Lanthanite-(La)
Shinn D B, Eick H A
Inorganic Chemistry 7 (1968) 1340-1345
The crystal structure of lanthanum carbonate octahydrate
Locality: synthetic
_database_code_amcsd 0012677
CELL PARAMETERS: 8.9840 9.5800 17.0000 90.000 90.000 90.000
SPACE GROUP: Pccn
X-RAY WAVELENGTH: 1.541838
Cell Volume: 1463.134
Density (g/cm3): 2.811
MAX. ABS. INTENSITY / VOLUME**2: 54.18277462
RIR: 6.276
RIR based on corundum from Acta Crystallographica A38 (1982) 733-739
2-THETA INTENSITY D-SPACING H K L Multiplicity
10.41 100.00 8.5000 0 0 2 2
13.93 1.17 6.3581 0 1 2 4
14.34 1.66 6.1744 1 0 2 4
18.52 21.98 4.7900 0 2 0 2
19.76 19.36 4.4920 2 0 0 2
20.90 8.83 4.2500 0 0 4 2
21.29 14.78 4.1730 0 2 2 4
22.39 12.71 3.9715 2 0 2 4
22.89 2.78 3.8849 0 1 4 4
23.15 3.72 3.8418 1 0 4 4
24.97 1.14 3.5658 1 1 4 8
27.22 20.87 3.2766 2 2 0 4
28.07 4.02 3.1791 0 2 4 4
28.92 3.06 3.0872 2 0 4 4
29.21 23.83 3.0573 2 2 2 8
29.60 6.30 3.0180 1 1 5 8
29.81 1.54 2.9970 1 2 4 8
30.16 1.10 2.9629 1 3 1 8
30.42 2.51 2.9384 2 1 4 8
31.58 3.58 2.8333 0 0 6 2
32.97 2.93 2.7170 0 1 6 4
33.15 4.59 2.7021 1 0 6 4
34.49 1.58 2.6007 1 1 6 8
34.57 13.41 2.5949 2 2 4 8
35.15 1.57 2.5530 0 3 4 4
36.71 2.53 2.4480 3 0 4 4
36.86 3.54 2.4386 0 2 6 4
37.53 1.75 2.3964 2 0 6 4
38.73 1.59 2.3248 2 1 6 8
39.07 6.55 2.3052 0 4 2 4
40.15 2.12 2.2460 4 0 0 2
40.39 1.14 2.2329 1 4 2 8
40.65 2.80 2.2196 2 3 4 8
41.42 2.02 2.1798 3 2 4 8
41.59 8.65 2.1715 4 0 2 4
42.16 4.47 2.1432 2 2 6 8
42.54 1.80 2.1250 0 0 8 2
42.66 1.80 2.1194 0 3 6 4
42.79 6.33 2.1134 2 4 0 4
43.37 4.56 2.0865 0 4 4 4
43.63 2.73 2.0746 0 1 8 4
43.78 2.33 2.0679 1 0 8 4
43.89 1.39 2.0627 1 3 6 8
44.00 2.19 2.0581 3 0 6 4
44.16 10.27 2.0509 2 4 2 8
44.45 1.02 2.0382 3 3 3 8
44.56 3.49 2.0335 4 2 0 4
44.58 3.18 2.0324 1 4 4 8
44.84 4.05 2.0214 1 1 8 8
45.05 2.04 2.0122 3 1 6 8
45.69 4.90 1.9858 4 0 4 4
45.88 5.81 1.9777 4 2 2 8
46.72 1.91 1.9444 4 1 4 8
46.77 1.32 1.9424 0 2 8 4
47.43 2.47 1.9167 2 3 6 8
47.91 1.81 1.8986 1 2 8 8
48.08 8.07 1.8923 2 4 4 8
48.12 2.06 1.8910 3 2 6 8
48.32 2.09 1.8834 2 1 8 8
49.70 5.29 1.8344 4 2 4 8
50.95 1.09 1.7923 1 4 6 8
51.24 1.37 1.7829 2 2 8 8
51.95 1.29 1.7601 4 0 6 4
54.14 2.31 1.6940 2 4 6 8
55.63 1.39 1.6521 4 2 6 8
55.85 1.06 1.6460 2 3 8 8
55.87 1.51 1.6455 1 1 10 8
56.14 2.56 1.6383 4 4 0 4
57.27 1.70 1.6087 4 4 2 8
58.85 1.11 1.5692 0 6 2 4
59.01 1.02 1.5652 1 4 8 8
60.57 1.54 1.5287 4 4 4 8
61.65 1.45 1.5045 2 6 0 4
62.10 1.55 1.4947 0 6 4 4
62.72 2.06 1.4814 2 6 2 8
62.78 1.96 1.4801 1 3 10 8
63.69 1.43 1.4611 3 1 10 8
65.29 1.58 1.4291 6 2 0 4
65.86 1.50 1.4182 2 6 4 8
66.32 2.25 1.4094 6 2 2 8
67.66 1.17 1.3847 1 1 12 8
69.38 1.42 1.3546 6 2 4 8
70.15 1.01 1.3416 3 3 10 8
70.93 1.01 1.3288 2 6 6 8
72.66 1.32 1.3013 4 6 0 4
73.64 1.51 1.2864 4 6 2 8
73.95 1.66 1.2817 1 3 12 8
74.77 1.10 1.2696 6 4 0 4
74.80 1.67 1.2693 3 1 12 8
75.75 1.56 1.2557 6 4 2 8
80.43 1.39 1.1940 1 1 14 8
80.87 1.12 1.1886 3 3 12 8
86.03 1.17 1.1301 1 5 12 8
87.23 1.05 1.1176 3 1 14 8
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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.