Apatite-(SrCl)
Luo Y, Hughes J M, Rakovan J, Pan Y
American Mineralogist 94 (2009) 345-351
Site preference of U and Th in Cl, F, and Sr apatites
Locality: synthetic
Note: ThSrClAP
_database_code_amcsd 0004847
CELL PARAMETERS: 9.8562 9.8562 7.2095 90.000 90.000 120.000
SPACE GROUP: P6_3/m
X-RAY WAVELENGTH: 1.541838
Cell Volume: 606.534
Density (g/cm3): 4.200
MAX. ABS. INTENSITY / VOLUME**2: 41.92623214
RIR: 3.251
RIR based on corundum from Acta Crystallographica A38 (1982) 733-739
2-THETA INTENSITY D-SPACING H K L Multiplicity
10.36 1.92 8.5357 1 0 0 6
16.09 1.03 5.5078 1 0 1 12
18.00 2.69 4.9281 1 1 0 6
20.81 12.55 4.2679 2 0 0 6
21.85 9.68 4.0684 1 1 1 12
24.70 10.73 3.6047 0 0 2 2
26.85 9.27 3.3208 1 0 2 12
27.65 17.09 3.2262 1 2 0 6
27.65 3.25 3.2262 2 1 0 6
30.35 61.05 2.9448 1 2 1 12
30.35 31.21 2.9448 2 1 1 12
30.73 100.00 2.9095 1 1 2 12
31.44 63.07 2.8452 3 0 0 6
32.51 1.81 2.7539 2 0 2 12
36.46 2.02 2.4641 2 2 0 6
37.41 1.84 2.4040 2 1 2 12
38.01 1.63 2.3674 1 3 0 6
38.01 8.06 2.3674 3 1 0 6
40.09 1.73 2.2492 3 1 1 12
40.39 5.23 2.2334 3 0 2 12
41.82 10.54 2.1600 1 1 3 12
42.36 3.44 2.1339 4 0 0 6
43.20 2.01 2.0940 2 0 3 12
44.54 39.06 2.0342 2 2 2 12
45.86 3.33 1.9788 1 3 2 12
45.86 9.93 1.9788 3 1 2 12
46.37 1.55 1.9582 2 3 0 6
46.37 4.10 1.9582 3 2 0 6
47.16 17.46 1.9272 1 2 3 12
47.16 9.79 1.9272 2 1 3 12
48.15 13.11 1.8898 2 3 1 12
48.15 8.55 1.8898 3 2 1 12
48.90 8.32 1.8626 1 4 0 6
48.90 10.76 1.8626 4 1 0 6
49.65 17.68 1.8363 4 0 2 12
50.65 13.85 1.8024 0 0 4 2
54.19 1.37 1.6927 1 1 4 12
54.40 1.37 1.6865 1 3 3 12
55.33 1.11 1.6604 2 0 4 12
55.53 4.59 1.6548 1 4 2 12
55.98 1.43 1.6427 3 3 0 6
57.10 3.65 1.6131 4 2 0 6
57.54 3.40 1.6016 3 3 1 12
58.65 2.18 1.5742 4 2 1 12
58.67 2.56 1.5735 1 2 4 12
58.67 3.00 1.5735 2 1 4 12
59.96 3.77 1.5429 5 0 2 12
60.38 2.29 1.5331 1 5 0 6
60.84 12.38 1.5226 3 0 4 12
61.04 6.57 1.5181 2 3 3 12
61.04 1.32 1.5181 3 2 3 12
61.88 7.81 1.4995 1 5 1 12
61.88 2.29 1.4995 5 1 1 12
62.09 6.76 1.4948 3 3 2 12
66.25 1.26 1.4108 1 5 2 12
68.07 1.19 1.3774 3 4 1 12
68.09 1.91 1.3769 4 0 4 12
68.67 2.32 1.3668 2 5 0 6
70.07 1.24 1.3429 2 5 1 12
70.07 1.90 1.3429 5 2 1 12
70.28 2.12 1.3393 4 2 3 12
71.09 1.19 1.3262 3 2 4 12
71.26 5.23 1.3233 6 0 2 12
71.69 3.99 1.3164 1 2 5 12
71.69 2.04 1.3164 2 1 5 12
72.25 1.39 1.3077 3 4 2 12
72.25 2.16 1.3077 4 3 2 12
72.63 1.22 1.3017 1 6 0 6
73.05 6.84 1.2953 4 1 4 12
73.05 3.63 1.2953 1 4 4 12
73.24 4.16 1.2925 1 5 3 12
74.00 1.12 1.2810 1 6 1 12
74.20 2.29 1.2780 2 5 2 12
74.20 8.75 1.2780 5 2 2 12
77.47 1.56 1.2320 4 4 0 6
78.84 1.20 1.2141 3 3 4 12
79.01 1.33 1.2118 3 4 3 12
79.79 1.66 1.2020 2 4 4 12
79.79 2.23 1.2020 4 2 4 12
80.91 1.06 1.1881 2 5 3 12
80.91 1.21 1.1881 5 2 3 12
82.63 2.42 1.1678 1 5 4 12
82.66 5.61 1.1674 1 1 6 12
83.21 2.00 1.1611 2 3 5 12
83.21 1.56 1.1611 3 2 5 12
83.73 1.55 1.1551 7 0 2 12
85.98 1.14 1.1306 7 1 0 6
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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.