Valleriite
Hiller J
Zeitschrift fur Kristallographie 101 (1939) 425-434
Zur Kristallstruktur des Valleriits
_cod_database_code 1011125
_database_code_amcsd 0018019
CELL PARAMETERS: 6.1300 9.8100 11.4000 90.000 90.000 90.000
SPACE GROUP: Pmma
X-RAY WAVELENGTH: 1.541838
Cell Volume: 685.542
Density (g/cm3): 2.785
MAX. ABS. INTENSITY / VOLUME**2: 20.10107635
RIR: 2.350
RIR based on corundum from Acta Crystallographica A38 (1982) 733-739
2-THETA INTENSITY D-SPACING H K L Multiplicity
7.76 28.02 11.4000 0 0 1 2
9.01 5.81 9.8100 0 1 0 2
11.90 4.58 7.4359 0 1 1 4
15.55 100.00 5.7000 0 0 2 2
16.42 23.51 5.3990 1 0 1 4
18.09 19.03 4.9050 0 2 0 2
18.76 21.16 4.7299 1 1 1 8
21.29 5.20 4.1743 1 0 2 4
23.16 3.21 3.8410 1 1 2 8
23.41 14.18 3.8000 0 0 3 2
23.93 19.36 3.7179 0 2 2 4
25.13 6.37 3.5434 0 1 3 4
27.27 15.16 3.2700 0 3 0 2
27.62 13.09 3.2298 1 0 3 4
28.07 47.01 3.1789 1 2 2 8
28.39 8.89 3.1432 0 3 1 4
29.11 1.54 3.0678 1 1 3 8
29.14 1.20 3.0650 2 0 0 2
31.39 6.59 2.8500 0 0 4 2
31.54 58.40 2.8364 0 3 2 4
32.00 10.10 2.7970 1 3 1 8
33.19 60.34 2.6995 2 0 2 4
33.21 5.86 2.6975 1 2 3 8
34.51 6.44 2.5993 2 2 0 4
35.94 6.37 2.4991 1 1 4 8
36.24 2.29 2.4786 0 3 3 4
36.46 6.22 2.4642 0 2 4 4
37.51 1.17 2.3976 0 4 1 4
38.05 9.68 2.3650 2 2 2 8
38.85 1.86 2.3181 2 1 3 8
39.20 1.17 2.2979 1 3 3 8
39.41 8.66 2.2864 1 2 4 8
39.53 2.35 2.2800 0 0 5 2
40.02 3.64 2.2528 0 4 2 4
40.33 28.15 2.2362 2 3 0 4
40.62 3.81 2.2208 0 1 5 4
41.13 1.71 2.1944 2 3 1 8
42.06 20.61 2.1485 0 3 4 4
42.76 2.89 2.1145 1 4 2 8
43.35 31.47 2.0871 2 0 4 4
43.47 14.21 2.0818 2 3 2 8
43.94 1.14 2.0606 0 4 3 4
44.69 1.60 2.0276 1 3 4 8
45.08 15.04 2.0113 3 0 1 4
46.27 7.19 1.9620 0 5 0 2
46.49 4.09 1.9532 1 4 3 8
47.16 1.01 1.9273 2 3 3 8
47.33 4.89 1.9205 2 2 4 8
47.48 3.62 1.9149 2 4 0 4
47.88 13.96 1.9000 0 0 6 2
48.19 4.51 1.8885 2 4 1 8
48.21 3.04 1.8875 3 1 2 8
48.95 3.18 1.8609 3 2 1 8
49.00 2.54 1.8590 0 4 4 4
49.11 11.04 1.8552 0 5 2 4
49.85 3.51 1.8294 2 0 5 4
50.73 5.83 1.7997 3 0 3 4
50.77 1.83 1.7984 2 1 5 8
51.00 6.52 1.7907 3 2 2 8
51.06 1.44 1.7889 1 3 5 8
51.46 1.22 1.7756 1 5 2 8
51.59 2.07 1.7717 0 2 6 4
51.64 3.33 1.7701 3 1 3 8
51.98 6.35 1.7593 2 3 4 8
53.49 7.97 1.7132 3 3 1 8
53.59 2.76 1.7101 2 4 3 8
54.74 3.46 1.6768 1 5 3 8
54.99 7.88 1.6699 0 4 5 4
55.32 2.32 1.6606 3 0 4 4
55.42 1.05 1.6579 3 3 2 8
55.62 5.07 1.6524 2 5 0 4
55.97 1.36 1.6428 0 3 6 4
56.26 2.12 1.6350 0 6 0 2
56.51 1.24 1.6286 0 0 7 2
56.98 5.36 1.6161 0 5 4 4
57.35 1.80 1.6066 0 1 7 4
57.75 4.16 1.5965 2 3 5 8
58.03 1.53 1.5895 2 4 4 8
58.12 8.19 1.5871 2 5 2 8
58.54 7.47 1.5767 3 3 3 8
58.70 2.16 1.5729 3 2 4 8
59.43 3.96 1.5552 3 4 1 8
60.34 2.11 1.5339 2 2 6 8
60.40 3.20 1.5325 4 0 0 2
60.88 3.00 1.5217 3 0 5 4
63.58 1.16 1.4634 4 1 2 8
63.81 3.01 1.4587 1 6 3 8
63.85 2.80 1.4578 0 3 7 4
64.34 7.79 1.4479 2 3 6 8
64.83 1.86 1.4382 2 0 7 4
65.27 4.52 1.4295 2 5 4 8
65.61 1.10 1.4230 2 1 7 8
65.93 1.02 1.4169 4 2 2 8
66.59 5.46 1.4044 3 5 1 8
66.91 2.68 1.3985 2 6 2 8
67.29 1.46 1.3914 3 0 6 4
67.94 1.86 1.3796 3 3 5 8
68.06 1.40 1.3776 3 1 6 8
68.20 2.95 1.3751 3 4 4 8
68.78 1.89 1.3649 0 5 6 4
69.25 1.23 1.3567 0 4 7 4
69.75 1.72 1.3483 4 3 2 8
70.51 2.11 1.3355 1 2 8 8
71.08 1.33 1.3262 3 5 3 8
72.33 1.48 1.3063 0 3 8 4
72.77 1.70 1.2996 4 4 0 4
73.59 1.92 1.2871 2 6 4 8
74.04 1.04 1.2803 3 3 6 8
74.84 1.45 1.2687 3 6 1 8
74.92 1.33 1.2675 3 5 4 8
74.98 1.60 1.2667 0 0 9 2
76.33 1.26 1.2476 4 3 4 8
76.38 1.90 1.2469 2 5 6 8
76.84 1.97 1.2406 2 4 7 8
76.93 1.42 1.2393 0 6 6 4
77.42 1.28 1.2327 3 2 7 8
77.91 3.10 1.2263 0 8 0 2
78.46 2.23 1.2190 5 0 1 4
79.14 1.65 1.2102 3 4 6 8
79.75 1.83 1.2024 3 5 5 8
80.04 2.32 1.1988 0 8 2 4
80.52 2.08 1.1928 4 0 6 4
82.71 2.17 1.1668 5 0 3 4
82.92 1.28 1.1643 5 2 2 8
83.25 1.70 1.1606 3 1 8 8
84.90 2.82 1.1422 5 3 1 8
85.38 1.18 1.1370 3 2 8 8
85.56 1.01 1.1351 5 2 3 8
87.34 3.71 1.1165 2 8 2 8
88.92 1.06 1.1006 3 3 8 8
89.10 1.41 1.0989 5 3 3 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.