Vesuvianite Diffraction data computed using the structure from the paper listed below, along with the cell parameters refined from the powder pattern of R050233 Fitzgerald S, Rheingold A L, Leavens P B American Mineralogist 71 (1986) 1011-1014 Crystal structure of Cu-bearing vesuvianite CELL PARAMETERS: 15.55845 15.55845 11.82980 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 8.06 40.74 11.0015 1 1 0 11.40 1.48 7.7792 2 0 0 14.79 1.21 5.9975 2 1 1 15.00 12.27 5.9149 0 0 2 16.13 1.57 5.5007 2 2 0 17.04 16.03 5.2097 1 1 2 18.05 4.31 4.9200 3 1 0 18.87 5.63 4.7084 2 0 2 19.72 2.11 4.5066 2 1 2 21.94 5.24 4.0539 3 2 1 22.08 12.94 4.0281 2 2 2 22.88 3.23 3.8896 4 0 0 23.29 1.82 3.8224 1 0 3 24.28 1.02 3.6672 3 3 0 24.78 2.41 3.5950 4 1 1 25.62 14.61 3.4790 4 2 0 25.98 1.14 3.4306 2 1 3 27.45 9.63 3.2499 4 0 2 28.06 1.17 3.1812 4 1 2 29.03 5.60 3.0770 3 1 3 29.28 2.64 3.0513 5 1 0 29.70 8.15 3.0093 4 3 1 29.80 5.68 2.9987 4 2 2 30.26 1.07 2.9546 5 1 1 30.23 58.08 2.9575 0 0 4 30.72 7.45 2.9109 3 2 3 31.33 9.39 2.8561 1 1 4 31.89 1.32 2.8066 5 2 1 32.52 100.00 2.7539 4 3 2 32.56 32.99 2.7504 4 4 0 33.04 4.11 2.7117 5 1 2 33.59 6.00 2.6683 5 3 0 34.38 2.69 2.6088 4 2 3 34.43 32.90 2.6048 2 2 4 34.56 67.55 2.5960 5 2 2 35.42 4.71 2.5348 3 1 4 36.53 50.36 2.4600 6 2 0 36.80 7.63 2.4427 5 0 3 36.85 1.84 2.4395 3 2 4 37.26 1.24 2.4132 5 1 3 37.80 3.68 2.3801 5 4 1 37.89 6.06 2.3749 6 0 2 38.23 8.76 2.3542 4 0 4 38.34 4.11 2.3477 6 1 2 38.49 1.37 2.3391 1 0 5 38.63 4.08 2.3305 5 2 3 38.68 7.78 2.3277 4 1 4 39.13 6.82 2.3021 3 3 4 39.60 3.82 2.2760 6 3 1 40.01 1.22 2.2533 4 2 4 40.26 3.15 2.2400 2 1 5 40.83 4.20 2.2099 5 3 3 41.02 8.98 2.2003 7 1 0 41.33 5.11 2.1844 7 0 1 41.75 5.38 2.1632 7 1 1 41.97 1.41 2.1525 3 0 5 42.11 1.65 2.1459 6 1 3 42.15 2.63 2.1437 4 3 4 42.39 14.11 2.1322 3 1 5 42.59 10.80 2.1226 6 4 1 43.00 1.37 2.1031 7 2 1 43.35 7.41 2.0872 6 2 3 43.76 1.12 2.0686 5 4 3 43.80 1.84 2.0667 5 2 4 43.90 3.82 2.0622 7 1 2 43.90 2.18 2.0622 5 5 2 44.34 10.24 2.0429 7 3 0 44.70 4.46 2.0269 6 4 2 45.03 5.47 2.0131 7 3 1 45.36 8.04 1.9992 6 3 3 45.80 2.08 1.9811 5 3 4 46.21 5.27 1.9644 6 5 1 46.96 