Vesuvianite Diffraction data computed using the structure from the paper listed below, along with the cell parameters refined from the powder pattern for R050489 Ohkawa M, Yoshiasa A, Takeno S American Mineralogist 77 (1992) 945-953 Crystal chemistry of vesuvianite: Site preferences of square-pyramidal coordinated sites sample #2 from Sanpo CELL PARAMETERS: 15.59430 15.59430 11.82977 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 8.04 9.36 11.0268 1 1 0 9.41 2.83 9.4248 1 0 1 14.76 1.16 6.0077 2 1 1 15.00 10.54 5.9149 0 0 2 16.09 2.05 5.5134 2 2 0 17.03 1.64 5.2123 1 1 2 18.85 6.53 4.7124 2 0 2 19.69 3.18 4.5109 2 1 2 21.89 2.40 4.0621 3 2 1 22.05 13.44 4.0330 2 2 2 22.82 3.70 3.8986 4 0 0 23.50 1.35 3.7877 3 1 2 25.52 1.17 3.4913 3 2 2 25.55 16.25 3.4870 4 2 0 27.41 10.56 3.2551 4 0 2 28.01 1.17 3.1864 4 1 2 29.00 5.32 3.0797 3 1 3 29.21 8.68 3.0583 5 1 0 29.63 7.88 3.0158 4 3 1 29.75 5.61 3.0039 4 2 2 30.22 60.33 2.9574 0 0 4 30.69 7.17 2.9140 3 2 3 31.32 4.30 2.8565 1 1 4 32.46 100.00 2.7588 4 3 2 32.48 34.57 2.7567 4 4 0 33.51 3.18 2.6744 5 3 0 34.33 2.02 2.6122 4 2 3 34.41 33.90 2.6062 2 2 4 34.49 70.81 2.6008 5 2 2 35.39 7.41 2.5363 3 1 4 35.84 2.37 2.5055 6 1 1 36.44 51.14 2.4657 6 2 0 36.74 11.44 2.4462 5 0 3 36.82 2.14 2.4413 3 2 4 37.20 1.15 2.4166 5 1 3 37.71 2.28 2.3854 5 4 1 37.81 6.25 2.3795 6 0 2 38.19 9.89 2.3562 4 0 4 38.26 5.23 2.3522 6 1 2 38.48 4.00 2.3392 1 0 5 38.57 4.35 2.3340 5 2 3 38.64 6.83 2.3298 4 1 4 39.09 5.36 2.3042 3 3 4 39.50 4.15 2.2810 6 3 1 39.97 1.48 2.2555 4 2 4 40.25 4.26 2.2405 2 1 5 40.76 4.51 2.2134 5 3 3 40.92 7.86 2.2054 7 1 0 41.23 4.58 2.1893 7 0 1 41.65 4.64 2.1680 7 1 1 41.95 1.59 2.1534 3 0 5 42.03 2.56 2.1494 6 1 3 42.10 2.35 2.1460 4 3 4 42.37 13.83 2.1331 3 1 5 42.49 9.56 2.1273 6 4 1 43.27 7.28 2.0906 6 2 3 43.68 2.59 2.0721 5 4 3 43.74 1.23 2.0691 5 2 4 43.80 3.84 2.0664 7 1 2 44.23 10.56 2.0476 7 3 0 44.61 4.66 2.0311 6 4 2 44.92 5.92 2.0176 7 3 1 45.27 8.82 2.0026 6 3 3 45.73 1.18 1.9836 5 3 4 46.09 6.62 1.9688 6 5 1 46.89 1.69 1.9372 6 1 4 46.95 2.26 1.9350 7 3 2 47.21 4.07 1.9248 7 1 3 47.56 4.65 1.9115 2 0 