Vesuvianite Diffraction data computed using the structure from the paper listed below, along with the cell parameters refined from the powder pattern for R060513 Groat L A, Hawthorne F C, Lager G A, Schultz A J, Ercit T S The Canadian Mineralogist 34 (1996) 1059-1070 X-ray and neutron crystal-structure refinements of a boron-bearing vesuvianite Sample: X-ray data, 298 K CELL PARAMETERS: 15.73251 15.73251 11.70101 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 8.00 4.99 11.1246 1 1 0 15.19 7.15 5.8505 0 0 2 17.16 2.16 5.1781 1 1 2 18.94 2.91 4.6945 2 0 2 19.77 1.76 4.4985 2 1 2 22.09 5.14 4.0312 2 2 2 22.64 4.38 3.9331 4 0 0 25.35 14.93 3.5179 4 2 0 25.50 1.63 3.4977 3 2 2 27.35 6.45 3.2641 4 0 2 27.95 1.69 3.1960 4 1 2 28.97 10.67 3.0854 5 1 0 29.12 7.21 3.0695 3 1 3 29.42 12.44 3.0386 4 3 1 29.66 7.57 3.0148 4 2 2 29.98 1.92 2.9834 5 1 1 30.59 45.87 2.9253 0 0 4 30.78 16.38 2.9079 3 2 3 31.59 1.49 2.8344 5 2 1 31.65 1.14 2.8291 1 1 4 32.21 37.09 2.7811 4 4 0 32.33 100.00 2.7711 4 3 2 32.84 1.29 2.7291 5 1 2 33.23 6.96 2.6981 5 3 0 34.33 78.00 2.6137 5 2 2 34.35 3.87 2.6123 4 2 3 34.67 38.70 2.5890 2 2 4 35.57 1.48 2.5254 6 1 1 35.63 9.30 2.5217 3 1 4 36.13 42.49 2.4875 6 2 0 36.72 15.44 2.4489 5 0 3 37.02 1.36 2.4298 3 2 4 37.42 1.15 2.4046 5 4 1 37.61 5.78 2.3928 6 0 2 38.06 3.88 2.3656 6 1 2 38.37 11.77 2.3472 4 0 4 38.52 3.76 2.3383 5 2 3 38.81 10.76 2.3215 4 1 4 39.20 1.53 2.2995 6 3 1 39.25 5.02 2.2967 3 3 4 39.81 1.48 2.2653 5 4 2 40.57 6.40 2.2249 7 1 0 40.65 2.99 2.2206 2 1 5 40.68 2.91 2.2189 5 3 3 40.91 5.29 2.2072 7 0 1 41.32 5.27 2.1857 7 1 1 41.93 2.71 2.1555 6 1 3 42.15 9.97 2.1447 6 4 1 42.20 4.23 2.1424 4 3 4 42.56 1.15 2.1251 7 2 1 42.72 14.74 2.1176 3 1 5 43.15 7.77 2.0973 6 2 3 43.53 4.97 2.0796 7 1 2 43.55 3.34 2.0789 5 4 3 43.81 3.06 2.0671 5 2 4 43.84 11.09 2.0658 7 3 0 44.33 4.56 2.0442 6 4 2 44.55 7.09 2.0343 7 3 1 44.72 1.03 2.0272 7 2 2 45.12 8.16 2.0099 6 3 3 45.72 6.24 1.9851 6 5 1 46.64 2.96 1.9479 7 3 2 46.90 1.51 1.9376 6 1 4 47.03 6.04 1.9326 7 1 3 47.23 1.62 1.9248 7 4 1 47.68 5.71 1.9078 8 2 0 47.77 1.93 1.9046 6 5 2 48.02 2.44 1.8950 6 2 4 48.08 5.86 1.8929 2 0 6 48.45 2.44 1.8793 2 1 6 48.49 1.55 1.8778 5 0 5 48.49 2.92 1.8778 4 3 5 48.86 3.84 1.8645 5 1 5 50.26 1.60 1.8157 3 1 6 50.31 1.59 1.8138 8 2 2 51.62 1.38 1.7709 5 5 4 51.62 12.08 1.7709 7 1 4 52.32 1.93 1.7489 6 4 4 52.69 3.30 1.7374 9 1 0 53.79 1.16 1.7045 6 2 5 54.38 10.82 1.6874 7 3 4 54.48 4.65 1.6845 8 4 2 55.44 20.61 1.6576 4 3 6 56.01 2.24 1.6419 9 3 1 56.15 36.42 1.6382 9 2 2 56.38 6.81 1.6320 8 0 4 56.76 19.01 1.6220 5 2 6 57.78 1.19 1.5958 6 4 5 58.04 7.95 1.5892 7 7 0 58.98 9.47 1.5660 6 6 4 59.03 1.23 1.5648 6 0 6 59.09 1.02 1.5634 9 2 3 59.09 1.41 1.5634 7 6 3 59.35 12.38 1.5571 6 1 6 59.58 1.65 1.5516 10 1 1 59.62 4.93 1.5507 7 5 4 59.96 5.24 1.5427 10 2 0 60.31 1.15 1.5347 6 2 6 60.54 1.20 1.5295 10 2 1 60.60 3.93 1.5281 9 5 0 60.66 1.06 1.5267 6 5 5 60.98 1.75 1.5193 10 0 2 61.30 3.17 1.5122 10 1 2 61.41 1.37 1.5098 4 2 7 61.51 8.51 1.5074 8 4 4 61.88 3.56 1.4995 6 3 6 62.23 1.35 1.4917 10 2 2 63.07 1.61 1.4740 7 6 4 63.61 3.64 1.4626 0 0 8 63.79 1.07 1.4590 8 6 3 64.04 2.09 1.4540 6 4 6 64.09 1.65 1.4528 10 1 3 64.22 1.11 1.4501 1 1 8 65.01 1.99 1.4346 10 2 3 67.01 9.26 1.3964 7 7 4 67.33 2.08 1.3906 8 8 0 67.60 1.51 1.3856 8 6 4 67.71 2.05 1.3837 8 7 3 67.92 3.22 1.3798 11 3 0 68.58 1.08 1.3681 10 5 2 68.58 1.30 1.3681 11 2 2 69.38 10.11 1.3544 9 5 4 69.46 1.05 1.3531 9 3 5 69.69 1.20 1.3491 10 6 0 70.45 1.25 1.3364 7 1 7 71.35 2.47 1.3216 5 1 8 71.42 1.06 1.3206 8 7 4 72.09 7.17 1.3100 11 4 2 72.29 1.09 1.3069 10 4 4 72.36 1.48 1.3056 8 6 5 73.08 4.86 1.2945 4 4 8 73.77 6.89 1.2842 9 2 6 74.01 2.88 1.2806 11 1 4 74.38 1.38 1.2751 12 1 2 75.37 4.67 1.2608 6 2 8 75.62 1.52 1.2573 8 2 7 76.59 1.39 1.2438 12 4 0 76.92 1.07 1.2391 10 4 5 77.03 1.24 1.2377 8 3 7 77.10 2.80 1.2368 12 4 1 79.45 1.94 1.2059 10 5 5 79.80 1.29 1.2016 4 3 9 84.83 1.48 1.1426 10 1 7 86.60 1.44 1.1238 14 0 0 87.06 1.01 1.1189 9 1 8 87.40 3.04 1.1155 11 7 4 87.40 2.19 1.1155 13 1 4 87.70 1.02 1.1125 14 2 0 88.27 3.45 1.1067 11 4 6 89.29 2.77 1.0967 4 3 10 89.26 1.50 1.0969 9 3 8 89.26 1.50 1.0969 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.