Nastrophite
Baturin S V, Malinovskii Y A, Belov N V
Soviet Physics Doklady 26 (1981) 1023-1026
The crystal structure of nastrophite Na(Sr,Ba)[PO4]*9H2O
_database_code_amcsd 0015610
CELL PARAMETERS: 10.5590 10.5590 10.5590 90.000 90.000 90.000
SPACE GROUP: P2_13
X-RAY WAVELENGTH: 1.541838
Cell Volume: 1177.249
Density (g/cm3): 2.075
MAX. ABS. INTENSITY / VOLUME**2: 10.45151689
RIR: 1.640
RIR based on corundum from Acta Crystallographica A38 (1982) 733-739
2-THETA INTENSITY D-SPACING H K L Multiplicity
11.85 10.45 7.4663 1 1 0 12
14.53 20.79 6.0962 1 1 1 4
16.79 53.49 5.2795 2 0 0 6
18.79 85.19 4.7221 2 0 1 12
18.79 6.17 4.7221 2 1 0 12
20.60 17.25 4.3107 2 1 1 12
23.84 24.89 3.7332 2 2 0 12
25.30 32.60 3.5197 2 2 1 12
26.70 3.48 3.3390 3 1 0 12
28.03 23.27 3.1837 3 1 1 12
29.30 8.39 3.0481 2 2 2 4
30.53 2.96 2.9285 3 0 2 12
30.53 3.18 2.9285 3 2 0 12
31.71 22.15 2.8220 3 2 1 12
31.71 4.96 2.8220 3 1 2 12
33.96 6.52 2.6398 4 0 0 6
35.04 47.57 2.5609 4 0 1 12
35.04 36.66 2.5609 4 1 0 12
35.04 15.77 2.5609 3 2 2 12
36.09 17.07 2.4888 3 3 0 12
37.11 13.83 2.4224 3 3 1 12
38.11 4.45 2.3611 4 0 2 12
39.09 18.66 2.3042 4 2 1 12
39.09 4.45 2.3042 4 1 2 12
40.05 9.47 2.2512 3 3 2 12
41.92 5.48 2.1553 4 2 2 12
42.82 4.10 2.1118 4 3 0 12
43.71 1.61 2.0708 5 0 1 12
43.71 10.03 2.0708 5 1 0 12
43.71 13.80 2.0708 4 3 1 12
43.71 11.51 2.0708 4 1 3 12
44.59 1.97 2.0321 5 1 1 12
44.59 5.20 2.0321 3 3 3 4
46.30 7.54 1.9608 5 0 2 12
46.30 1.97 1.9608 5 2 0 12
46.30 6.58 1.9608 4 3 2 12
46.30 10.16 1.9608 4 2 3 12
47.14 10.52 1.9278 5 2 1 12
47.14 9.91 1.9278 5 1 2 12
49.60 1.68 1.8381 4 4 1 12
50.39 2.17 1.8109 5 3 0 12
50.39 8.33 1.8109 4 3 3 12
51.18 1.90 1.7848 5 3 1 12
51.96 4.42 1.7598 4 4 2 12
51.96 1.05 1.7598 6 0 0 6
52.73 4.13 1.7359 6 0 1 12
53.50 5.29 1.7129 5 3 2 12
53.50 3.52 1.7129 5 2 3 12
55.00 2.03 1.6695 6 0 2 12
55.00 1.12 1.6695 6 2 0 12
55.74 1.58 1.6490 4 4 3 12
55.74 3.52 1.6490 6 2 1 12
55.74 2.31 1.6490 6 1 2 12
56.48 15.54 1.6293 5 4 1 12
56.48 2.45 1.6293 5 1 4 12
57.21 5.00 1.6102 5 3 3 12
58.65 1.10 1.5740 5 4 2 12
58.65 2.83 1.5740 5 2 4 12
58.65 1.54 1.5740 6 3 0 12
59.36 4.40 1.5568 6 1 3 12
61.47 1.26 1.5084 6 3 2 12
62.16 1.22 1.4933 7 1 0 12
64.22 2.01 1.4504 7 0 2 12
64.22 3.10 1.4504 6 1 4 12
64.89 1.93 1.4369 7 1 2 12
64.89 2.52 1.4369 6 3 3 12
66.24 1.21 1.4110 6 4 2 12
66.90 1.90 1.3986 7 2 2 12
67.56 1.29 1.3865 7 0 3 12
68.22 5.80 1.3747 5 5 3 12
69.53 2.25 1.3519 6 5 0 12
70.18 1.81 1.3410 6 1 5 12
70.18 2.77 1.3410 7 3 2 12
71.48 1.92 1.3199 8 0 0 6
72.12 1.55 1.3097 7 0 4 12
72.12 2.04 1.3097 7 4 0 12
72.12 2.74 1.3097 6 5 2 12
72.76 1.53 1.2997 7 4 1 12
74.04 1.60 1.2805 8 0 2 12
74.04 1.88 1.2805 6 4 4 12
74.67 2.79 1.2712 7 4 2 12
74.67 2.46 1.2712 8 1 2 12
75.30 1.74 1.2620 6 3 5 12
76.56 2.05 1.2444 8 2 2 12
77.81 2.17 1.2275 7 3 4 12
78.44 1.31 1.2192 5 5 5 4
79.06 1.07 1.2112 6 6 2 12
80.30 2.78 1.1956 7 5 2 12
82.16 2.64 1.1732 8 1 4 12
83.39 1.03 1.1590 9 1 1 12
83.39 1.43 1.1590 7 3 5 12
84.00 1.08 1.1521 8 2 4 12
86.46 1.07 1.1256 6 6 4 12
87.07 1.21 1.1193 7 6 2 12
87.07 1.13 1.1193 9 2 2 12
87.68 1.98 1.1130 7 5 4 12
87.68 1.00 1.1130 8 5 1 12
88.29 1.01 1.1069 9 3 1 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.