Stillwellite-(La)
Chi L, Chen H, Zhuang H, Huang J
Journal of Alloys and Compounds 252 (1997) L12-L15
Crystal structure of LaBSiO5
Locality: synthetic
_database_code_amcsd 0018730
CELL PARAMETERS: 6.8740 6.8740 6.7170 90.000 90.000 120.000
SPACE GROUP: P3_1
X-RAY WAVELENGTH: 1.541838
Cell Volume: 274.869
Density (g/cm3): 4.672
MAX. ABS. INTENSITY / VOLUME**2: 53.74715311
RIR: 3.746
RIR based on corundum from Acta Crystallographica A38 (1982) 733-739
2-THETA INTENSITY D-SPACING H K L Multiplicity
14.88 9.74 5.9531 1 0 0 3
19.93 19.38 4.4552 0 1 1 3
19.93 70.93 4.4552 1 0 1 3
25.92 92.92 3.4370 1 1 0 3
29.19 6.77 3.0597 2 -1 1 3
29.19 6.24 3.0597 1 1 1 3
30.02 57.56 2.9765 2 0 0 3
30.56 84.06 2.9251 0 1 2 3
30.56 15.94 2.9251 1 0 2 3
32.91 12.72 2.7213 0 2 1 3
32.91 1.90 2.7213 2 0 1 3
37.44 8.30 2.4021 2 -1 2 3
37.44 8.01 2.4021 1 1 2 3
40.07 8.73 2.2500 1 2 0 3
40.07 8.73 2.2500 2 1 0 3
40.28 16.95 2.2390 0 0 3 1
40.50 4.48 2.2276 0 2 2 3
40.50 20.63 2.2276 2 0 2 3
42.36 18.83 2.1335 -1 3 1 3
42.36 18.64 2.1335 1 2 1 3
42.36 9.79 2.1335 2 1 1 3
42.36 9.17 2.1335 3 -1 1 3
43.17 1.70 2.0957 0 1 3 3
43.17 2.27 2.0957 1 0 3 3
45.72 4.24 1.9844 3 0 0 3
47.79 10.86 1.9030 3 0 1 3
48.53 8.85 1.8760 1 1 3 3
48.53 8.65 1.8760 2 -1 3 3
48.71 11.08 1.8693 -1 3 2 3
48.71 11.55 1.8693 1 2 2 3
48.71 21.58 1.8693 2 1 2 3
48.71 21.66 1.8693 3 -1 2 3
51.04 4.12 1.7893 0 2 3 3
51.04 1.85 1.7893 2 0 3 3
53.31 5.29 1.7185 2 2 0 3
53.65 14.02 1.7084 0 3 2 3
55.17 3.58 1.6649 4 -2 1 3
55.17 3.40 1.6649 2 2 1 3
55.67 11.56 1.6511 3 1 0 3
55.67 11.56 1.6511 1 3 0 3
56.98 2.12 1.6162 0 1 4 3
56.98 10.30 1.6162 1 0 4 3
57.48 1.42 1.6034 4 -1 1 3
57.48 1.29 1.6034 3 1 1 3
58.12 1.03 1.5871 1 2 3 3
58.12 1.44 1.5871 2 1 3 3
58.12 1.14 1.5871 -1 3 3 3
58.12 1.52 1.5871 3 -1 3 3
60.52 6.28 1.5299 4 -2 2 3
60.52 6.00 1.5299 2 2 2 3
61.45 2.68 1.5088 1 1 4 3
61.45 2.87 1.5088 2 -1 4 3
62.70 2.27 1.4817 -1 4 2 3
62.70 2.22 1.4817 1 3 2 3
63.62 5.76 1.4626 0 2 4 3
63.62 1.35 1.4626 2 0 4 3
64.09 5.20 1.4530 0 4 1 3
68.73 2.38 1.3657 2 3 0 3
68.73 2.35 1.3657 3 2 0 3
68.87 1.06 1.3632 2 2 3 3
68.87 1.14 1.3632 4 -2 3 3
69.02 10.02 1.3607 4 0 2 3
69.90 3.68 1.3458 3 -1 4 3
69.90 5.86 1.3458 1 2 4 3
69.90 3.75 1.3458 2 1 4 3
69.90 5.85 1.3458 -1 3 4 3
70.34 1.90 1.3383 -2 5 1 3
70.34 1.88 1.3383 2 3 1 3
70.92 2.58 1.3288 1 3 3 3
70.92 1.99 1.3288 4 -1 3 3
70.92 2.20 1.3288 3 1 3 3
70.92 2.42 1.3288 -1 4 3 3
72.07 3.18 1.3104 0 1 5 3
73.94 6.03 1.2819 3 0 4 3
74.38 2.95 1.2754 4 1 1 3
74.38 2.75 1.2754 5 -1 1 3
75.09 1.07 1.2651 -2 5 2 3
75.09 1.00 1.2651 2 3 2 3
75.09 3.91 1.2651 3 2 2 3
75.09 3.84 1.2651 5 -2 2 3
78.04 1.36 1.2245 2 0 5 3
79.03 5.66 1.2116 -1 5 2 3
79.03 5.94 1.2116 1 4 2 3
79.86 3.21 1.2010 4 -2 4 3
79.86 3.23 1.2010 2 2 4 3
80.71 6.31 1.1906 5 0 0 3
81.81 1.18 1.1773 3 1 4 3
81.81 1.14 1.1773 4 -1 4 3
83.88 1.57 1.1535 2 1 5 3
83.88 1.49 1.1535 3 -1 5 3
83.88 1.06 1.1535 1 2 5 3
83.88 1.12 1.1535 -1 3 5 3
86.51 1.23 1.1250 2 4 0 3
86.51 1.24 1.1250 4 2 0 3
87.04 2.54 1.1195 0 0 6 1
87.60 5.40 1.1138 0 4 4 3
87.74 1.06 1.1124 0 3 5 3
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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.