Pyromorphite
Dai Y S, Hughes J M
The Canadian Mineralogist 27 (1989) 189-192
Crystal-structure refinements of vanadinite and pyromorphite
_database_code_amcsd 0005226
CELL PARAMETERS: 9.9764 9.9764 7.3511 90.000 90.000 120.000
SPACE GROUP: P6_3/m
X-RAY WAVELENGTH: 1.541838
Cell Volume: 633.623
Density (g/cm3): 7.108
MAX. ABS. INTENSITY / VOLUME**2: 170.1429216
RIR: 7.794
RIR based on corundum from Acta Crystallographica A38 (1982) 733-739
2-THETA INTENSITY D-SPACING H K L Multiplicity
17.78 9.50 4.9882 1 1 0 6
20.56 28.17 4.3199 2 0 0 6
21.53 44.29 4.1276 1 1 1 12
23.89 1.95 3.7244 2 0 1 12
24.21 6.68 3.6755 0 0 2 2
26.35 30.04 3.3822 1 0 2 12
27.31 15.80 3.2655 1 2 0 6
27.31 19.64 3.2655 2 1 0 6
29.94 40.99 2.9843 1 2 1 12
29.94 50.23 2.9843 2 1 1 12
30.20 100.00 2.9590 1 1 2 12
31.05 53.45 2.8799 3 0 0 6
36.01 2.71 2.4941 2 2 0 6
36.82 1.19 2.4412 1 2 2 12
39.76 6.01 2.2669 3 0 2 12
41.04 15.57 2.1993 1 1 3 12
41.82 6.10 2.1600 4 0 0 6
43.87 37.30 2.0638 2 2 2 12
45.17 11.97 2.0073 3 1 2 12
45.17 8.34 2.0073 1 3 2 12
45.78 7.09 1.9821 2 3 0 6
45.78 2.59 1.9821 3 2 0 6
46.32 15.10 1.9599 1 2 3 12
46.32 12.08 1.9599 2 1 3 12
47.51 13.81 1.9138 2 3 1 12
47.51 9.56 1.9138 3 2 1 12
48.27 9.67 1.8854 1 4 0 6
48.27 14.76 1.8854 4 1 0 6
48.91 31.05 1.8622 4 0 2 12
49.60 12.72 1.8378 0 0 4 2
53.11 2.10 1.7245 1 1 4 12
54.24 3.63 1.6911 2 0 4 12
54.72 2.97 1.6775 1 4 2 12
54.72 1.68 1.6775 4 1 2 12
55.25 1.18 1.6627 3 3 0 6
56.35 3.56 1.6328 2 4 0 6
56.35 2.11 1.6328 4 2 0 6
56.77 5.78 1.6218 3 3 1 12
57.55 6.14 1.6016 1 2 4 12
57.55 3.76 1.6016 2 1 4 12
59.07 5.28 1.5638 5 0 2 12
59.58 1.53 1.5518 1 5 0 6
59.58 2.55 1.5518 5 1 0 6
59.69 12.97 1.5492 3 0 4 12
60.03 3.36 1.5411 2 3 3 12
60.03 5.84 1.5411 3 2 3 12
61.03 6.27 1.5183 5 1 1 12
61.03 4.19 1.5183 1 5 1 12
61.18 10.70 1.5149 3 3 2 12
62.81 1.08 1.4795 2 2 4 12
66.28 2.13 1.4102 1 1 5 12
66.84 3.26 1.3997 4 0 4 12
67.73 1.08 1.3835 2 5 0 6
68.15 2.58 1.3759 3 3 3 12
69.08 1.90 1.3596 2 5 1 12
69.08 3.45 1.3596 5 2 1 12
69.79 2.87 1.3476 2 3 4 12
69.79 1.25 1.3476 3 2 4 12
70.20 7.25 1.3407 6 0 2 12
70.21 2.55 1.3406 1 2 5 12
70.21 4.52 1.3406 2 1 5 12
71.16 4.49 1.3249 3 4 2 12
71.16 1.49 1.3249 4 3 2 12
71.62 1.41 1.3176 1 6 0 6
71.62 1.17 1.3176 6 1 0 6
71.72 6.34 1.3160 1 4 4 12
71.72 7.70 1.3160 4 1 4 12
72.04 2.80 1.3110 5 1 3 12
72.04 2.78 1.3110 1 5 3 12
72.94 2.59 1.2969 1 6 1 12
72.94 1.62 1.2969 6 1 1 12
73.08 6.87 1.2948 2 5 2 12
73.08 5.81 1.2948 5 2 2 12
76.37 2.31 1.2471 4 4 0 6
78.33 2.61 1.2206 4 2 4 12
78.33 2.42 1.2206 2 4 4 12
78.92 1.36 1.2130 1 0 6 12
79.57 1.22 1.2047 2 5 3 12
79.57 2.59 1.2047 5 2 3 12
80.77 5.99 1.1898 1 1 6 12
81.12 1.55 1.1856 1 5 4 12
81.12 2.26 1.1856 5 1 4 12
81.51 1.34 1.1808 3 2 5 12
81.51 2.96 1.1808 2 3 5 12
82.43 1.05 1.1701 3 5 2 12
82.43 1.94 1.1701 7 0 2 12
83.26 1.03 1.1604 6 1 3 12
83.26 1.38 1.1604 1 6 3 12
88.84 1.48 1.1014 3 3 5 12
89.02 4.27 1.0997 2 2 6 12
89.93 1.39 1.0909 1 3 6 12
89.93 1.12 1.0909 3 1 6 12
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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.