1.94 1.9346 6 1 4 47.05 2.86 1.9310 7 3 2 47.30 4.49 1.9214 7 1 3 47.57 5.18 1.9112 2 0 6 47.74 1.80 1.9046 7 4 1 47.95 2.42 1.8969 2 1 6 48.10 3.33 1.8913 6 2 4 48.19 1.09 1.8879 6 5 2 48.23 6.75 1.8867 8 2 0 48.32 3.97 1.8834 5 0 5 48.32 2.43 1.8834 4 3 5 48.69 3.37 1.8697 5 1 5 50.78 1.53 1.7975 8 2 2 51.78 13.16 1.7653 7 1 4 51.78 3.39 1.7653 5 5 4 52.22 1.04 1.7514 6 6 2 53.31 5.35 1.7181 9 1 0 53.74 1.66 1.7053 6 2 5 54.58 13.76 1.6809 7 3 4 54.61 1.26 1.6801 1 0 7 55.01 3.59 1.6688 8 4 2 55.13 24.03 1.6655 4 3 6 55.69 1.20 1.6499 9 1 2 56.31 1.28 1.6334 8 5 1 56.49 23.29 1.6286 5 2 6 56.65 1.73 1.6245 9 3 1 56.63 7.91 1.6249 8 0 4 56.71 31.56 1.6228 9 2 2 57.96 1.01 1.5906 8 2 4 58.16 1.43 1.5857 5 3 6 58.73 7.32 1.5716 7 7 0 58.82 1.24 1.5695 6 0 6 59.15 9.64 1.5616 6 1 6 59.28 8.88 1.5584 6 6 4 59.57 1.37 1.5514 7 6 3 59.79 1.41 1.5463 7 3 5 59.93 4.68 1.5430 7 5 4 60.12 1.51 1.5385 6 2 6 60.27 1.69 1.5350 10 1 1 60.68 6.58 1.5256 10 2 0 61.32 6.23 1.5112 9 5 0 61.73 2.82 1.5022 6 3 6 61.86 7.71 1.4994 8 4 4 61.94 3.12 1.4977 10 1 2 62.89 1.02 1.4773 10 2 2 62.82 4.87 1.4787 0 0 8 63.44 1.65 1.4657 7 6 4 63.45 1.18 1.4655 1 1 8 63.94 1.52 1.4555 6 4 6 64.66 1.59 1.4410 10 1 3 65.59 1.86 1.4229 10 2 3 67.46 9.67 1.3878 7 7 4 68.07 1.52 1.3769 8 6 4 68.16 2.48 1.3752 8 8 0 68.33 2.38 1.3721 8 7 3 68.77 2.77 1.3646 11 3 0 69.34 1.24 1.3546 10 5 2 69.34 1.07 1.3546 11 2 2 69.87 9.52 1.3457 9 5 4 70.19 1.20 1.3403 7 1 7 70.57 1.40 1.3341 10 6 0 70.77 1.74 1.3307 5 1 8 72.55 5.06 1.3024 4 4 8 72.84 1.20 1.2980 10 4 4 72.91 7.15 1.2969 11 4 2 73.89 8.17 1.2821 9 2 6 74.59 4.16 1.2717 11 1 4 74.89 5.21 1.2674 6 2 8 75.06 1.14 1.2650 8 5 6 75.25 2.20 1.2623 12 1 2 75.49 1.01 1.2588 8 2 7 77.58 1.49 1.2300 12 4 0 78.08 3.33 1.2234 12 4 1 79.05 1.23 1.2108 4 3 9 82.12 1.47 1.1730 12 5 2 84.91 1.49 1.1415 10 1 7 86.01 1.31 1.1297 9 9 4 86.86 2.40 1.1208 9 1 8 87.79 1.81 1.1113 14 0 0 88.26 2.51 1.1066 11 7 4 88.26 2.01 1.1066 13 1 4 88.34 4.56 1.1058 4 3 10 88.71 4.68 1.1022 11 4 6 88.91 1.07 1.1001 14 2 0 89.11 1.18 1.0982 9 3 8 89.11 1.18 1.0982 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.