Babefphite
Simonov M A, Egorov-Tismenko Y K, Belov N V
Soviet Physics Crystallography 25 (1980) 28-31
Use of modern X-ray equipment to solve fine problems of structural
mineralogy by the example of the crystal structure of babefphite BaBe(PO4)F
Locality: Aunik F-Be deposit, Transbaikalia, Eastern-Siberian Region, Russia
_database_code_amcsd 0019355
CELL PARAMETERS: 6.8890 16.8140 6.9020 90.010 89.990 90.320
SPACE GROUP: F1
X-RAY WAVELENGTH: 1.541838
Cell Volume: 799.457
Density (g/cm3): 4.325
MAX. ABS. INTENSITY / VOLUME**2: 36.25124022
RIR: 2.729
RIR based on corundum from Acta Crystallographica A38 (1982) 733-739
2-THETA INTENSITY D-SPACING H K L Multiplicity
18.93 12.43 4.6884 1 -1 1 1
18.93 12.36 4.6873 -1 1 1 1
18.97 13.16 4.6782 1 1 1 1
18.97 13.06 4.6777 -1 -1 1 1
21.14 34.65 4.2034 0 4 0 1
24.14 20.85 3.6862 1 -3 1 1
24.15 21.01 3.6854 -1 3 1 1
24.24 19.00 3.6714 -1 -3 1 1
24.24 19.01 3.6714 1 3 1 1
27.94 48.12 3.1936 -2 2 0 1
27.95 49.91 3.1927 0 -2 2 1
27.95 50.09 3.1923 0 2 2 1
28.05 50.97 3.1811 2 2 0 1
32.28 25.79 2.7736 1 -5 1 1
32.28 26.09 2.7731 -1 5 1 1
32.40 24.69 2.7632 -1 -5 1 1
32.40 24.88 2.7630 1 5 1 1
36.87 33.67 2.4381 2 0 2 1
36.87 33.84 2.4377 -2 0 2 1
41.42 12.49 2.1797 -2 6 0 1
41.51 15.73 2.1756 0 -6 2 1
41.51 15.50 2.1752 0 6 2 1
41.66 12.55 2.1678 2 6 0 1
41.73 5.97 2.1647 1 -1 3 1
41.73 6.00 2.1644 -1 1 3 1
41.75 5.82 2.1636 1 1 3 1
41.75 5.82 2.1635 -1 -1 3 1
41.77 6.40 2.1624 3 -1 1 1
41.78 6.42 2.1621 -3 1 1 1
41.83 7.50 2.1594 3 1 1 1
41.84 7.40 2.1593 -3 -1 1 1
41.86 8.41 2.1582 1 -7 1 1
41.86 8.50 2.1579 -1 7 1 1
42.00 9.09 2.1514 -1 -7 1 1
42.00 9.12 2.1513 1 7 1 1
42.80 10.11 2.1128 2 -4 2 1
42.81 9.99 2.1123 -2 4 2 1
42.96 9.27 2.1053 2 4 2 1
42.96 9.26 2.1052 -2 -4 2 1
43.04 8.26 2.1017 0 8 0 1
44.52 4.21 2.0349 1 -3 3 1
44.53 4.42 2.0346 3 -3 1 1
44.53 4.18 2.0345 -1 3 3 1
44.54 4.48 2.0343 -3 3 1 1
44.58 4.92 2.0323 -1 -3 3 1
44.59 4.91 2.0323 1 3 3 1
44.70 3.83 2.0272 3 3 1 1
44.70 3.85 2.0271 -3 -3 1 1
49.74 4.62 1.8331 3 -5 1 1
49.74 4.63 1.8329 -3 5 1 1
49.76 2.88 1.8322 1 -5 3 1
49.78 2.84 1.8318 -1 5 3 1
49.85 3.01 1.8291 -1 -5 3 1
49.86 2.96 1.8290 1 5 3 1
50.00 4.58 1.8242 3 5 1 1
50.00 4.62 1.8242 -3 -5 1 1
52.37 2.12 1.7469 1 -9 1 1
52.38 2.06 1.7467 -1 9 1 1
52.52 1.91 1.7423 -1 -9 1 1
52.53 1.90 1.7422 1 9 1 1
53.07 9.52 1.7255 0 0 4 1
53.18 4.27 1.7222 4 0 0 1
56.89 1.10 1.6185 3 -1 3 1
56.90 1.08 1.6182 -3 1 3 1
56.90 3.98 1.6182 3 -7 1 1
56.91 3.95 1.6180 -3 7 1 1
56.96 1.88 1.6168 1 -7 3 1
56.97 1.90 1.6164 -1 7 3 1
57.07 2.08 1.6138 -1 -7 3 1
57.08 2.13 1.6137 1 7 3 1
57.23 4.04 1.6096 3 7 1 1
57.23 4.10 1.6096 -3 -7 1 1
57.74 5.04 1.5968 -4 4 0 1
57.75 4.29 1.5963 0 -4 4 1
57.76 4.34 1.5961 0 4 4 1
57.80 2.68 1.5951 2 -8 2 1
57.81 2.71 1.5948 -2 8 2 1
57.98 3.43 1.5905 4 4 0 1
58.06 3.40 1.5888 -2 -8 2 1
58.06 3.43 1.5887 2 8 2 1
