.95 2.1045 3 1 2 8
43.06 1.94 2.1008 2 0 3 4
44.02 20.62 2.0572 4 1 0 4
46.59 1.28 1.9495 2 2 2 8
47.03 8.00 1.9322 3 2 1 8
49.05 19.71 1.8572 3 0 3 4
51.08 4.34 1.7882 0 0 4 2
51.85 5.69 1.7632 0 3 1 4
52.01 6.22 1.7582 3 1 3 8
52.18 5.25 1.7531 1 0 4 4
52.94 4.39 1.7295 1 3 1 8
53.11 2.62 1.7244 5 0 1 4
54.50 7.93 1.6836 2 3 0 4
54.82 16.69 1.6747 4 2 1 8
55.02 4.00 1.6691 1 1 4 8
55.38 1.92 1.6589 2 0 4 4
55.92 1.37 1.6443 5 1 1 8
56.12 10.64 1.6388 2 3 1 8
57.80 9.82 1.5952 1 3 2 8
57.96 1.89 1.5913 5 0 2 4
58.12 3.04 1.5872 2 1 4 8
60.28 20.41 1.5354 3 2 3 8
60.62 9.46 1.5277 5 1 2 8
60.81 1.89 1.5233 2 3 2 8
62.05 3.74 1.4957 0 2 4 4
63.02 9.98 1.4750 1 2 4 8
63.07 4.25 1.4739 3 1 4 8
63.85 4.95 1.4578 5 2 1 8
65.30 5.05 1.4290 6 1 0 4
65.37 9.67 1.4276 1 3 3 8
65.52 5.31 1.4247 5 0 3 4
65.64 9.99 1.4223 3 3 2 8
65.89 2.61 1.4175 2 2 4 8
66.43 6.52 1.4074 4 3 0 4
66.75 9.90 1.4013 6 1 1 8
67.71 5.57 1.3839 0 1 5 4
68.01 5.17 1.3785 5 1 3 8
68.80 6.96 1.3645 0 4 0 2
68.96 2.47 1.3617 2 0 5 4
69.67 5.95 1.3496 4 1 4 8
71.03 1.24 1.3270 6 1 2 8
71.39 6.21 1.3212 2 1 5 8
72.46 1.04 1.3043 2 4 0 4
72.65 2.84 1.3014 6 2 0 4
72.77 3.51 1.2996 3 3 3 8
73.85 1.33 1.2832 2 4 1 8
74.04 1.18 1.2804 6 2 1 8
74.42 1.58 1.2749 0 4 2 4
75.24 11.83 1.2630 5 2 3 8
75.28 2.55 1.2624 1 3 4 8
75.31 6.47 1.2619 1 4 2 8
75.89 1.06 1.2537 3 1 5 8
77.77 2.48 1.2281 5 1 4 8
77.94 1.20 1.2258 2 3 4 8
78.30 1.76 1.2211 3 4 1 8
78.50 5.10 1.2185 2 2 5 8
78.53 1.12 1.2181 7 1 1 8
79.73 5.16 1.2027 4 0 5 4
80.13 3.18 1.1978 5 3 2 8
80.26 4.34 1.1961 7 0 2 4
80.58 2.45 1.1922 0 0 6 2
82.32 1.94 1.1713 3 3 4 8
82.58 1.25 1.1683 7 1 2 8
84.33 2.26 1.1484 6 3 0 4
84.41 7.83 1.1476 4 4 1 8
85.67 3.62 1.1339 6 3 1 8
86.36 4.31 1.1266 2 1 6 8
86.55 3.05 1.1246 0 3 5 4
86.83 3.09 1.1217 5 3 3 8
87.93 2.91 1.1105 8 0 0 2
88.38 3.14 1.1060 4 3 4 8
88.93 5.82 1.1006 4 2 5 8
89.03 6.17 1.0996 3 4 3 8
89.25 4.34 1.0974 7 1 3 8
89.45 5.37 1.0955 7 2 2 8
89.77 2.26 1.0925 0 2 6 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.