Rhodonite Diffraction data computed using the structure from the paper listed below, along with the cell parameters refined from the powder pattern for R060549 Peacor D R, Essene E J, Brown P E, Winter G A American Mineralogist 63 (1978) 1137-1142 The crystal chemistry and petrogenesis of a magnesian rhodonite CELL PARAMETERS: 9.797000 10.49700 12.18500 108.5500 103.0200 82.49000 SPACE GROUP: C-1 X-RAY WAVELENGTH: 1.541838 2-THETA INTENSITY D-SPACING H K L 12.47 9.85 7.1131 1 1 0 13.32 9.46 6.6568 -1 1 0 15.63 2.48 5.6759 0 0 2 18.65 15.83 4.7612 2 0 0 19.93 2.90 4.4595 0 -2 2 21.22 1.20 4.1900 -1 1 2 21.59 5.15 4.1182 0 2 1 23.34 5.36 3.8136 1 1 2 23.36 3.50 3.8107 -2 -2 1 24.26 2.30 3.6713 -2 -2 2 25.05 13.89 3.5565 2 2 0 26.17 4.69 3.4062 -1 -3 1 26.36 1.46 3.3830 1 -1 3 26.72 5.27 3.3379 2 0 2 26.80 11.04 3.3284 -2 2 0 26.73 10.94 3.3362 -1 -3 2 27.19 1.31 3.2810 0 2 2 27.45 8.02 3.2500 2 -2 1 27.51 3.01 3.2437 -2 -2 3 27.86 3.16 3.2036 -1 1 3 28.43 11.84 3.1407 -2 2 1 28.50 41.85 3.1327 1 -3 1 28.91 15.46 3.0894 2 2 1 28.97 16.87 3.0833 3 1 0 29.15 1.09 3.0647 -1 3 0 29.36 1.53 3.0426 -1 -1 4 30.03 22.24 2.9768 1 -3 2 30.13 51.59 2.9670 -3 1 0 30.26 3.49 2.9540 2 -2 2 30.52 79.14 2.9294 1 1 3 31.84 1.24 2.8110 -1 3 1 31.90 4.94 2.8063 3 -1 1 31.80 1.27 2.8150 -3 -1 3 32.03 1.33 2.7949 -2 2 2 32.18 5.32 2.7818 3 1 1 32.46 100.00 2.7586 -2 -2 4 32.71 1.85 2.7380 -3 1 2 33.45 1.74 2.6791 1 -3 3 33.42 2.07 2.6815 -2 0 4 33.82 22.80 2.6505 0 2 3 33.99 1.03 2.6379 -1 -3 4 34.27 1.43 2.6171 2 2 2 34.59 22.21 2.5937 0 -4 1 35.35 4.63 2.5395 -3 -3 2 35.77 19.30 2.5101 -3 -3 1 36.41 3.43 2.4675 -3 -1 4 36.68 14.13 2.4502 -3 1 3 36.88 1.60 2.4371 1 3 2 37.02 1.58 2.4281 -4 0 1 37.09 4.54 2.4242 -2 2 3 37.55 1.61 2.3956 -2 -4 1 37.79 2.55 2.3806 4 0 0 37.95 2.38 2.3710 3 3 0 37.99 1.17 2.3683 -4 0 2 38.33 2.36 2.3485 1 -3 4 38.87 4.42 2.3167 -4 -2 2 39.73 5.08 2.2685 -3 -3 4 40.44 16.57 2.2304 2 -2 4 40.62 23.06 2.2208 2 2 3 40.59 2.19 2.2223 -4 0 3 40.94 3.10 2.2042 3 -3 1 41.50 30.61 2.1756 2 -4 1 41.98 4.14 2.1522 -3 3 1 42.45 1.55 2.1293 2 -4 2 42.80 1.03 2.1125 3 -3 2 42.78 13.67 2.1136 3 1 3 43.29 20.57 2.0900 -4 -2 4 43.88 5.22 2.0631 -1 -5 1 44.26 1.19 2.0463 1 -3 5 45.31 1.54 2.0013 0 -4 5 45.41 1.36 1.9972 -2 -2 6 45.93 4.06 1.9755 1 -5 1 46.99 2.58 1.9335 2 -2 5 47.95 1.46 1.8968 -5 -1 3 48.03 4.05 1.8938 5 1 0 47.99 1.07 1.8954 -4 -4 3 48.14 4.61 1.8900 -1 3 4 48.11 1.13 1.8909 -2 0 6 48.71 3.79 1.8692 -4 2 3 48.84 1.85 1.8644 -5 1 1 48.87 2.15 1.8633 -3 3 