Fluorapatite
Hughes J M, Nekvasil H, Ustunisik G, Lindsley D H, Coraor A E, Vaughn J, Phillips B L,
McCubbin F M, Woerner W R
American Mineralogist 99 (2014) 369-376
Solid solution in the fluorapatite-chlorapatite binary system: High-precision crystal
structure refinements of synthetic F-Cl apatite.
Note: HNF5CL5-10
Locality: Synthetic
_database_code_amcsd 0020116
CELL PARAMETERS: 9.5084 9.5084 6.8293 90.000 90.000 120.000
SPACE GROUP: P6_3/m
X-RAY WAVELENGTH: 1.541838
Cell Volume: 534.714
Density (g/cm3): 3.177
MAX. ABS. INTENSITY / VOLUME**2: 14.17498078
RIR: 1.453
RIR based on corundum from Acta Crystallographica A38 (1982) 733-739
2-THETA INTENSITY D-SPACING H K L Multiplicity
10.74 9.64 8.2345 1 0 0 6
16.87 4.74 5.2567 1 0 1 12
21.58 2.25 4.1173 2 0 0 6
22.79 4.90 3.9018 1 1 1 12
25.26 3.11 3.5260 2 0 1 12
26.10 30.77 3.4146 0 0 2 2
28.29 4.57 3.1542 1 0 2 12
28.68 11.12 3.1124 2 1 0 6
31.59 31.12 2.8321 1 2 1 12
31.59 68.88 2.8321 2 1 1 12
32.28 54.62 2.7734 1 1 2 12
32.62 70.83 2.7448 3 0 0 6
34.11 19.61 2.6283 2 0 2 12
35.24 3.84 2.5468 3 0 1 12
39.16 2.92 2.3002 2 1 2 12
39.16 2.62 2.3002 1 2 2 12
39.46 17.87 2.2838 1 3 0 6
39.46 2.65 2.2838 3 1 0 6
41.70 5.58 2.1659 1 3 1 12
42.24 1.57 2.1393 3 0 2 12
43.98 1.26 2.0586 4 0 0 6
44.11 4.65 2.0532 1 1 3 12
45.53 2.99 1.9922 2 0 3 12
46.55 31.56 1.9509 2 2 2 12
47.92 6.24 1.8984 1 3 2 12
47.92 5.34 1.8984 3 1 2 12
48.17 4.10 1.8891 2 3 0 6
49.61 20.20 1.8374 2 1 3 12
49.61 9.99 1.8374 1 2 3 12
50.10 8.69 1.8208 2 3 1 12
50.10 7.92 1.8208 3 2 1 12
50.81 6.31 1.7969 1 4 0 6
50.81 7.78 1.7969 4 1 0 6
51.86 10.26 1.7630 4 0 2 12
52.20 1.30 1.7522 3 0 3 12
53.68 13.92 1.7073 0 0 4 2
54.92 1.32 1.6718 1 0 4 12
55.60 6.21 1.6530 3 2 2 12
57.13 2.28 1.6123 1 3 3 12
57.13 2.57 1.6123 3 1 3 12
57.57 1.76 1.6010 5 0 1 12
58.00 1.17 1.5902 4 1 2 12
58.22 1.21 1.5847 3 3 0 6
59.39 3.80 1.5562 2 4 0 6
59.92 2.96 1.5437 3 3 1 12
61.07 2.33 1.5173 2 4 1 12
62.00 1.56 1.4969 2 1 4 12
62.00 2.67 1.4969 1 2 4 12
62.62 7.43 1.4834 5 0 2 12
62.83 1.36 1.4790 5 1 0 6
64.05 4.81 1.4537 3 2 3 12
64.25 7.24 1.4498 3 0 4 12
64.46 7.26 1.4455 5 1 1 12
64.86 1.80 1.4375 3 3 2 12
65.97 1.16 1.4161 4 2 2 12
69.23 1.58 1.3571 5 1 2 12
70.98 3.32 1.3279 4 3 1 12
71.56 1.01 1.3186 2 5 0 6
71.56 3.12 1.3186 5 2 0 6
73.09 1.28 1.2947 5 2 1 12
73.75 3.28 1.2847 2 4 3 12
74.51 1.33 1.2734 6 0 2 12
74.98 1.36 1.2667 2 3 4 12
75.55 3.26 1.2585 3 4 2 12
76.10 3.36 1.2507 2 1 5 12
76.10 1.35 1.2507 1 2 5 12
76.87 3.89 1.2402 5 1 3 12
77.05 1.98 1.2377 4 1 4 12
77.05 2.68 1.2377 1 4 4 12
77.62 5.66 1.2301 2 5 2 12
82.99 3.48 1.1636 4 3 3 12
84.18 2.41 1.1501 2 4 4 12
84.18 1.65 1.1501 4 2 4 12
85.01 1.07 1.1410 5 2 3 12
85.27 1.42 1.1382 0 0 6 2
87.20 2.39 1.1179 5 1 4 12
87.76 1.03 1.1122 3 5 2 12
87.76 1.27 1.1122 7 0 2 12
88.28 3.42 1.1069 1 1 6 12
88.29 1.62 1.1069 2 3 5 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.