Clinochlore Diffraction data computed using the structure from the paper listed below, along with the cell parameters refined from the powder pattern for R060725 McMurchy R C Zeitschrift fur Kristallographie 88 (1934) 420-432 The crystal structure of the chlorite minerals Locality: Miles City, Montana, USA Note: originally called sheridanite CELL PARAMETERS: 5.304843 9.179822 14.33853 90.00000 97.57009 90.00000 SPACE GROUP: C2/c X-RAY WAVELENGTH: 1.541838 2-THETA INTENSITY D-SPACING H K L 6.23 91.50 14.2136 0 0 1 12.46 100.00 7.1068 0 0 2 18.73 96.60 4.7379 0 0 3 19.34 19.29 4.5899 0 2 0 19.46 3.26 4.5630 1 1 0 19.75 67.36 4.4968 -1 1 1 20.33 1.50 4.3678 0 2 1 21.12 54.00 4.2069 1 1 1 21.91 3.69 4.0563 -1 1 2 23.07 38.13 3.8557 0 2 2 24.35 18.07 3.6544 1 1 2 25.06 92.19 3.5534 0 0 4 25.50 18.01 3.4921 -1 1 3 27.04 13.17 3.2966 0 2 3 28.67 6.67 3.1136 1 1 3 30.05 19.59 2.9732 -1 1 4 31.46 21.96 2.8427 0 0 5 33.68 8.54 2.6600 1 1 4 33.83 1.88 2.6486 -2 0 1 33.88 5.24 2.6448 1 3 0 34.77 18.39 2.5790 -2 0 2 34.90 35.28 2.5697 1 3 1 35.41 77.37 2.5342 -1 3 2 35.52 32.55 2.5266 2 0 1 36.83 29.87 2.4394 -2 0 3 37.03 49.17 2.4267 1 3 2 37.19 1.36 2.4167 0 2 5 37.83 26.39 2.3773 -1 3 3 38.01 14.66 2.3666 2 0 2 39.26 1.34 2.2941 -2 2 1 39.86 10.06 2.2608 -2 0 4 40.12 17.95 2.2468 1 3 3 40.09 2.29 2.2484 -2 2 2 40.75 2.20 2.2134 2 2 1 40.85 4.72 2.2082 -1 1 6 41.16 1.11 2.1923 -1 3 4 41.32 1.01 2.1839 0 4 2 42.98 1.76 2.1034 2 2 2 43.69 2.02 2.0710 -2 0 5 43.99 6.29 2.0573 1 3 4 44.61 6.73 2.0305 0 0 7 44.66 1.25 2.0281 -2 2 4 45.07 1.77 2.0106 1 1 6 45.24 48.97 2.0037 -1 3 5 45.52 23.31 1.9919 2 0 4 47.12 1.06 1.9278 0 4 4 48.18 9.28 1.8880 -2 0 6 48.52 16.30 1.8754 1 3 5 49.03 1.73 1.8569 0 2 7 49.88 2.53 1.8272 2 2 4 49.93 16.57 1.8257 -1 3 6 50.25 8.39 1.8147 2 0 5 51.13 1.49 1.7857 0 4 5 52.37 3.97 1.7460 -2 2 6 52.69 3.79 1.7363 -3 1 1 52.93 1.06 1.7290 2 4 0 52.91 4.10 1.7297 -1 5 1 53.11 1.47 1.7236 -1 1 8 53.21 2.27 1.7205 -2 0 7 53.42 2.20 1.7144 -2 4 2 53.59 3.01 1.7092 1 3 6 53.87 3.26 1.7011 -1 5 2 54.48 2.84 1.6835 3 1 1 54.90 3.13 1.6715 -2 4 3 55.14 7.84 1.6647 -1 3 7 55.50 4.44 1.6549 2 0 6 55.77 3.41 1.6475 2 4 2 55.74 2.93 1.6483 0 4 6 56.58 1.91 1.6259 3 1 2 57.77 1.08 1.5951 1 1 8 58.35 1.25 1.5807 2 4 3 58.40 1.36 1.5793 0 0 9 58.73 13.76 1.5713 -2 0 8 59.14 24.46 1.5614 1 3 7 58.98 1.25 1.5652 -3 1 5 59.33 1.66 1.5568 2 2 6 60.43 46.39 1.5310 -3 3 1 60.48 24.56 1.5300 0 6 0 60.82 2.18 1.5222 -1 3 8 61.20 1.26 1.5135 2 0 7 61.87 7.64 1.4989 -3 3 3 62.07 7.42 1.4944 3 3 1 62.01 5.77 1.4957 0 6 2 62.92 2.43 1.4763 3 1 4 63.71 1.84 1.4600 -3 3 4 63.90 3.13 1.4559 0 6 3 64.01 2.77 1.4537 3 3 2 65.12 1.11 1.4316 1 3 8 65.27 1.66 1.4288 -1 5 6 65.65 4.30 1.4214 0 0 10 66.26 2.81 1.4098 -3 3 5 66.50 3.33 1.4052 0 6 4 66.66 3.36 1.4023 3 3 3 66.52 1.19 1.4049 0 4 8 66.93 25.87 1.3973 -1 3 9 67.34 13.02 1.3896 2 0 8 68.07 1.45 1.3766 -2 4 7 69.76 1.21 1.3472 0 6 5 69.97 1.11 1.3438 3 3 4 71.75 5.08 1.3147 4 0 0 71.68 7.61 1.3158 -2 6 2 71.92 1.95 1.3121 -4 0 3 72.13 3.93 1.3087 2 6 1 72.94 4.90 1.2961 -2 6 3 73.11 2.71 1.2935 4 0 1 73.38 3.62 1.2895 -4 0 4 73.69 5.98 1.2848 2 6 2 73.47 2.21 1.2881 -1 3 10 73.91 1.13 1.2815 3 3 5 74.46 1.45 1.2735 -2 2 10 75.13 1.20 1.2638 1 7 1 75.94 1.21 1.2523 3 5 1 76.41 2.26 1.2456 1 7 2 76.91 1.49 1.2388 -1 7 3 77.71 1.37 1.2281 3 5 2 77.92 2.09 1.2253 -2 0 11 78.42 4.83 1.2188 1 3 10 78.35 1.27 1.2197 -4 0 6 78.83 2.67 1.2133 2 6 4 79.22 1.35 1.2084 0 4 10 80.80 3.61 1.1887 -2 6 6 81.25 1.92 1.1833 4 0 4 81.15 1.83 1.1845 0 0 12 81.81 1.39 1.1765 -4 0 7 82.39 3.13 1.1697 2 6 5 84.73 1.52 1.1433 -2 6 7 85.26 1.79 1.1375 -2 0 12 85.80 3.44 1.1318 1 3 11 85.93 1.43 1.1304 -4 0 8 86.35 1.07 1.1259 0 4 11 86.59 2.44 1.1234 2 6 6 89.31 4.46 1.0962 -2 6 8 89.93 2.16 1.0902 4 0 6 89.93 2.16 1.0902 4 0 6 XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.