Hydroxylapatite
Lee Y J, Stephens P W, Tang Y, Li W, Phillips B L, Parise J B, Reeder R J
American Mineralogist 94 (2009) 666-675
Arsenate substitution in hydroxylapatite: Structural characterization of the
Ca5(PxAs1-xO4)3OH solid solution
Sample: As24
Locality: synthetic
_database_code_amcsd 0004926
CELL PARAMETERS: 9.5075 9.5075 6.9187 90.000 90.000 120.000
SPACE GROUP: P6_3/m
X-RAY WAVELENGTH: 1.541838
Cell Volume: 541.611
Density (g/cm3): 3.269
MAX. ABS. INTENSITY / VOLUME**2: 17.11876289
RIR: 1.705
RIR based on corundum from Acta Crystallographica A38 (1982) 733-739
2-THETA INTENSITY D-SPACING H K L Multiplicity
10.74 16.35 8.2337 1 0 0 6
16.74 4.08 5.2969 1 0 1 12
18.67 5.50 4.7537 1 1 0 6
21.59 3.58 4.1169 2 0 0 6
22.70 16.98 3.9180 1 1 1 12
25.17 2.30 3.5379 2 0 1 12
25.75 38.15 3.4594 0 0 2 2
27.98 5.01 3.1893 1 0 2 12
28.69 14.51 3.1121 2 1 0 6
31.52 29.15 2.8382 1 2 1 12
31.52 70.85 2.8382 2 1 1 12
32.00 46.73 2.7971 1 1 2 12
32.63 62.16 2.7446 3 0 0 6
33.85 23.41 2.6485 2 0 2 12
35.18 4.57 2.5512 3 0 1 12
38.93 2.66 2.3136 2 1 2 12
39.46 12.29 2.2836 1 3 0 6
39.46 5.12 2.2836 3 1 0 6
40.11 3.80 2.2479 2 2 1 12
41.65 7.20 2.1686 1 3 1 12
43.62 1.27 2.0749 1 1 3 12
45.06 2.83 2.0120 2 0 3 12
46.35 29.13 1.9590 2 2 2 12
47.72 3.86 1.9058 1 3 2 12
47.72 3.56 1.9058 3 1 2 12
48.17 3.33 1.8889 2 3 0 6
49.17 23.95 1.8529 2 1 3 12
49.17 9.61 1.8529 1 2 3 12
50.06 8.48 1.8223 2 3 1 12
50.06 7.16 1.8223 3 2 1 12
50.82 5.08 1.7967 1 4 0 6
50.82 3.43 1.7967 4 1 0 6
51.67 8.62 1.7690 4 0 2 12
51.78 1.33 1.7656 3 0 3 12
52.94 15.36 1.7297 0 0 4 2
54.19 1.13 1.6927 1 0 4 12
55.42 9.64 1.6579 3 2 2 12
56.73 2.82 1.6227 1 3 3 12
56.73 2.36 1.6227 3 1 3 12
57.53 1.43 1.6020 5 0 1 12
57.83 1.14 1.5945 4 1 2 12
59.40 5.12 1.5560 2 4 0 6
59.88 3.55 1.5446 3 3 1 12
61.04 1.19 1.5181 4 2 1 12
61.04 3.79 1.5181 2 4 1 12
61.32 1.77 1.5119 2 1 4 12
61.32 1.87 1.5119 1 2 4 12
62.46 10.93 1.4869 5 0 2 12
62.84 1.39 1.4788 5 1 0 6
63.58 8.55 1.4633 3 0 4 12
63.68 4.87 1.4613 3 2 3 12
64.43 7.05 1.4462 5 1 1 12
65.90 1.13 1.4174 1 4 3 12
69.07 1.36 1.3598 1 5 2 12
69.07 1.43 1.3598 5 1 2 12
70.95 5.13 1.3284 4 3 1 12
71.57 2.60 1.3185 5 2 0 6
73.06 1.75 1.2951 5 2 1 12
73.41 4.57 1.2899 2 4 3 12
74.36 1.04 1.2757 2 3 4 12
75.14 1.43 1.2644 1 2 5 12
75.14 3.51 1.2644 2 1 5 12
75.41 1.91 1.2606 3 4 2 12
75.75 1.12 1.2556 6 1 0 6
76.44 1.24 1.2461 4 1 4 12
76.44 2.65 1.2461 1 4 4 12
76.53 4.12 1.2449 5 1 3 12
77.47 4.78 1.2320 2 5 2 12
81.56 1.03 1.1803 1 6 2 12
82.66 4.47 1.1674 4 3 3 12
83.58 2.68 1.1568 2 4 4 12
83.58 1.38 1.1568 4 2 4 12
83.91 1.62 1.1531 0 0 6 2
84.68 1.28 1.1446 5 2 3 12
86.61 2.24 1.1240 5 1 4 12
86.93 4.09 1.1206 1 1 6 12
87.36 1.74 1.1163 2 3 5 12
87.62 1.34 1.1136 3 5 2 12
87.62 1.06 1.1136 7 0 2 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.