Holtite
Zubkova N V, Pushcharovskii D Y, Kabalov Y K, Kazantsev S S, Voloshin A V
Crystallography Reports 51 (2006) 16-22
Crystal structure of holtite II
Locality: Kola Peninsula, Russia
_database_code_amcsd 0019758
CELL PARAMETERS: 4.6893 11.8810 20.3940 90.000 90.000 90.000
SPACE GROUP: Pnma
X-RAY WAVELENGTH: 1.541838
Cell Volume: 1136.223
Density (g/cm3): 3.991
MAX. ABS. INTENSITY / VOLUME**2: 12.04783239
RIR: 0.983
RIR based on corundum from Acta Crystallographica A38 (1982) 733-739
2-THETA INTENSITY D-SPACING H K L Multiplicity
8.61 100.00 10.2660 0 1 1 4
8.67 29.58 10.1970 0 0 2 2
14.91 19.44 5.9405 0 2 0 2
15.01 20.27 5.9004 0 1 3 4
17.28 17.55 5.1330 0 2 2 4
17.39 8.30 5.0985 0 0 4 2
20.83 7.36 4.2654 1 1 1 8
20.85 1.17 4.2604 1 0 2 4
22.17 3.01 4.0104 1 1 2 8
22.87 3.50 3.8877 0 3 1 4
22.99 5.69 3.8689 0 2 4 4
23.05 6.48 3.8578 0 1 5 4
24.58 7.78 3.6222 1 2 1 8
25.73 42.22 3.4621 1 2 2 8
25.81 25.96 3.4514 1 0 4 4
26.04 8.80 3.4220 0 3 3 4
26.90 9.97 3.3144 1 1 4 8
27.56 47.43 3.2367 1 2 3 8
29.01 33.46 3.0775 1 0 5 4
29.85 8.27 2.9929 1 3 1 8
29.94 5.30 2.9843 1 2 4 8
29.99 5.76 2.9792 1 1 5 8
30.09 12.77 2.9702 0 4 0 2
30.30 38.45 2.9502 0 2 6 4
30.83 41.69 2.9007 1 3 2 8
31.37 4.19 2.8517 0 4 2 4
31.49 6.79 2.8413 0 3 5 4
31.62 3.71 2.8296 0 1 7 4
32.39 7.27 2.7642 1 3 3 8
32.54 2.22 2.7521 1 0 6 4
32.77 4.81 2.7326 1 2 5 8
33.42 22.22 2.6811 1 1 6 8
34.47 1.36 2.6020 1 3 4 8
34.96 7.10 2.5665 0 4 4 4
35.20 4.09 2.5492 0 0 8 2
36.06 9.29 2.4905 1 4 1 8
36.30 3.51 2.4747 1 0 7 4
36.89 3.14 2.4366 1 4 2 8
36.99 7.78 2.4301 1 3 5 8
37.11 4.75 2.4227 1 1 7 8
38.13 12.11 2.3602 0 5 1 4
38.23 6.21 2.3540 1 4 3 8
38.36 17.86 2.3468 0 3 7 4
38.39 3.75 2.3447 2 0 0 2
38.43 12.41 2.3427 0 2 8 4
38.65 3.46 2.3293 2 0 1 4
39.42 2.02 2.2858 2 1 1 8
39.45 1.41 2.2844 1 2 7 8
40.05 6.29 2.2514 1 4 4 8
40.19 1.07 2.2439 2 1 2 8
40.27 5.10 2.2397 1 0 8 4
40.53 2.02 2.2259 0 1 9 4
41.01 3.82 2.2009 1 1 8 8
41.40 1.88 2.1809 2 2 0 4
41.44 3.18 2.1789 2 1 3 8
41.65 2.05 2.1686 2 2 1 8
42.29 3.67 2.1372 1 4 5 8
42.90 11.32 2.1082 1 5 1 8
43.10 11.11 2.0987 1 3 7 8
43.14 4.65 2.0968 2 1 4 8
43.17 13.45 2.0957 1 2 8 8
43.58 3.80 2.0767 2 2 3 8
43.61 3.90 2.0752 1 5 2 8
44.57 3.86 2.0327 2 0 5 4
44.79 2.77 2.0235 1 5 3 8
44.93 7.83 2.0176 2 3 0 4
45.09 3.69 2.0108 1 1 9 8
45.16 3.79 2.0078 2 3 1 8
45.22 2.54 2.0052 2 2 4 8
45.26 3.82 2.0036 2 1 5 8
45.82 2.53 1.9802 0 6 0 2
45.85 9.60 1.9792 2 3 2 8
46.15 2.58 1.9668 0 3 9 4
46.59 1.46 1.9495 1 3 8 8
46.73 3.50 1.9439 0 6 2 4
46.97 2.96 1.9345 0 4 8 4
46.98 4.70 1.9342 2 3 3 8
47.10 2.52 1.9296 1 2 9 8
47.11 1.07 1.9289 0 2 10 4