59.11 1.80 1.5628 3 -3 3 1
59.13 1.81 1.5624 -3 3 3 1
59.26 1.72 1.5594 3 3 3 1
59.26 1.71 1.5592 -3 -3 3 1
61.03 5.35 1.5182 2 -2 4 1
61.04 5.37 1.5179 -2 2 4 1
61.08 4.66 1.5172 4 -2 2 1
61.09 4.68 1.5170 -4 2 2 1
61.10 5.13 1.5168 2 2 4 1
61.10 5.07 1.5167 -2 -2 4 1
61.20 4.46 1.5145 4 2 2 1
61.21 4.46 1.5143 -4 -2 2 1
61.21 5.08 1.5143 -2 10 0 1
61.33 3.96 1.5116 0 -10 2 1
61.34 4.00 1.5114 0 10 2 1
61.51 5.14 1.5077 2 10 0 1
63.46 3.34 1.4658 3 -5 3 1
63.48 3.35 1.4654 -3 5 3 1
63.69 3.69 1.4611 3 5 3 1
63.69 3.68 1.4610 -3 -5 3 1
63.73 1.18 1.4602 1 -11 1 1
63.74 1.14 1.4601 -1 11 1 1
63.89 1.06 1.4569 -1 -11 1 1
63.90 1.03 1.4568 1 11 1 1
65.66 1.52 1.4220 3 -9 1 1
65.66 1.52 1.4219 -3 9 1 1
65.73 1.67 1.4206 1 -9 3 1
65.75 1.70 1.4203 -1 9 3 1
65.87 1.43 1.4180 -1 -9 3 1
65.88 1.43 1.4178 1 9 3 1
66.05 1.18 1.4146 -3 -9 1 1
66.05 1.19 1.4145 3 9 1 1
66.76 7.00 1.4011 0 12 0 1
69.47 1.21 1.3531 2 -6 4 1
69.49 1.21 1.3527 -2 6 4 1
69.64 1.15 1.3501 -2 -6 4 1
69.65 1.12 1.3500 2 6 4 1
69.72 3.03 1.3487 3 -7 3 1
69.74 3.02 1.3484 -3 7 3 1
70.03 2.68 1.3436 3 7 3 1
70.03 2.69 1.3436 -3 -7 3 1
70.50 1.32 1.3358 -4 8 0 1
70.62 2.38 1.3337 0 -8 4 1
70.64 2.37 1.3335 0 8 4 1
70.94 1.69 1.3285 4 8 0 1
71.71 1.35 1.3161 1 -3 5 1
71.73 1.36 1.3159 -1 3 5 1
71.76 1.21 1.3154 -1 -3 5 1
71.76 1.21 1.3153 1 3 5 1
71.77 1.50 1.3152 5 -3 1 1
71.78 1.48 1.3151 -5 3 1 1
71.98 1.65 1.3119 5 3 1 1
71.98 1.65 1.3118 -5 -3 1 1
75.71 1.33 1.2562 1 -5 5 1
75.72 1.22 1.2561 5 -5 1 1
75.73 1.20 1.2560 -5 5 1 1
75.73 1.31 1.2560 -1 5 5 1
75.79 1.55 1.2552 -1 -5 5 1
75.79 1.55 1.2551 1 5 5 1
76.06 1.35 1.2514 5 5 1 1
76.06 1.35 1.2513 -5 -5 1 1
78.45 2.38 1.2191 4 0 4 1
78.47 2.38 1.2188 -4 0 4 1
78.61 2.81 1.2170 2 -12 2 1
78.63 2.82 1.2168 -2 12 2 1
78.94 2.92 1.2128 -2 -12 2 1
78.94 2.89 1.2127 2 12 2 1
81.55 1.38 1.1804 5 -7 1 1
81.56 1.40 1.1803 -5 7 1 1
81.60 1.25 1.1798 1 -7 5 1
81.62 1.25 1.1796 -1 7 5 1
81.71 1.01 1.1786 1 7 5 1
82.02 1.22 1.1749 5 7 1 1
82.02 1.20 1.1748 -5 -7 1 1
82.25 1.09 1.1721 4 -4 4 1
82.28 1.06 1.1718 -4 4 4 1
85.13 2.37 1.1397 0 -2 6 1
85.13 2.36 1.1397 0 2 6 1
85.20 1.70 1.1390 4 -10 2 1
85.21 1.69 1.1388 -4 10 2 1
85.25 1.87 1.1384 -6 2 0 1
85.26 1.64 1.1383 2 -10 4 1
85.28 1.60 1.1380 -2 10 4 1
85.40 1.52 1.1367 6 2 0 1
85.47 1.61 1.1360 -2 14 0 1
85.53 1.86 1.1354 -2 -10 4 1
85.54 1.88 1.1353 2 10 4 1
85.63 2.06 1.1343 0 -14 2 1
85.64 2.06 1.1342 0 14 2 1
85.73 1.88 1.1332 -4 -10 2 1
85.73 1.87 1.1332 4 10 2 1
85.84 1.40 1.1321 2 14 0 1
87.29 1.25 1.1169 5 -5 3 1
87.32 1.26 1.1167 -5 5 3 1
87.63 1.09 1.1135 5 5 3 1
87.64 1.08 1.1134 -5 -5 3 1
89.22 1.01 1.0977 5 -9 1 1
89.23 1.03 1.0976 -5 9 1 1
89.90 1.71 1.0912 2 0 6 1
89.92 1.73 1.0910 -2 0 6 1
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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.