Holtite
Groat L A, Grew E S, Evans R J, Pieczka A, Ercit T S
Mineralogical Magazine 73 (2009) 1033-1050
The crystal chemistry of holtite
Sample: H2
Locality: Greenbushes tinfield, Bridgetown-Greenbushes Shire, Australia
_database_code_amcsd 0019926
CELL PARAMETERS: 4.6981 11.9260 20.4130 90.000 90.000 90.000
SPACE GROUP: Pnma
X-RAY WAVELENGTH: 1.541838
Cell Volume: 1143.731
Density (g/cm3): 3.586
MAX. ABS. INTENSITY / VOLUME**2: 6.624522477
RIR: 0.602
RIR based on corundum from Acta Crystallographica A38 (1982) 733-739
2-THETA INTENSITY D-SPACING H K L Multiplicity
8.59 100.00 10.2974 0 1 1 4
8.66 21.55 10.2065 0 0 2 2
14.86 16.98 5.9630 0 2 0 2
14.99 19.14 5.9101 0 1 3 4
17.22 46.37 5.1487 0 2 2 4
17.38 27.08 5.1033 0 0 4 2
20.78 13.66 4.2743 1 1 1 8
20.81 6.43 4.2677 1 0 2 4
22.12 4.57 4.0182 1 1 2 8
22.79 17.27 3.9020 0 3 1 4
22.94 16.73 3.8772 0 2 4 4
23.00 1.11 3.8661 1 0 3 4
23.03 18.41 3.8625 0 1 5 4
24.51 6.65 3.6315 1 2 1 8
25.67 43.86 3.4704 1 2 2 8
25.78 26.15 3.4564 1 0 4 4
25.96 14.72 3.4325 0 3 3 4
26.19 4.75 3.4022 0 0 6 2
26.86 14.99 3.3198 1 1 4 8
27.50 62.18 3.2439 1 2 3 8
28.97 39.76 3.0816 1 0 5 4
29.76 6.43 3.0017 1 3 1 8
29.88 3.63 2.9904 1 2 4 8
29.95 4.29 2.9836 1 1 5 8
29.97 18.62 2.9815 0 4 0 2
30.24 43.38 2.9550 0 2 6 4
30.74 48.11 2.9089 1 3 2 8
31.25 4.04 2.8619 0 4 2 4
31.41 8.99 2.8482 0 3 5 4
31.58 4.37 2.8327 0 1 7 4
32.30 2.46 2.7716 1 3 3 8
32.71 6.97 2.7377 1 2 5 8
33.37 20.82 2.6848 1 1 6 8
34.85 9.89 2.5743 0 4 4 4
35.17 4.39 2.5516 0 0 8 2
35.94 12.55 2.4984 1 4 1 8
36.26 10.04 2.4777 1 0 7 4
36.77 6.46 2.4441 1 4 2 8
36.91 11.07 2.4355 1 3 5 8
37.06 7.82 2.4259 1 1 7 8
37.98 8.45 2.3691 0 5 1 4
38.12 13.51 2.3610 1 4 3 8
38.28 8.34 2.3513 0 3 7 4
38.32 5.02 2.3491 2 0 0 2
38.37 8.20 2.3459 0 2 8 4
38.58 1.46 2.3336 2 0 1 4
39.34 1.66 2.2902 2 1 1 8
39.36 1.05 2.2892 2 0 2 4
39.93 7.65 2.2576 1 4 4 8
40.11 2.38 2.2482 2 1 2 8
40.22 1.33 2.2423 0 4 6 4
40.22 4.63 2.2423 1 0 8 4
40.48 1.37 2.2282 0 1 9 4
40.95 4.98 2.2036 1 1 8 8
41.31 4.43 2.1856 2 2 0 4
41.36 7.68 2.1829 2 1 3 8
41.56 1.17 2.1732 2 2 1 8
42.17 4.38 2.1428 1 4 5 8
42.75 23.27 2.1154 1 5 1 8
43.02 20.30 2.1027 1 3 7 8
43.06 4.56 2.1005 2 1 4 8
43.10 23.04 2.0988 1 2 8 8
43.46 4.14 2.0821 1 5 2 8
43.49 4.53 2.0809 2 2 3 8
44.50 3.10 2.0361 2 0 5 4
44.64 1.64 2.0300 1 5 3 8
44.82 9.23 2.0224 2 3 0 4
45.03 1.41 2.0132 1 1 9 8
45.05 4.67 2.0125 2 3 1 8
45.13 3.46 2.0091 2 2 4 8
45.18 5.82 2.0070 2 1 5 8
45.64 1.80 1.9877 0 6 0 2
45.74 11.01 1.9838 2 3 2 8
46.07 1.24 1.9700 0 3 9 4
46.24 2.44 1.9631 1 5 4 8
46.55 4.15 1.9510 0 6 2 4
46.86 2.50 1.9386 0 4 8 4
46.87 5.03 1.9385 2 3 3 8
47.01 1.15 1.9330 2 0 6 4
47.03 3.52 1.9323 1 2 9 8
47.05 2.04 1.9313 0 2 10 4
47.17 12.92 1.9268 2 2 5 8
47.66 9.59 1.9081 2 1 6 8
48.41 16.30 1.8801 2 3 4 8
49.27 6.29 1.8496 1 1 10 8
49.85 15.26 1.8294 2 0 7 4
50.03 3.55 1.8233 1 6 1 8
50.62 5.23 1.8034 1 5 6 8
50.66 1.42 1.8018 1 6 2 8
50.96 1.12 1.7920 1 4 8 8
51.14 1.01 1.7862 1 2 10 8
