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: #1 Great Slave Lake
_database_code_amcsd 0005100
CELL PARAMETERS: 15.5160 15.5160 11.7690 90.000 90.000 90.000
SPACE GROUP: P4/nnc
X-RAY WAVELENGTH: 1.541838
Cell Volume: 2833.343
Density (g/cm3): 3.446
MAX. ABS. INTENSITY / VOLUME**2: 8.563566610
RIR: 0.809
RIR based on corundum from Acta Crystallographica A38 (1982) 733-739
2-THETA INTENSITY D-SPACING H K L Multiplicity
8.06 6.72 10.9715 1 1 0 4
9.43 4.17 9.3768 1 0 1 8
14.82 1.73 5.9774 2 1 1 16
15.06 11.33 5.8845 0 0 2 2
16.16 1.47 5.4857 2 2 0 4
17.10 2.48 5.1857 1 1 2 8
18.93 5.12 4.6884 2 0 2 8
19.78 2.18 4.4880 2 1 2 16
21.99 3.24 4.0416 3 2 1 16
22.15 13.27 4.0126 2 2 2 8
22.93 2.69 3.8790 4 0 0 4
23.61 1.77 3.7685 3 1 2 16
25.65 1.34 3.4736 3 2 2 16
25.68 13.92 3.4695 4 2 0 8
27.54 10.14 3.2387 4 0 2 8
29.14 5.00 3.0640 3 1 3 16
29.35 9.00 3.0429 5 1 0 8
29.77 9.15 3.0006 4 3 1 16
29.90 4.84 2.9887 4 2 2 16
30.38 57.23 2.9423 0 0 4 2
30.84 6.55 2.8991 3 2 3 16
31.48 4.44 2.8418 1 1 4 8
32.62 100.00 2.7449 4 3 2 16
32.65 30.84 2.7429 4 4 0 4
33.68 3.50 2.6610 5 3 0 8
34.51 2.00 2.5989 4 2 3 16
34.59 32.02 2.5929 2 2 4 8
34.66 63.70 2.5877 5 2 2 16
35.58 6.54 2.5233 3 1 4 16
36.03 1.52 2.4929 6 1 1 16
36.63 49.31 2.4533 6 2 0 8
36.93 10.41 2.4338 5 0 3 8
37.01 2.02 2.4288 3 2 4 16
37.40 1.19 2.4044 5 1 3 16
37.91 1.85 2.3734 5 4 1 16
38.01 6.17 2.3675 6 0 2 8
38.40 8.29 2.3442 4 0 4 8
38.46 3.88 2.3404 6 1 2 16
38.69 3.30 2.3272 1 0 5 8
38.78 4.41 2.3222 5 2 3 16
38.85 6.90 2.3179 4 1 4 16
39.30 5.56 2.2924 3 3 4 8
39.71 3.78 2.2696 6 3 1 16
40.19 1.00 2.2440 4 2 4 16
40.47 3.68 2.2290 2 1 5 16
40.98 4.31 2.2022 5 3 3 16
41.14 8.22 2.1943 7 1 0 8
41.45 4.58 2.1783 7 0 1 8
41.88 5.73 2.1571 7 1 1 16
42.18 2.04 2.1424 3 0 5 8
42.26 2.52 2.1385 6 1 3 16
42.33 2.16 2.1351 4 3 4 16
42.60 13.57 2.1222 3 1 5 16
42.72 10.56 2.1166 6 4 1 16
43.14 1.04 2.0972 7 2 1 16
43.51 7.24 2.0801 6 2 3 16
43.92 2.67 2.0616 5 4 3 16
43.99 1.45 2.0586 5 2 4 16
44.04 3.92 2.0560 7 1 2 16
44.47 9.19 2.0374 7 3 0 8
44.85 4.34 2.0208 6 4 2 16
45.17 5.30 2.0075 7 3 1 16
45.53 9.15 1.9925 6 3 3 16
45.99 1.07 1.9736 5 3 4 16
46.35 6.65 1.9589 6 5 1 16
