Vesuvianite
Rucklidge J C, Kocman V, Whitlow S H, Gabe E J
The Canadian Mineralogist 13 (1975) 15-21
The crystal structures of three Canadian vesuvianites
Sample: #3 Wakefield
_database_code_amcsd 0005102
CELL PARAMETERS: 15.5430 15.5430 11.7905 90.000 90.000 90.000
SPACE GROUP: P4/nnc
X-RAY WAVELENGTH: 1.541838
Cell Volume: 2848.406
Density (g/cm3): 3.506
MAX. ABS. INTENSITY / VOLUME**2: 8.369538085
RIR: 0.777
RIR based on corundum from Acta Crystallographica A38 (1982) 733-739
2-THETA INTENSITY D-SPACING H K L Multiplicity
8.04 2.49 10.9906 1 1 0 4
9.41 18.21 9.3936 1 0 1 8
11.39 14.89 7.7715 2 0 0 4
14.79 10.35 5.9879 2 1 1 16
15.03 15.68 5.8952 0 0 2 2
17.07 6.58 5.1951 1 1 2 8
18.05 8.22 4.9151 3 1 0 8
18.89 2.11 4.6968 2 0 2 8
19.75 1.42 4.4960 2 1 2 16
21.95 9.24 4.0487 3 2 1 16
22.11 19.74 4.0197 2 2 2 8
23.35 2.24 3.8102 1 0 3 8
23.57 5.05 3.7751 3 1 2 16
24.80 1.55 3.5907 4 1 1 16
25.60 1.60 3.4798 3 2 2 16
25.63 27.88 3.4755 4 2 0 8
26.05 3.81 3.4212 2 1 3 16
27.49 14.28 3.2444 4 0 2 8
28.10 1.25 3.1759 4 1 2 16
28.51 1.89 3.1312 3 0 3 8
29.09 5.12 3.0695 3 1 3 16
29.30 3.76 3.0482 5 1 0 8
29.72 14.33 3.0059 4 3 1 16
29.84 2.48 2.9940 4 2 2 16
30.29 1.06 2.9512 5 1 1 16
30.32 56.49 2.9476 0 0 4 2
30.79 13.11 2.9043 3 2 3 16
31.42 4.97 2.8470 1 1 4 8
31.92 1.92 2.8035 5 2 1 16
32.56 100.00 2.7497 4 3 2 16
32.59 38.98 2.7476 4 4 0 4
32.92 1.29 2.7206 4 1 3 16
34.45 1.99 2.6035 4 2 3 16
34.53 33.12 2.5975 2 2 4 8
34.60 63.11 2.5923 5 2 2 16
34.63 1.27 2.5905 6 0 0 4
35.51 6.97 2.5279 3 1 4 16
36.56 62.42 2.4576 6 2 0 8
36.87 14.33 2.4381 5 0 3 8
36.87 1.54 2.4381 4 3 3 16
36.94 2.00 2.4332 3 2 4 16
37.94 8.13 2.3716 6 0 2 8
38.33 7.40 2.3484 4 0 4 8
38.39 3.69 2.3445 6 1 2 16
38.62 3.94 2.3314 1 0 5 8
38.71 7.82 2.3263 5 2 3 16
38.78 6.83 2.3220 4 1 4 16
39.23 6.41 2.2966 3 3 4 8
39.64 2.04 2.2735 6 3 1 16
40.11 1.24 2.2480 4 2 4 16
40.39 4.29 2.2331 2 1 5 16
40.91 4.27 2.2061 5 3 3 16
41.06 13.38 2.1981 7 1 0 8
41.38 6.33 2.1821 7 0 1 8
41.80 5.50 2.1609 7 1 1 16
42.10 1.77 2.1463 3 0 5 8
42.18 4.68 2.1423 6 1 3 16
42.25 2.37 2.1389 4 3 4 16
42.52 13.94 2.1261 3 1 5 16
42.64 10.49 2.1203 6 4 1 16
43.06 2.29 2.1008 7 2 1 16
43.43 7.54 2.0837 6 2 3 16
43.84 1.11 2.0652 5 4 3 16
43.90 1.35 2.0622 5 2 4 16
43.96 5.51 2.0596 7 1 2 16
44.39 13.05 2.0409 7 3 0 8
44.77 3.16 2.0244 6 4 2 16
45.08 5.45 2.0110 7 3 1 16
45.44 6.31 1.9960 6 3 3 16
45.90 1.33 1.9771 5 3 4 16
46.27 9.09 1.9623 6 5 1 16
47.07 1.58 1.9308 6 1 4 16
47.12 3.61 1.9286 7 3 2 16
47.39 4.65 1.9184 7 1 3 16
