Clinobisvanite
Sleight A W, Chen H-Y, Ferretti A, Cox D E
Materials Research Bulletin 14 (1979) 1571-1581
Crystal growth and structure of BiVO4
Locality: synthetic
Sample: T = 4.5 K
_database_code_amcsd 0014279
CELL PARAMETERS: 5.2146 5.0842 11.7063 90.000 90.000 90.394
SPACE GROUP: I2/b
X-RAY WAVELENGTH: 1.541838
Cell Volume: 310.351
Density (g/cm3): 6.932
MAX. ABS. INTENSITY / VOLUME**2: 160.8510807
RIR: 7.556
RIR based on corundum from Acta Crystallographica A38 (1982) 733-739
2-THETA INTENSITY D-SPACING H K L Multiplicity
15.14 6.06 5.8531 0 0 2 2
18.63 37.09 4.7633 1 0 1 4
19.03 48.96 4.6633 0 1 1 4
28.57 21.27 3.1242 1 0 3 4
28.81 98.34 3.0989 1 -1 2 4
28.84 6.40 3.0955 0 1 3 4
28.96 100.00 3.0835 1 1 2 4
30.55 31.38 2.9266 0 0 4 2
34.40 21.97 2.6072 2 0 0 2
35.31 22.18 2.5420 0 2 0 2
37.77 2.20 2.3816 2 0 2 4
39.45 9.05 2.2839 1 -1 4 4
39.49 6.27 2.2818 2 -1 1 4
39.71 15.28 2.2696 2 1 1 4
40.10 12.37 2.2485 -1 2 1 4
40.32 3.86 2.2368 1 2 1 4
42.32 4.13 2.1358 1 0 5 4
42.51 14.38 2.1266 0 1 5 4
45.39 7.48 1.9983 2 -1 3 4
45.58 2.99 1.9900 2 1 3 4
45.93 7.33 1.9758 -1 2 3 4
46.13 10.82 1.9678 1 2 3 4
46.55 1.96 1.9510 0 0 6 2
46.66 27.49 1.9467 2 0 4 4
47.37 27.00 1.9191 0 2 4 4
49.93 11.40 1.8264 -2 2 0 2
50.30 12.53 1.8139 2 2 0 2
53.23 14.39 1.7209 1 -1 6 4
53.28 3.98 1.7193 3 0 1 4
53.31 15.27 1.7183 1 1 6 4
54.73 3.97 1.6772 0 3 1 4
55.70 4.35 1.6503 2 -1 5 4
55.87 3.70 1.6456 2 1 5 4
57.91 6.40 1.5924 1 0 7 4
58.10 4.82 1.5878 3 0 3 4
58.15 15.14 1.5865 3 -1 2 4
58.40 11.80 1.5803 3 1 2 4
59.14 2.93 1.5621 2 0 6 4
59.36 10.96 1.5568 -1 3 2 4
59.46 2.46 1.5544 0 3 3 4
59.61 14.78 1.5510 1 3 2 4
59.68 11.60 1.5494 2 -2 4 4
59.75 2.49 1.5477 0 2 6 4
60.00 10.91 1.5418 2 2 4 4
63.58 2.65 1.4633 0 0 8 2
65.17 1.24 1.4315 3 1 4 4
65.78 2.31 1.4197 3 2 1 4
66.03 2.97 1.4149 -2 3 1 4
66.49 1.36 1.4062 2 3 1 4
68.33 2.32 1.3728 0 3 5 4
69.16 1.75 1.3583 1 -1 8 4
69.23 3.65 1.3571 1 1 8 4
69.60 2.03 1.3508 -1 2 7 4
69.62 2.35 1.3505 3 -2 3 4
69.75 3.28 1.3482 1 2 7 4
70.07 1.50 1.3429 3 2 3 4
70.65 1.44 1.3333 2 -2 6 4
70.94 1.34 1.3285 2 2 6 4
72.51 3.71 1.3036 4 0 0 2
74.33 5.65 1.2761 2 0 8 4
74.68 3.31 1.2710 0 4 0 2
74.87 5.00 1.2682 0 2 8 4
75.44 2.60 1.2601 0 1 9 4
75.51 4.42 1.2591 3 -1 6 4
75.62 1.73 1.2575 4 -1 1 4
75.73 6.30 1.2560 3 1 6 4
75.91 1.17 1.2534 4 1 1 4
76.58 6.43 1.2441 -1 3 6 4
76.80 3.73 1.2411 1 3 6 4
77.63 1.03 1.2300 -1 4 1 4
77.91 1.18 1.2261 1 4 1 4
78.57 2.28 1.2175 -2 3 5 4
79.00 2.76 1.2119 2 3 5 4
79.54 1.62 1.2051 3 0 7 4
80.59 5.56 1.1921 3 -3 2 4
80.69 5.11 1.1908 4 0 4 4
81.23 5.03 1.1842 3 3 2 4
81.67 1.39 1.1790 -1 4 3 4
81.95 1.43 1.1756 1 4 3 4
82.38 1.22 1.1706 0 0 10 2
82.79 4.45 1.1658 0 4 4 4
83.02 3.02 1.1632 -4 2 0 2
83.59 2.63 1.1568 4 2 0 2
84.59 2.81 1.1456 -2 4 0 2
84.92 3.31 1.1420 2 -2 8 4
85.16 2.56 1.1394 2 4 0 2
85.20 3.05 1.1389 2 2 8 4
85.54 2.47 1.1353 2 -1 9 4
85.68 1.83 1.1338 2 1 9 4
87.50 2.77 1.1148 1 -1 10 4
87.58 2.15 1.1141 1 1 10 4
87.70 1.96 1.1128 4 -1 5 4
87.98 1.92 1.1100 4 1 5 4
89.58 1.32 1.0943 3 -1 8 4
89.79 1.24 1.0922 3 1 8 4
89.92 2.51 1.0910 3 -2 7 4
================================================================================
XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs
For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.