51.30 21.98 1.7808 2 4 3 8
51.71 3.82 1.7677 1 6 3 8
52.31 3.65 1.7489 2 2 7 8
52.65 3.72 1.7384 2 3 6 8
52.75 3.49 1.7352 2 4 4 8
53.31 1.12 1.7183 1 5 7 8
54.01 1.42 1.6978 0 7 1 4
54.48 4.30 1.6844 0 4 10 4
54.58 1.90 1.6815 0 3 11 4
54.58 7.99 1.6814 2 4 5 8
54.85 1.22 1.6737 2 5 0 4
55.05 5.01 1.6681 2 5 1 8
55.28 6.54 1.6618 2 3 7 8
55.35 6.71 1.6599 2 2 8 8
55.42 5.07 1.6579 1 2 11 8
56.31 6.95 1.6337 1 5 8 8
56.39 4.51 1.6317 2 0 9 4
56.63 3.57 1.6252 2 5 3 8
56.76 4.45 1.6220 2 4 6 8
56.96 2.73 1.6166 2 1 9 8
57.14 1.45 1.6120 1 6 6 8
57.99 4.72 1.5903 2 5 4 8
58.32 4.86 1.5823 1 7 2 8
58.72 8.93 1.5723 0 7 5 4
58.90 8.15 1.5681 0 6 8 4
59.27 1.26 1.5590 1 7 3 8
59.37 10.80 1.5568 0 1 13 4
59.59 1.61 1.5514 1 5 9 8
59.63 6.52 1.5504 1 6 7 8
59.87 1.37 1.5449 1 2 12 8
60.60 3.38 1.5281 2 1 10 8
61.26 4.83 1.5132 2 6 1 8
61.42 1.20 1.5095 2 3 9 8
61.77 3.96 1.5018 2 5 6 8
62.08 1.88 1.4952 2 4 8 8
62.23 1.17 1.4918 2 2 10 8
62.28 8.61 1.4907 0 8 0 2
62.35 4.09 1.4893 1 0 13 4
62.60 4.97 1.4839 1 3 12 8
62.74 4.31 1.4810 2 6 3 8
62.90 14.54 1.4775 0 4 12 4
63.13 6.88 1.4727 1 5 10 8
63.93 1.07 1.4562 2 0 11 4
64.07 6.26 1.4534 3 3 1 8
64.13 6.56 1.4521 3 2 4 8
64.17 6.85 1.4513 3 1 5 8
64.28 2.96 1.4491 1 7 6 8
64.90 7.31 1.4367 2 3 10 8
65.18 8.44 1.4313 2 4 9 8
65.20 1.58 1.4309 0 8 4 4
65.64 2.67 1.4223 2 6 5 8
65.89 1.15 1.4175 1 8 1 8
65.95 1.15 1.4163 0 2 14 4
66.05 7.46 1.4146 2 2 11 8
66.62 1.72 1.4038 1 7 7 8
66.85 4.89 1.3995 2 5 8 8
67.23 1.14 1.3925 1 0 14 4
67.32 1.49 1.3909 1 8 3 8
67.94 2.17 1.3797 3 0 7 4
68.27 1.51 1.3738 3 4 2 8
68.36 2.17 1.3723 3 3 5 8
68.55 1.90 1.3688 2 4 10 8
68.67 6.33 1.3667 2 7 2 8
68.75 2.37 1.3654 0 8 6 4
68.93 2.91 1.3622 0 7 9 4
69.15 2.82 1.3585 3 4 3 8
69.52 1.39 1.3521 0 1 15 4
70.12 1.41 1.3420 1 8 5 8
70.37 17.41 1.3379 3 4 4 8
70.56 8.47 1.3347 3 0 8 4
72.00 2.15 1.3115 0 5 13 4
72.11 1.36 1.3098 0 4 14 4
72.20 4.56 1.3084 2 4 11 8
72.28 4.94 1.3071 1 0 15 4
72.32 1.66 1.3066 2 7 5 8
72.47 1.39 1.3042 2 6 8 8
72.53 1.08 1.3032 1 6 11 8
72.58 1.10 1.3025 3 2 8 8
72.89 1.70 1.2977 2 1 13 8
73.12 2.03 1.2943 2 5 10 8
74.25 6.15 1.2774 1 8 7 8
74.28 4.76 1.2768 1 2 15 8
74.39 1.46 1.2752 2 2 13 8
75.44 4.92 1.2601 1 7 10 8
75.71 1.74 1.2563 2 8 1 8
76.11 1.18 1.2507 2 4 12 8
76.40 2.25 1.2466 3 5 5 8
77.05 1.99 1.2377 2 8 3 8
77.08 2.25 1.2373 1 9 4 8
80.41 1.77 1.1942 1 9 6 8
80.54 2.90 1.1926 0 10 0 2
81.21 2.23 1.1845 0 10 2 4
81.42 5.31 1.1820 0 5 15 4
81.95 2.51 1.1757 0 6 14 4
82.03 1.34 1.1747 2 6 11 8
82.05 1.40 1.1745 4 0 0 2
82.18 1.43 1.1729 0 4 16 4
82.69 2.26 1.1670 4 1 1 8
82.71 1.48 1.1668 4 0 2 4
83.19 2.17 1.1613 4 1 2 8
83.72 3.21 1.1552 2 2 15 8
84.14 1.15 1.1506 4 2 1 8
84.85 3.14 1.1428 2 7 10 8
85.68 1.41 1.1338 3 5 9 8
86.44 1.98 1.1257 2 9 4 8
86.64 1.53 1.1237 4 1 5 8
87.36 1.28 1.1162 2 1 16 8
89.00 1.42 1.0999 4 3 4 8
89.05 1.21 1.0994 2 5 14 8
89.72 2.37 1.0930 2 9 6 8
89.80 1.29 1.0921 1 6 15 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.