Clinohumite Diffraction data computed using the structure from the paper listed below, along with the cell parameters refined from the powder pattern R050183 Ottolini L, Camara F, Bigi S American Mineralogist 85 (2000) 89-102 An investigation of matrix effects in the analysis of fluorine in humite-group minerals by EMPA, SIMS, and SREF Sample: Chum HV-41 n.3 CELL PARAMETERS: 4.738451 10.22962 13.63202 100.8633 90.00000 90.00000 SPACE GROUP: P2_1/b X-RAY WAVELENGTH: 1.541838 2-THETA INTENSITY D-SPACING H K L 6.62 4.19 13.3877 0 0 1 13.24 2.18 6.6939 0 0 2 17.66 27.80 5.0248 0 -2 1 17.67 2.64 5.0231 0 2 0 19.91 3.02 4.4626 0 0 3 20.01 14.71 4.4394 0 -2 2 20.03 5.53 4.4361 0 2 1 21.26 3.17 4.1804 1 -1 1 22.29 1.07 3.9896 1 1 1 23.00 21.76 3.8675 1 0 2 24.06 26.46 3.7004 0 -2 3 24.08 34.72 3.6971 0 2 2 25.57 20.40 3.4843 1 1 2 25.85 6.64 3.4474 1 -2 1 25.85 14.75 3.4468 1 2 0 26.64 14.20 3.3469 0 0 4 27.46 4.71 3.2487 1 0 3 27.55 4.76 3.2384 1 2 1 27.68 21.61 3.2232 1 -1 3 30.05 2.75 2.9739 1 1 3 30.66 7.35 2.9164 1 -2 3 30.67 1.04 2.9149 1 2 2 32.39 57.53 2.7641 1 -3 1 32.59 22.22 2.7472 1 -1 4 32.76 1.32 2.7338 1 0 4 32.75 21.06 2.7348 1 3 0 33.47 8.87 2.6775 0 0 5 34.47 31.19 2.6020 1 3 1 35.33 65.68 2.5406 1 1 4 35.77 61.39 2.5102 1 -3 3 37.38 26.32 2.4053 1 3 2 37.64 7.02 2.3897 0 -4 3 37.66 9.21 2.3883 0 4 1 38.17 45.05 2.3576 1 -1 5 39.05 15.75 2.3060 2 1 0 39.87 40.37 2.2609 1 -2 5 39.89 37.97 2.2596 1 2 4 40.06 48.13 2.2505 1 -4 1 40.64 2.17 2.2197 0 -4 4 40.83 5.26 2.2099 2 -1 2 41.15 3.98 2.1929 1 1 5 41.28 5.79 2.1866 1 3 3 41.98 12.86 2.1518 2 1 2 43.37 6.14 2.0858 2 -1 3 43.50 2.01 2.0799 1 -3 5 44.22 1.21 2.0477 1 -1 6 44.56 3.81 2.0329 0 -4 5 44.60 1.03 2.0312 0 4 3 46.70 4.15 1.9444 2 -3 1 47.41 1.73 1.9170 1 1 6 48.48 6.44 1.8771 1 -5 1 48.73 1.66 1.8682 1 -5 2 49.97 2.38 1.8245 1 -5 3 50.66 4.02 1.8012 1 -1 7 50.98 4.04 1.7908 1 5 1 51.49 3.94 1.7743 2 0 5 51.55 2.13 1.7724 1 -2 7 51.57 3.44 1.7715 1 2 6 52.49 48.88 1.7428 2 -2 5 52.51 51.12 1.7422 2 2 4 52.64 35.13 1.7380 2 -4 1 54.10 4.62 1.6946 1 -3 7 54.54 1.04 1.6820 0 -4 7 54.52 6.12 1.6825 2 -4 3 54.54 10.50 1.6820 2 4 1 54.79 1.02 1.6749 0 -6 3 55.48 2.20 1.6557 2 -3 5 56.62 7.95 