Veatchite
Grice J D, Pring A
American Mineralogist 97 (2012) 489-495
Veatchite: structural relationships of the three polytypes
Note: high-T polytype veatchite-1M, formally known as veatchite-p
Locality: Konigshall-Hindenburg potash-salt mine, Reyershausen, Germany
_database_code_amcsd 0018911
CELL PARAMETERS: 6.7127 20.7040 6.6276 90.000 119.209 90.000
SPACE GROUP: P2_1
X-RAY WAVELENGTH: 1.541838
Cell Volume: 803.980
Density (g/cm3): 2.639
MAX. ABS. INTENSITY / VOLUME**2: 20.50336407
RIR: 2.530
RIR based on corundum from Acta Crystallographica A38 (1982) 733-739
2-THETA INTENSITY D-SPACING H K L Multiplicity
8.54 100.00 10.3520 0 2 0 1
15.72 8.58 5.6377 1 1 0 2
15.91 2.90 5.5715 0 1 1 2
15.99 1.12 5.5428 -1 1 1 2
17.13 1.12 5.1760 0 4 0 1
17.39 6.31 5.0991 1 2 0 2
17.56 1.30 5.0499 0 2 1 2
20.03 1.56 4.4334 0 3 1 2
20.09 2.64 4.4189 -1 3 1 2
22.93 1.96 3.8791 1 4 0 2
23.06 5.15 3.8573 0 4 1 2
23.12 4.93 3.8478 -1 4 1 2
25.82 16.39 3.4507 0 6 0 1
26.36 1.13 3.3816 1 5 0 2
26.41 6.92 3.3747 1 0 1 2
26.47 2.65 3.3671 0 5 1 2
26.52 2.60 3.3607 -1 5 1 2
26.56 4.29 3.3556 -2 0 1 2
26.77 3.72 3.3308 1 1 1 2
26.91 32.82 3.3137 -1 0 2 2
26.92 3.97 3.3124 -2 1 1 2
27.25 2.00 3.2721 -1 1 2 2
27.81 4.13 3.2085 1 2 1 2
27.95 4.32 3.1921 -2 2 1 2
29.60 3.21 3.0178 -2 3 1 2
30.05 2.57 2.9733 1 6 0 2
30.16 4.86 2.9635 0 6 1 2
30.20 2.46 2.9592 -1 6 1 2
30.51 1.70 2.9296 2 0 0 2
30.83 1.29 2.9007 2 1 0 2
31.22 6.41 2.8646 0 1 2 2
31.40 9.00 2.8490 -2 1 2 2
31.74 1.83 2.8189 2 2 0 2
32.13 2.55 2.7857 0 2 2 2
32.30 2.48 2.7714 -2 2 2 2
33.22 2.68 2.6967 2 3 0 2
34.04 1.48 2.6335 0 7 1 2
34.08 1.07 2.6304 -1 7 1 2
34.28 2.14 2.6160 1 5 1 2
34.66 22.79 2.5880 0 8 0 1
35.20 1.06 2.5495 2 4 0 2
35.56 2.38 2.5249 0 4 2 2
35.71 1.84 2.5142 -2 4 2 2
37.27 1.44 2.4127 1 6 1 2
37.61 7.51 2.3916 2 5 0 2
38.01 1.21 2.3673 1 8 0 2
40.66 1.54 2.2188 -2 7 1 2
40.70 1.67 2.2167 0 6 2 2
40.84 1.83 2.2094 -2 6 2 2
41.00 6.38 2.2015 2 1 1 2
41.17 1.30 2.1927 -3 1 1 2
41.26 1.49 2.1878 -3 0 2 2
41.51 1.59 2.1757 -3 1 2 2
41.79 5.19 2.1616 -1 1 3 2
42.20 1.88 2.1413 1 9 0 2
42.22 1.72 2.1405 -3 2 2 2
42.50 2.69 2.1271 -1 2 3 2
43.12 1.24 2.0977 1 3 2 2
43.39 5.55 2.0855 -3 3 2 2
43.48 1.10 2.0814 2 7 0 2
43.66 1.59 2.0731 -1 3 3 2
43.72 4.69 2.0704 0 10 0 1
43.76 1.04 2.0686 -2 3 3 2
43.91 1.42 2.0621 -2 7 2 2
44.10 2.29 2.0536 1 8 1 2
44.20 1.56 2.0493 -2 8 1 2
44.42 3.17 2.0397 -1 8 2 2
44.51 8.94 2.0357 2 4 1 2
44.67 2.98 2.0287 -3 4 1 2
45.25 4.61 2.0040 -1 4 3 2
45.35 1.18 1.9999 -2 4 3 2
46.72 2.40 1.9441 1 5 2 2
46.97 8.73 1.9344 -3 5 2 2
47.23 1.65 1.9245 -1 5 3 2
47.32 1.40 1.9209 -2 5 3 2
48.87 3.11 1.8635 2 6 1 2
49.57 2.73 1.8391 -1 6 3 2
50.70 1.30 1.8004 0 9 2 2
50.82 2.34 1.7965 -2 9 2 2
51.56 1.79 1.7725 2 7 1 2
51.81 1.17 1.7648 1 10 1 2
52.09 2.11 1.7559 -1 10 2 2
52.23 1.69 1.7514 -1 7 3 2
55.46 2.09 1.6569 -2 0 4 2
57.70 1.03 1.5976 -4 1 3 2
57.80 1.28 1.5953 2 9 1 2
58.41 1.60 1.5799 -1 9 3 2
60.09 1.76 1.5398 1 4 3 2
61.44 1.38 1.5091 -4 5 1 2
66.87 1.16 1.3992 2 13 0 2
73.56 1.30 1.2876 -3 13 2 2
74.50 1.66 1.2736 -5 1 1 2
77.64 1.24 1.2298 2 14 1 2
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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.