3 48.77 1.01 1.8670 -3 -1 6 48.88 3.20 1.8631 -4 -4 1 49.06 2.62 1.8567 4 0 3 49.45 1.11 1.8429 3 1 4 49.77 1.08 1.8317 -5 1 2 49.65 2.27 1.8357 -4 -4 4 49.72 2.77 1.8335 -4 0 5 50.01 1.90 1.8235 1 3 4 49.95 4.55 1.8256 -1 -5 5 50.14 1.30 1.8191 -1 5 1 50.43 1.91 1.8092 -3 -5 4 50.71 4.71 1.7999 -5 -1 4 51.65 2.56 1.7693 -5 -3 1 52.04 1.17 1.7570 -5 1 3 52.43 2.42 1.7447 3 3 3 52.83 1.62 1.7325 -5 -3 4 53.17 21.77 1.7222 -1 -1 7 53.22 3.90 1.7207 -3 -5 5 53.78 1.63 1.7042 -2 -6 3 54.13 7.83 1.6940 -1 5 2 54.18 10.19 1.6926 1 5 2 54.37 8.94 1.6870 4 2 3 54.68 7.47 1.6781 -1 -5 6 55.26 15.97 1.6618 4 -4 1 55.76 6.60 1.6481 4 -2 4 56.22 1.25 1.6358 -3 5 0 56.18 8.08 1.6368 -2 0 7 56.75 4.43 1.6217 0 0 7 57.18 1.07 1.6105 -3 -5 6 57.52 1.98 1.6018 -2 2 6 57.54 9.70 1.6014 -2 -6 5 57.63 1.64 1.5991 1 -1 7 58.10 4.27 1.5871 6 0 0 58.28 7.19 1.5828 0 -6 5 59.06 1.68 1.5637 2 -6 1 59.20 2.61 1.5602 4 -4 3 59.51 4.33 1.5529 -6 -2 4 59.88 3.17 1.5441 5 1 3 59.86 1.98 1.5447 4 4 2 61.19 2.17 1.5143 -3 5 2 61.32 4.30 1.5112 3 5 2 61.75 2.23 1.5017 4 0 5 62.04 1.67 1.4955 -1 -7 2 62.03 1.31 1.4956 2 -2 7 62.41 2.13 1.4874 -6 -2 5 62.41 1.37 1.4875 0 -2 8 62.60 3.92 1.4833 -4 0 7 62.79 1.49 1.4793 -5 -5 1 63.02 10.76 1.4746 0 6 2 63.01 2.40 1.4747 -1 3 6 63.25 1.19 1.4698 -2 -4 8 63.31 2.31 1.4685 -5 -5 5 63.93 1.03 1.4558 6 0 2 63.80 1.38 1.4583 -6 -4 2 63.71 2.01 1.4602 -4 -6 5 64.20 1.47 1.4503 2 0 7 64.64 2.11 1.4414 1 -7 2 65.09 2.24 1.4326 -1 -7 5 65.33 12.90 1.4279 -6 2 3 65.17 6.82 1.4309 0 -4 8 65.30 9.58 1.4284 -6 -4 1 65.68 3.00 1.4211 1 3 6 65.78 2.56 1.4191 2 -6 5 66.12 3.46 1.4126 -3 -7 2 66.63 1.21 1.4032 6 -2 2 66.98 2.90 1.3967 -3 3 6 67.61 6.50 1.3851 5 -3 4 67.47 1.15 1.3876 -3 -7 5 67.93 1.87 1.3793 -4 -4 8 68.44 1.69 1.3702 -1 1 8 69.82 2.06 1.3466 5 -1 5 70.46 2.12 1.3359 -7 1 0 70.45 1.22 1.3360 -7 -3 4 70.81 1.61 1.3301 -3 1 8 71.04 3.25 1.3264 -7 -3 1 71.12 1.11 1.3251 -7 1 3 70.88 1.24 1.3289 -2 -4 9 71.94 3.69 1.3120 -2 4 6 71.89 1.31 1.3127 -7 -1 5 73.23 1.35 1.2921 0 -4 9 73.42 4.28 1.2892 -2 -8 2 73.45 2.15 1.2887 2 -4 8 74.96 1.92 1.2664 6 -2 4 74.83 1.22 1.2683 -4 -4 9 75.18 1.11 1.2633 -5 -7 3 76.35 3.23 1.2467 -5 -7 2 77.07 3.62 1.2368 -5 3 6 78.61 1.01 1.2165 2 -8 2 78.67 2.01 1.2157 -6 -4 8 80.68 1.04 1.1903 8 0 0 83.37 1.93 1.1586 3 -5 8 86.41 1.27 1.1255 -1 -9 6 88.11 1.21 1.1081 5 -7 2 88.17 1.14 1.1075 -1 1 10 89.22 3.35 1.0972 5 3 6 89.46 1.29 1.0949 5 -7 3 89.46 1.29 1.0949 5 -7 3 XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.