Vesuvianite Diffraction data computed using the structure from the paper listed below, along with the cell parameters refined from the powder pattern for R060532 Fitzgerald S, Rheingold A L, Leavens P B American Mineralogist 71 (1986) 1011-1014 Crystal structure of Cu-bearing vesuvianite CELL PARAMETERS: 15.53200 15.53200 11.77600 90.00000 90.00000 90.00000 ALTERNATE SETTING FOR SPACE GROUP: P4/nnc X-RAY WAVELENGTH: 1.541838 2-THETA INTENSITY D-SPACING H K L 8.08 40.74 10.9813 1 1 0 11.42 1.48 7.7649 2 0 0 14.82 1.21 5.9872 2 1 1 15.02 12.27 5.9068 0 0 2 16.17 1.57 5.4906 2 2 0 17.07 16.03 5.2020 1 1 2 18.09 4.31 4.9110 3 1 0 18.90 5.63 4.7012 2 0 2 19.75 2.11 4.4995 2 1 2 21.99 5.24 4.0466 3 2 1 22.12 12.94 4.0216 2 2 2 22.93 3.23 3.8825 4 0 0 23.32 1.82 3.8171 1 0 3 24.33 1.02 3.6604 3 3 0 24.83 2.41 3.5886 4 1 1 25.67 14.61 3.4726 4 2 0 26.03 1.14 3.4256 2 1 3 27.51 9.63 3.2444 4 0 2 28.11 1.17 3.1758 4 1 2 29.08 5.60 3.0722 3 1 3 29.34 2.64 3.0457 5 1 0 29.76 8.15 3.0039 4 3 1 29.86 5.68 2.9936 4 2 2 30.32 1.07 2.9492 5 1 1 30.28 58.08 2.9534 0 0 4 30.78 7.45 2.9063 3 2 3 31.38 9.39 2.8521 1 1 4 31.96 1.32 2.8016 5 2 1 32.58 100.00 2.7491 4 3 2 32.63 32.99 2.7453 4 4 0 33.10 4.11 2.7070 5 1 2 33.66 6.00 2.6634 5 3 0 34.44 2.69 2.6045 4 2 3 34.49 32.90 2.6010 2 2 4 34.62 67.55 2.5915 5 2 2 35.48 4.71 2.5310 3 1 4 36.60 50.36 2.4555 6 2 0 36.86 7.63 2.4387 5 0 3 36.91 1.84 2.4358 3 2 4 37.33 1.24 2.4092 5 1 3 37.88 3.68 2.3758 5 4 1 37.96 6.06 2.3707 6 0 2 38.30 8.76 2.3506 4 0 4 38.42 4.11 2.3436 6 1 2 38.55 1.37 2.3359 1 0 5 38.71 4.08 2.3266 5 2 3 38.75 7.78 2.3241 4 1 4 39.20 6.82 2.2985 3 3 4 39.68 3.82 2.2718 6 3 1 40.08 1.22 2.2498 4 2 4 40.32 3.15 2.2368 2 1 5 40.91 4.20 2.2061 5 3 3 41.10 8.98 2.1963 7 1 0 41.41 5.11 2.1804 7 0 1 41.84 5.38 2.1593 7 1 1 42.04 1.41 2.1494 3 0 5 42.19 1.65 2.1422 6 1 3 42.23 2.63 2.1403 4 3 4 42.46 14.11 2.1291 3 1 5 42.68 10.80 2.1187 6 4 1 43.09 1.37 2.0992 7 2 1 43.43 7.41 2.0836 6 2 3 43.84 1.12 2.0651 5 4 3 43.88 1.84 2.0633 5 2 4 43.99 3.82 2.0586 7 1 2 43.99 2.18 2.0586 5 5 2 44.43 10.24 2.0392 7 3 0 44.79 4.46 2.0233 6 4 2 45.12 5.47 2.0095 7 3 1 45.45 8.04 1.9957 6 3 3 45.88 2.08 1.9779 