1.6250 0 -6 4 56.65 9.24 1.6242 0 6 1 56.81 2.48 1.6199 2 -4 4 57.09 3.09 1.6127 1 5 3 57.13 13.59 1.6116 1 3 6 57.53 1.09 1.6013 1 -6 1 57.55 1.80 1.6008 2 3 4 58.79 1.84 1.5699 2 1 6 59.05 2.28 1.5636 1 -5 6 59.19 2.78 1.5603 3 1 0 59.41 1.15 1.5551 3 -1 1 59.93 4.74 1.5428 2 -4 5 59.96 1.19 1.5421 2 4 3 60.17 2.00 1.5373 3 0 2 60.20 8.11 1.5366 1 -3 8 60.39 5.08 1.5323 0 -4 8 60.44 5.89 1.5310 0 4 6 60.51 1.59 1.5295 3 -1 2 61.02 1.51 1.5179 2 -5 3 61.38 2.95 1.5098 3 1 2 61.52 1.32 1.5068 3 -2 1 61.52 1.72 1.5068 3 2 0 61.57 1.92 1.5056 0 -2 9 61.60 2.05 1.5049 0 2 8 61.62 2.84 1.5044 2 -1 7 61.90 3.90 1.4983 2 5 1 62.40 40.37 1.4875 0 0 9 62.45 1.02 1.4865 3 -1 3 62.76 31.31 1.4798 0 -6 6 62.82 30.60 1.4787 0 6 3 62.95 1.76 1.4759 2 -5 4 63.84 1.39 1.4574 2 4 4 64.07 1.17 1.4527 3 -2 3 65.07 3.44 1.4327 3 -3 1 65.20 1.20 1.4303 3 -1 4 66.33 2.41 1.4086 3 3 1 66.77 3.85 1.4003 1 -3 9 66.86 4.73 1.3986 3 1 4 67.00 14.78 1.3960 1 -7 2 67.14 6.42 1.3935 3 -3 3 67.22 1.05 1.3921 1 -7 1 68.18 2.38 1.3747 3 3 2 68.70 3.89 1.3656 3 -1 5 69.84 15.08 1.3460 3 -2 5 69.86 15.53 1.3458 3 2 4 69.97 11.13 1.3438 3 -4 1 70.29 4.50 1.3386 1 3 8 71.57 3.46 1.3177 3 -4 3 71.59 2.39 1.3174 3 4 1 71.66 1.61 1.3163 1 5 6 71.81 2.94 1.3139 0 -6 8 71.88 2.88 1.3128 0 6 5 73.58 1.43 1.2866 2 -4 8 73.83 2.56 1.2829 1 -3 10 74.33 1.12 1.2754 2 -1 9 75.41 1.40 1.2598 2 0 9 75.79 1.07 1.2545 2 5 5 76.33 1.20 1.2469 3 4 3 76.73 1.93 1.2414 1 -4 10 76.80 2.07 1.2405 1 4 8 77.76 1.58 1.2275 1 5 7 77.87 1.55 1.2261 2 1 9 78.26 2.08 1.2209 2 -5 8 78.49 2.66 1.2179 3 0 7 80.97 2.09 1.1867 1 -5 10 81.15 7.88 1.1846 4 0 0 81.63 1.45 1.1788 1 0 11 82.35 1.04 1.1703 1 -7 8 83.08 2.62 1.1619 3 5 3 83.12 2.85 1.1614 3 3 6 83.49 1.81 1.1572 2 -7 6 84.76 2.26 1.1431 3 -5 6 85.26 1.95 1.1376 2 7 3 85.47 1.48 1.1354 1 3 10 85.47 1.30 1.1353 0 -2 12 85.75 1.86 1.1324 3 -3 8 85.73 1.77 1.1326 3 -6 4 85.75 1.83 1.1323 3 6 1 85.93 4.43 1.1305 2 -4 10 85.99 4.15 1.1298 2 4 8 86.42 4.33 1.1253 2 -8 2 88.69 1.02 1.1023 4 1 4 88.94 2.03 1.0998 3 -4 8 88.99 2.80 1.0993 3 4 6 89.59 3.16 1.0935 1 -3 12 89.98 1.25 1.0898 3 -2 9 89.98 1.25 1.0898 3 -2 9 XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.