47.16 1.65 1.9273 6 1 4 16
47.21 2.51 1.9252 7 3 2 16
47.48 4.63 1.9151 7 1 3 16
47.83 5.14 1.9017 2 0 6 8
47.89 1.77 1.8993 7 4 1 16
48.21 2.24 1.8875 2 1 6 16
48.30 3.23 1.8842 6 2 4 16
48.37 6.09 1.8816 8 2 0 8
48.55 2.66 1.8754 5 0 5 8
48.55 1.76 1.8754 4 3 5 16
48.92 3.01 1.8618 5 1 5 16
50.95 1.53 1.7922 8 2 2 16
51.99 13.34 1.7590 7 1 4 16
51.99 1.29 1.7590 5 5 4 8
52.40 1.16 1.7462 6 6 2 8
53.48 3.94 1.7135 9 1 0 8
53.99 1.51 1.6985 6 2 5 16
54.81 12.75 1.6750 7 3 4 16
55.20 3.36 1.6639 8 4 2 16
55.41 24.69 1.6580 4 3 6 16
56.78 22.79 1.6214 5 2 6 16
56.83 1.54 1.6200 9 3 1 16
56.86 8.32 1.6193 8 0 4 8
56.91 30.04 1.6181 9 2 2 16
58.93 7.28 1.5674 7 7 0 4
59.11 1.30 1.5628 6 0 6 8
59.44 8.92 1.5549 6 1 6 16
59.52 9.35 1.5531 6 6 4 8
59.79 1.24 1.5466 7 6 3 16
60.06 1.40 1.5404 7 3 5 16
60.18 4.02 1.5377 7 5 4 16
60.42 1.52 1.5320 6 2 6 16
60.48 2.08 1.5308 10 1 1 16
60.89 5.99 1.5215 10 2 0 8
61.53 4.01 1.5070 9 5 0 8
62.04 2.67 1.4960 6 3 6 16
62.11 7.59 1.4943 8 4 4 16
62.16 2.95 1.4934 10 1 2 16
62.75 1.24 1.4807 9 1 4 16
63.05 1.25 1.4745 10 3 1 16
63.12 1.00 1.4730 10 2 2 16
63.21 5.16 1.4711 0 0 8 2
63.70 1.60 1.4609 7 6 4 16
64.26 1.36 1.4496 6 4 6 16
65.84 1.84 1.4185 10 2 3 16
66.57 1.14 1.4048 11 1 0 8
67.74 9.54 1.3833 7 7 4 8
68.35 1.46 1.3725 8 6 4 16
68.41 2.28 1.3714 8 8 0 4
68.60 2.04 1.3680 8 7 3 16
69.01 3.18 1.3608 11 3 0 8
69.60 1.07 1.3507 10 5 2 16
69.60 1.10 1.3507 11 2 2 16
70.16 12.14 1.3413 9 5 4 16
70.57 1.29 1.3346 7 1 7 16
70.82 1.16 1.3305 10 6 0 8
71.19 2.61 1.3245 5 1 8 16
72.98 5.07 1.2964 4 4 8 8
73.14 1.02 1.2939 10 4 4 16
73.19 7.05 1.2932 11 4 2 16
74.25 8.00 1.2773 9 2 6 16
74.91 3.40 1.2677 11 1 4 16
75.33 5.59 1.2617 6 2 8 16
75.43 1.18 1.2603 8 5 6 16
75.54 2.27 1.2587 12 1 2 16
77.88 1.25 1.2266 12 4 0 8
78.38 3.17 1.2200 12 4 1 16
79.55 1.40 1.2050 4 3 9 16
80.31 1.23 1.1955 10 5 5 16
82.46 1.49 1.1697 12 5 2 16
85.36 1.71 1.1372 10 1 7 16
87.37 1.72 1.1162 9 1 8 16
88.15 1.65 1.1083 14 0 0 4
88.66 2.37 1.1032 13 1 4 16
88.66 2.28 1.1032 11 7 4 16
88.95 4.84 1.1004 4 3 10 16
89.16 4.81 1.0983 11 4 6 16
89.63 1.26 1.0938 9 3 8 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.