5 3 4 46.30 5.27 1.9608 6 5 1 47.05 1.94 1.9315 6 1 4 47.15 2.86 1.9275 7 3 2 47.39 4.49 1.9181 7 1 3 47.65 5.18 1.9085 2 0 6 47.84 1.80 1.9011 7 4 1 48.03 2.42 1.8943 2 1 6 48.19 3.33 1.8881 6 2 4 48.29 1.09 1.8845 6 5 2 48.32 6.75 1.8833 8 2 0 48.40 3.97 1.8805 5 0 5 48.40 2.43 1.8805 4 3 5 48.78 3.37 1.8668 5 1 5 50.88 1.53 1.7943 8 2 2 51.87 13.16 1.7624 7 1 4 51.87 3.39 1.7624 5 5 4 52.32 1.04 1.7482 6 6 2 53.42 5.35 1.7150 9 1 0 53.84 1.66 1.7026 6 2 5 54.69 13.76 1.6781 7 3 4 54.70 1.26 1.6778 1 0 7 55.12 3.59 1.6658 8 4 2 55.23 24.03 1.6630 4 3 6 55.81 1.20 1.6470 9 1 2 56.43 1.28 1.6304 8 5 1 56.59 23.29 1.6261 5 2 6 56.76 1.73 1.6215 9 3 1 56.74 7.91 1.6222 8 0 4 56.83 31.56 1.6199 9 2 2 58.08 1.01 1.5879 8 2 4 58.26 1.43 1.5833 5 3 6 58.85 7.32 1.5688 7 7 0 58.92 1.24 1.5671 6 0 6 59.25 9.64 1.5591 6 1 6 59.40 8.88 1.5557 6 6 4 59.69 1.37 1.5487 7 6 3 59.90 1.41 1.5437 7 3 5 60.05 4.68 1.5403 7 5 4 60.23 1.51 1.5361 6 2 6 60.40 1.69 1.5322 10 1 1 60.81 6.58 1.5228 10 2 0 61.45 6.23 1.5084 9 5 0 61.84 2.82 1.4999 6 3 6 61.98 7.71 1.4968 8 4 4 62.07 3.12 1.4950 10 1 2 63.02 1.02 1.4746 10 2 2 62.92 4.87 1.4767 0 0 8 63.57 1.65 1.4632 7 6 4 63.55 1.18 1.4635 1 1 8 64.06 1.52 1.4532 6 4 6 64.79 1.59 1.4385 10 1 3 65.72 1.86 1.4203 10 2 3 67.60 9.67 1.3854 7 7 4 68.20 1.52 1.3745 8 6 4 68.31 2.48 1.3727 8 8 0 68.48 2.38 1.3697 8 7 3 68.92 2.77 1.3621 11 3 0 69.49 1.24 1.3522 10 5 2 69.49 1.07 1.3522 11 2 2 70.02 9.52 1.3433 9 5 4 70.32 1.20 1.3382 7 1 7 70.72 1.40 1.3317 10 6 0 70.90 1.74 1.3288 5 1 8 72.68 5.06 1.3005 4 4 8 72.99 1.20 1.2957 10 4 4 73.07 7.15 1.2946 11 4 2 74.04 8.17 1.2800 9 2 6 74.75 4.16 1.2695 11 1 4 75.03 5.21 1.2655 6 2 8 75.21 1.14 1.2629 8 5 6 75.41 2.20 1.2600 12 1 2 75.63 1.01 1.2568 8 2 7 77.76 1.49 1.2277 12 4 0 78.25 3.33 1.2212 12 4 1 79.19 1.23 1.2091 4 3 9 82.31 1.47 1.1709 12 5 2 85.08 1.49 1.1397 10 1 7 86.20 1.31 1.1277 9 9 4 87.04 2.40 1.1190 9 1 8 88.00 1.81 1.1093 14 0 0 88.46 2.51 1.1046 11 7 4 88.46 2.01 1.1046 13 1 4 88.51 4.56 1.1042 4 3 10 88.90 4.68 1.1003 11 4 6 89.13 1.07 1.0981 14 2 0 89.29 1.18 1.0965 9 3 8 89.29 1.18 1.0965 9 3 8 XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.