Li3Na3P6O18(H2O)12
Averbuch-Pouchot M
Zeitschrift fur Anorganische und Allgemeine Chemie 574 (1989) 225-234
On the existence of two new mixed-alkali cyclohexaphosphates Li3Na3P6O18(H2O)12
and Li3K3P6O18(H2O)
_cod_database_code 1008848
_database_code_amcsd 0016714
CELL PARAMETERS: 10.4740 10.4740 41.6800 90.000 90.000 120.000
SPACE GROUP: R-3c
X-RAY WAVELENGTH: 1.541838
Cell Volume: 3959.892
Density (g/cm3): 1.962
MAX. ABS. INTENSITY / VOLUME**2: 5.429046501
RIR: 0.901
RIR based on corundum from Acta Crystallographica A38 (1982) 733-739
2-THETA INTENSITY D-SPACING H K L Multiplicity
10.64 38.42 8.3171 0 1 2 6
12.74 74.41 6.9467 0 0 6 2
12.94 9.86 6.8416 1 0 4 6
16.93 2.98 5.2370 1 1 0 6
18.10 2.16 4.9004 1 1 3 12
19.65 42.08 4.5178 0 1 8 6
20.04 100.00 4.4316 2 0 2 6
21.25 22.43 4.1818 1 1 6 12
21.37 8.03 4.1585 0 2 4 6
23.49 4.14 3.7873 1 0 10 6
25.65 9.62 3.4733 0 0 12 2
25.68 14.94 3.4692 1 1 9 12
26.05 59.30 3.4208 2 0 8 6
26.08 6.56 3.4169 2 1 1 12
26.35 9.20 3.3829 1 2 2 12
27.39 24.17 3.2567 2 1 4 12
29.10 3.44 3.0689 0 2 10 6
29.54 10.02 3.0236 3 0 0 6
30.08 30.27 2.9711 2 1 7 12
31.23 76.99 2.8640 1 2 8 12
31.63 7.25 2.8287 0 1 14 6
32.29 3.86 2.7724 0 3 6 6
33.85 10.48 2.6478 2 1 10 12
34.24 3.70 2.6185 2 2 0 6
34.87 8.81 2.5732 2 2 3 12
35.31 3.43 2.5422 1 2 11 12
35.76 29.96 2.5112 1 3 1 12
35.87 5.43 2.5038 1 0 16 6
35.96 8.56 2.4976 3 1 2 12
36.09 13.36 2.4888 2 0 14 6
36.61 4.72 2.4546 1 1 15 12
36.68 5.80 2.4502 2 2 6 12
38.44 4.56 2.3417 2 1 13 12
39.52 11.82 2.2805 3 0 12 6
39.54 1.02 2.2794 2 2 9 12
39.91 7.88 2.2589 0 2 16 6
39.99 1.57 2.2544 0 4 2 6
40.11 2.07 2.2479 1 2 14 12
40.72 2.56 2.2158 4 0 4 6
41.95 13.43 2.1538 1 3 10 12
42.69 3.04 2.1178 1 1 18 12
43.53 5.59 2.0793 0 4 8 6
43.55 4.27 2.0784 3 2 1 12
43.64 8.91 2.0742 2 1 16 12
43.72 1.83 2.0707 2 3 2 12
44.39 2.28 2.0407 3 2 4 12
44.89 6.20 2.0190 2 3 5 12
45.48 2.57 1.9943 1 2 17 12
45.84 10.10 1.9794 4 1 0 12
45.85 4.72 1.9792 1 3 13 12
46.33 2.72 1.9596 1 4 3 12
47.02 3.56 1.9325 2 3 8 12
47.72 3.75 1.9057 2 2 15 12
47.78 1.86 1.9036 1 4 6 12
47.78 1.79 1.9036 4 1 6 12
48.05 4.35 1.8937 2 0 20 6
49.59 9.03 1.8384 3 0 18 6
50.12 1.15 1.8201 4 1 9 12
50.60 3.65 1.8040 0 4 14 6
51.30 1.00 1.7808 1 2 20 12
52.33 3.49 1.7482 0 2 22 6
52.41 1.56 1.7457 3 3 0 6
52.71 1.33 1.7367 0 0 24 2
52.77 1.09 1.7346 2 2 18 12
53.48 2.05 1.7133 5 0 8 6
53.58 8.43 1.7104 4 0 16 6
53.65 6.88 1.7084 4 2 2 12
53.74 1.21 1.7056 2 3 14 12
54.23 1.65 1.6915 2 4 4 12
55.41 1.36 1.6582 2 1 22 12
56.32 1.62 1.6335 3 3 9 12
56.52 1.56 1.6283 4 2 8 12
57.13 3.25 1.6122 4 1 15 12
57.23 2.37 1.6096 5 1 4 12
57.65 1.71 1.5989 1 5 5 12
58.46 1.96 1.5786 0 1 26 6
58.76 3.55 1.5714 5 1 7 12
59.16 1.57 1.5618 4 2 11 12
61.34 3.71 1.5114 2 0 26 6
61.41 1.35 1.5097 3 2 19 12
61.64 1.56 1.5046 1 4 18 12
62.44 5.62 1.4874 3 4 2 12
62.87 6.07 1.4782 3 3 15 12
62.92 3.42 1.4772 6 0 6 6
62.97 1.29 1.4762 4 3 4 12
63.31 1.31 1.4689 1 0 28 6
63.36 1.56 1.4679 3 4 5 12
64.04 1.53 1.4539 4 0 22 6
64.12 1.93 1.4524 5 1 13 12
64.13 2.58 1.4522 1 2 26 12
64.41 1.33 1.4465 4 3 7 12
64.51 3.65 1.4446 2 5 3 12
66.06 2.94 1.4143 0 2 28 6
66.61 1.76 1.4041 4 3 10 12
67.41 1.48 1.3893 0 0 30 2
68.80 1.69 1.3646 6 1 5 12
69.52 5.43 1.3521 4 3 13 12
70.43 1.79 1.3370 6 1 8 12
71.92 1.39 1.3129 1 6 10 12
72.05 2.51 1.3108 3 3 21 12
72.23 1.50 1.3079 5 1 19 12
72.39 1.92 1.3054 4 1 24 12
72.78 1.03 1.2994 6 1 11 12
73.58 1.35 1.2872 5 2 15 12
74.47 1.86 1.2741 3 4 17 12
74.75 1.96 1.2699 2 3 26 12
75.01 1.09 1.2662 3 5 7 12
75.03 1.23 1.2659 0 6 18 6
77.07 1.12 1.2374 3 5 10 12
77.54 1.22 1.2312 3 3 24 12
78.25 1.51 1.2217 1 6 16 12
78.57 1.31 1.2176 1 2 32 12
78.59 1.96 1.2173 4 1 27 12
78.78 1.31 1.2148 1 0 34 6
79.03 1.30 1.2115 1 5 23 12
82.43 1.22 1.1701 1 6 19 12
84.06 2.13 1.1515 3 4 23 12
87.83 1.67 1.1115 4 3 25 12
88.78 1.72 1.1020 1 3 34 12
================================================================================
XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs
For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.