47.74 4.39 1.9051 2 0 6 8
47.81 1.46 1.9026 8 1 1 16
47.81 1.02 1.9026 7 4 1 16
48.12 2.08 1.8910 2 1 6 16
48.21 3.58 1.8876 6 2 4 16
48.28 9.06 1.8849 8 2 0 8
48.45 2.84 1.8787 5 0 5 8
48.45 1.42 1.8787 4 3 5 16
48.53 1.29 1.8761 7 2 3 16
48.83 3.15 1.8651 5 1 5 16
49.99 1.02 1.8247 3 1 6 16
50.51 1.63 1.8068 7 5 0 8
51.89 14.45 1.7621 7 1 4 16
51.89 1.49 1.7621 5 5 4 8
52.30 1.63 1.7493 6 6 2 8
52.90 1.23 1.7308 8 1 3 16
53.38 2.29 1.7164 9 1 0 8
53.88 1.53 1.7015 6 2 5 16
54.70 13.02 1.6779 7 3 4 16
54.82 1.05 1.6746 1 0 7 8
55.10 4.33 1.6669 8 4 2 16
55.31 24.72 1.6610 4 3 6 16
56.39 1.30 1.6317 8 5 1 16
56.67 22.65 1.6243 5 2 6 16
56.73 1.62 1.6228 9 3 1 16
56.75 8.63 1.6222 8 0 4 8
56.80 29.44 1.6209 9 2 2 16
58.34 1.25 1.5817 5 3 6 16
58.81 5.93 1.5701 7 7 0 4
59.00 1.01 1.5656 6 0 6 8
59.33 8.99 1.5577 6 1 6 16
59.41 9.17 1.5558 6 6 4 8
59.47 1.57 1.5543 8 6 0 8
59.68 2.09 1.5493 7 6 3 16
59.68 1.16 1.5493 9 2 3 16
59.94 1.46 1.5432 7 3 5 16
60.06 4.18 1.5405 7 5 4 16
60.31 1.96 1.5348 6 2 6 16
60.36 2.90 1.5335 10 1 1 16
60.77 7.93 1.5241 10 2 0 8
60.98 1.68 1.5194 8 5 3 16
61.41 5.55 1.5097 9 5 0 8
61.91 2.64 1.4987 6 3 6 16
61.99 7.05 1.4970 8 4 4 16
62.04 2.98 1.4960 10 1 2 16
62.63 1.07 1.4833 9 1 4 16
62.99 1.42 1.4756 10 2 2 16
63.08 5.16 1.4738 0 0 8 2
63.58 1.62 1.4634 7 6 4 16
64.13 1.08 1.4522 6 4 6 16
64.18 1.01 1.4510 8 7 1 16
64.78 1.47 1.4392 10 1 3 16
65.71 1.91 1.4210 10 2 3 16
66.44 1.78 1.4072 11 1 0 8
67.60 9.28 1.3858 7 7 4 8
68.21 1.55 1.3749 8 6 4 16
68.27 2.97 1.3738 8 8 0 4
68.46 2.74 1.3704 8 7 3 16
68.88 2.29 1.3632 11 3 0 8
69.46 1.01 1.3531 10 5 2 16
69.46 1.18 1.3531 11 2 2 16
70.02 12.47 1.3437 9 5 4 16
70.43 1.23 1.3370 7 1 7 16
70.68 1.80 1.3328 10 6 0 8
71.04 2.69 1.3269 5 1 8 16
72.82 5.17 1.2988 4 4 8 8
72.99 1.10 1.2961 10 4 4 16
73.04 7.27 1.2955 11 4 2 16
74.10 7.82 1.2795 9 2 6 16
74.76 3.52 1.2699 11 1 4 16
75.17 5.79 1.2639 6 2 8 16
75.27 1.19 1.2625 8 5 6 16
75.38 2.26 1.2609 12 1 2 16
77.55 1.08 1.2309 10 4 5 16
77.71 1.76 1.2288 12 4 0 8
78.22 3.23 1.2222 12 4 1 16
79.37 2.29 1.2072 4 3 9 16
80.14 1.21 1.1976 10 5 5 16
82.28 1.41 1.1718 12 5 2 16
83.43 1.02 1.1585 12 6 0 8
85.18 1.48 1.1392 10 1 7 16
87.17 1.65 1.1182 9 1 8 16
87.96 1.97 1.1102 14 0 0 4
88.47 2.36 1.1051 11 7 4 16
88.47 2.50 1.1051 13 1 4 16
88.74 4.85 1.1024 4 3 10 16
88.96 4.92 1.1003 11 4 6 16
89.08 1.35 1.0991 14 2 0 8
89.43 1.33 1.0957 9 3 8 16
89.87 3.92 1.0915 5 2 10 16
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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.