47.26 6.77 1.9233 2 2 5 8
47.74 6.76 1.9050 2 1 6 8
47.84 1.05 1.9013 1 4 7 8
48.53 10.50 1.8760 2 3 4 8
49.33 1.04 1.8474 1 1 10 8
49.93 11.31 1.8266 2 0 7 4
50.21 3.76 1.8169 1 6 1 8
51.44 11.39 1.7764 2 4 3 8
51.90 1.07 1.7619 1 6 3 8
52.41 5.99 1.7459 2 2 7 8
52.76 4.98 1.7350 2 3 6 8
52.89 1.73 1.7310 2 4 4 8
54.59 1.76 1.6813 0 4 10 4
54.72 4.68 1.6775 2 4 5 8
55.02 2.43 1.6690 2 5 0 4
55.16 1.51 1.6652 1 6 5 8
55.22 3.04 1.6634 2 5 1 8
55.39 3.80 1.6587 2 3 7 8
55.45 5.38 1.6572 2 2 8 8
55.50 3.60 1.6558 1 2 11 8
55.82 1.63 1.6470 2 5 2 8
55.83 1.02 1.6467 0 7 3 4
56.46 3.95 1.6298 1 5 8 8
56.48 2.66 1.6294 2 0 9 4
56.80 2.91 1.6208 2 5 3 8
56.90 3.11 1.6184 2 4 6 8
57.05 2.16 1.6143 2 1 9 8
57.32 2.02 1.6073 1 6 6 8
57.70 1.06 1.5978 1 0 12 4
58.16 3.19 1.5861 2 5 4 8
58.54 3.07 1.5768 1 7 2 8
58.94 5.03 1.5670 0 7 5 4
59.07 3.86 1.5638 0 6 8 4
59.43 6.43 1.5553 0 1 13 4
59.49 1.33 1.5537 1 7 3 8
59.74 2.34 1.5480 1 5 9 8
59.82 4.54 1.5461 1 6 7 8
59.95 1.53 1.5430 1 2 12 8
60.69 2.58 1.5260 2 1 10 8
61.46 1.02 1.5087 2 6 1 8
61.94 4.07 1.4981 2 5 6 8
62.07 1.15 1.4953 3 2 2 8
62.42 2.28 1.4877 1 0 13 4
62.54 2.90 1.4851 0 8 0 2
62.70 6.09 1.4818 1 3 12 8
62.94 2.07 1.4767 2 6 3 8
63.02 5.75 1.4751 0 4 12 4
63.28 6.96 1.4696 1 5 10 8
64.02 1.11 1.4543 2 0 11 4
64.22 4.13 1.4503 3 3 1 8
64.27 5.30 1.4493 3 2 4 8
64.30 4.25 1.4487 3 1 5 8
64.50 2.13 1.4446 1 7 6 8
64.58 2.40 1.4432 1 2 13 8
65.03 3.83 1.4343 2 3 10 8
65.32 4.06 1.4286 2 4 9 8
65.85 3.09 1.4184 2 6 5 8
66.15 5.31 1.4126 2 2 11 8
66.16 1.28 1.4124 1 8 1 8
66.84 1.39 1.3997 1 7 7 8
66.92 1.03 1.3982 3 3 4 8
67.02 3.77 1.3963 2 5 8 8
67.07 1.18 1.3955 1 5 11 8
67.59 2.33 1.3861 1 8 3 8
68.07 1.13 1.3774 3 0 7 4
68.51 2.00 1.3695 3 3 5 8
68.70 1.36 1.3663 2 4 10 8
68.92 4.45 1.3625 2 7 2 8
69.01 2.19 1.3609 0 8 6 4
69.15 3.07 1.3585 0 7 9 4
69.33 1.56 1.3555 3 4 3 8
69.60 2.36 1.3508 0 1 15 4
70.55 9.15 1.3350 3 4 4 8
70.69 5.42 1.3325 3 0 8 4
72.15 1.65 1.3092 0 5 13 4
72.35 1.05 1.3061 2 4 11 8
72.37 2.87 1.3058 1 0 15 4
73.29 1.72 1.2916 2 5 10 8
74.38 2.44 1.2754 1 2 15 8
74.51 1.34 1.2735 2 2 13 8
74.51 2.63 1.2734 1 8 7 8
75.67 2.19 1.2569 1 7 10 8
76.61 2.16 1.2437 3 5 5 8
76.84 1.57 1.2406 3 0 10 4
77.34 1.32 1.2338 2 8 3 8
80.91 2.02 1.1881 0 10 0 2
81.58 1.99 1.1801 0 10 2 4
81.58 5.44 1.1801 0 5 15 4
82.14 2.95 1.1734 0 6 14 4
82.23 1.13 1.1723 4 0 0 2
82.89 1.31 1.1648 4 1 1 8
82.89 1.15 1.1647 4 0 2 4
83.38 1.22 1.1591 4 1 2 8
83.85 1.92 1.1538 2 2 15 8
85.10 1.33 1.1400 2 7 10 8
86.79 1.35 1.1221 2 9 4 8
89.22 1.05 1.0977 4 3 4 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.