6 47.63 2.05 1.9089 7 4 1 47.94 2.82 1.8973 2 1 6 48.03 3.44 1.8938 6 2 4 48.09 1.30 1.8918 6 5 2 48.10 6.20 1.8911 8 2 0 48.27 2.76 1.8850 5 0 5 48.27 1.46 1.8850 4 3 5 48.64 2.93 1.8713 5 1 5 50.67 1.62 1.8013 8 2 2 51.69 12.44 1.7679 7 1 4 51.69 1.22 1.7679 5 5 4 52.10 1.17 1.7550 6 6 2 52.40 1.36 1.7456 6 4 4 53.17 3.74 1.7221 9 1 0 53.67 1.15 1.7071 6 2 5 54.49 14.09 1.6835 7 3 4 54.88 3.54 1.6724 8 4 2 55.09 23.90 1.6666 4 3 6 56.44 24.44 1.6297 5 2 6 56.50 1.59 1.6281 9 3 1 56.52 7.79 1.6276 8 0 4 56.57 31.67 1.6263 9 2 2 58.58 7.02 1.5753 7 7 0 58.76 1.21 1.5708 6 0 6 59.09 9.85 1.5629 6 1 6 59.17 9.38 1.5610 6 6 4 59.23 1.01 1.5594 8 6 0 59.44 1.36 1.5545 7 6 3 59.70 1.55 1.5483 7 3 5 59.82 3.83 1.5456 7 5 4 60.06 1.88 1.5399 6 2 6 60.12 1.72 1.5385 10 1 1 60.52 6.15 1.5291 10 2 0 60.67 1.13 1.5259 6 5 5 60.73 1.01 1.5245 8 5 3 61.17 4.14 1.5147 9 5 0 61.66 3.04 1.5036 6 3 6 61.74 7.93 1.5019 8 4 4 61.79 3.35 1.5009 10 1 2 62.37 1.23 1.4882 9 1 4 62.67 1.36 1.4819 10 3 1 62.73 1.09 1.4805 10 2 2 62.82 4.96 1.4787 0 0 8 63.32 1.57 1.4683 7 6 4 63.86 1.19 1.4570 6 4 6 65.44 1.99 1.4257 10 2 3 66.16 1.54 1.4118 11 1 0 67.32 9.50 1.3903 7 7 4 67.92 1.77 1.3794 8 6 4 67.98 2.59 1.3784 8 8 0 68.12 1.02 1.3760 9 2 5 68.17 2.01 1.3749 8 7 3 68.58 3.29 1.3677 11 3 0 69.17 1.08 1.3576 10 5 2 69.17 1.47 1.3576 11 2 2 69.72 11.94 1.3481 9 5 4 70.12 1.16 1.3414 7 1 7 70.38 1.44 1.3372 10 6 0 70.74 2.56 1.3313 5 1 8 72.50 5.36 1.3031 4 4 8 72.68 1.22 1.3004 10 4 4 72.72 6.96 1.2997 11 4 2 73.77 8.23 1.2838 9 2 6 74.43 3.98 1.2741 11 1 4 74.83 5.38 1.2681 6 2 8 74.93 1.11 1.2667 8 5 6 75.05 2.06 1.2651 12 1 2 76.74 1.01 1.2414 11 3 4 77.21 1.21 1.2350 10 4 5 77.37 1.27 1.2328 12 4 0 77.86 3.11 1.2262 12 4 1 79.01 1.38 1.2112 4 3 9 79.77 1.00 1.2015 10 5 5 81.90 1.35 1.1756 12 5 2 84.77 1.59 1.1430 10 1 7 86.75 1.72 1.1219 9 1 8 87.53 1.63 1.1139 14 0 0 88.04 2.17 1.1088 13 1 4 88.04 2.49 1.1088 11 7 4 88.31 4.31 1.1061 4 3 10 88.53 4.46 1.1039 11 4 6 88.99 1.35 1.0994 9 3 8 89.43 4.05 1.0951 5 2 10 89.43 4.05 1.0951 5 2 10 XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.