Clinohumite Diffraction data computed using the structure from the paper listed below, along with the cell parameters refined from the powder pattern R070561. Friedrich A, Lager G A, Kunz M, Chakoumakos B C, Smyth J R, Schultz A J American Mineralogist 86 (2001) 981-989 Temperature-dependent single-crystal neutron diffraction study of natural chondrodite and clinohumite Sample: from Kukh-i-Lal, Pamir, Tadjikistan at T = 295 K CELL PARAMETERS: 4.740489 10.24387 13.65338 100.8834 90.00000 90.00000 SPACE GROUP: P2_1/b X-RAY WAVELENGTH: 1.541838 2-THETA INTENSITY D-SPACING H K L 6.64 2.18 13.4078 0 0 1 13.24 1.73 6.7039 0 0 2 17.66 44.30 5.0322 0 -2 1 17.67 3.43 5.0298 0 2 0 19.90 3.58 4.4693 0 0 3 20.00 24.64 4.4465 0 -2 2 20.02 7.95 4.4416 0 2 1 21.27 5.55 4.1833 1 -1 1 22.30 2.67 3.9922 1 1 1 23.01 31.57 3.8706 1 0 2 24.04 35.02 3.7064 0 -2 3 24.07 52.18 3.7017 0 2 2 25.57 33.14 3.4872 1 1 2 25.85 9.64 3.4505 1 -2 1 25.85 21.21 3.4498 1 2 0 26.62 19.45 3.3519 0 0 4 27.45 6.78 3.2519 1 0 3 27.54 6.64 3.2412 1 2 1 27.67 30.51 3.2267 1 -1 3 29.15 1.07 3.0658 0 2 3 30.04 5.30 2.9769 1 1 3 30.64 10.81 2.9199 1 -2 3 30.67 1.57 2.9176 1 2 2 32.37 89.27 2.7671 1 -3 1 32.58 30.83 2.7505 1 -1 4 32.74 1.88 2.7369 1 0 4 32.73 28.29 2.7376 1 3 0 33.41 1.64 2.6833 1 -3 2 33.44 13.35 2.6816 0 0 5 34.45 43.44 2.6047 1 3 1 34.83 1.03 2.5769 0 -2 5 34.87 1.63 2.5740 0 2 4 35.31 100.00 2.5434 1 1 4 35.74 94.13 2.5134 1 -3 3 37.36 38.82 2.4078 1 3 2 37.60 9.99 2.3934 0 -4 3 37.63 14.44 2.3913 0 4 1 38.14 67.68 2.3606 1 -1 5 39.06 23.55 2.3071 2 1 0 39.83 58.17 2.2640 1 -2 5 39.87 54.42 2.2621 1 2 4 39.95 1.01 2.2574 2 1 1 40.03 69.44 2.2532 1 -4 1 40.38 1.01 2.2346 0 0 6 40.59 3.16 2.2232 0 -4 4 40.82 7.61 2.2112 2 -1 2 41.13 5.00 2.1956 1 1 5 41.25 8.47 2.1890 1 3 3 41.98 18.29 2.1530 2 1 2 43.36 8.92 2.0872 2 -1 3 43.46 3.44 2.0829 1 -3 5 44.18 2.06 2.0505 1 -1 6 44.50 5.25 2.0362 0 -4 5 44.56 1.72 2.0338 0 4 3 46.69 5.81 1.9459 2 -3 1 47.37 2.29 1.9194 1 1 6 47.50 1.15 1.9142 0 -2 7 48.44 9.49 1.8794 1 -5 1 48.68 2.47 1.8706 1 -5 2 49.92 3.77 1.8269 1 -5 3 50.61 6.65 1.8038 1 -1 7 50.94 6.36 1.7929 1 5 1 51.46 5.56 1.7759 2 0 5 51.49 3.08 1.7750 1 -2 7 51.53 5.09 1.7737 1 2 6 52.45 73.05 1.7445 2 -2 5 52.48 75.65 1.7436 2 2 4 52.62 52.53 1.7395 2 -4 1 53.98 1.47 1.6987 1 1 7 54.04 6.73 1.6971 1 -3 7 54.46 1.36 1.6848 0 -4 7 54.48 8.51 1.6841 2 -4 3 54.51 16.50 1.6834 2 4 1 54.72 1.28 1.6774 0 -6 3 55.43 3.09 1.6575 2 -3 5 56.55 12.23 1.6275 0 -6 4 56.59 13.63 1.6263 0 6 1 56.77 3.71 1.6215 2 -4 4 57.04 5.08 1.6146 1 5 3 57.08 20.33 1.6136 1 3 6 57.48 1.61 1.6033 1 -6 1 57.52 2.47 1.6022 2 3 4 58.75 2.63 1.5715 2 1 6 58.98 3.78 1.5659 1 -5 6 59.18 4.32 1.5610 3 1 0 59.40 1.54 1.5558 3 -1 1 59.88 6.85 1.5445 2 -4 5 59.92 2.02 1.5435 2 4 3 60.12 11.66 1.5389 1 -3 8 60.16 2.76 1.5380 3 0 2 60.30 7.78 1.5348 0 -4 8 60.38 8.60 1.5329 0 4 6 60.49 2.27 1.5303 3 -1 2 60.97 2.21 1.5195 2 -5 3 61.37 4.67 1.5106 3 1 2 61.48 2.82 1.5081 0 -2 9 61.50 1.95 1.5076 3 -2 1 61.50 2.50 1.5075 3 2 0 61.53 3.04 1.5070 0 2 8 61.57 4.10 1.5061 2 -1 7 61.86 5.71 1.4997 2 5 1 62.32 59.41 1.4898 0 0 9 62.34 1.47 1.4892 2 -2 7 62.43 1.44 1.4873 3 -1 3 62.67 46.42 1.4822 0 -6 6 62.75 44.31 1.4805 0 6 3 62.89 2.53 1.4776 2 -5 4 63.73 1.15 1.4602 1 -4 8 63.79 1.89 1.4588 2 4 4 64.05 1.79 1.4536 3 -2 3 65.05 5.42 1.4336 3 -3 1 65.17 1.68 1.4312 3 -1 4 66.31 3.30 1.4094 3 3 1 66.68 5.45 1.4025 1 -3 9 66.84 7.45 1.3995 3 1 4 66.93 22.48 1.3979 1 -7 2 67.11 9.83 1.3944 3 -3 3 67.14 1.25 1.3939 1 -7 1 67.53 1.65 1.3868 1 -7 3 68.16 3.63 1.3756 3 3 2 68.67 6.01 1.3666 3 -1 5 68.67 1.17 1.3664 1 -5 8 69.09 1.18 1.3592 2 -5 6 69.80 21.73 1.3471 3 -2 5 69.83 22.56 1.3467 3 2 4 69.94 15.70 1.3448 3 -4 1 70.17 1.51 1.3410 2 6 1 70.21 7.20 1.3403 1 3 8 71.53 5.12 1.3187 3 -4 3 71.55 3.51 1.3183 3 4 1 71.58 2.55 1.3179 1 5 6 71.70 4.05 1.3161 0 -6 8 71.80 4.47 1.3144 0 6 5 73.36 1.05 1.2902 3 0 6 73.49 2.35 1.2883 2 -4 8 73.56 1.13 1.2872 2 4 6 73.72 3.87 1.2849 1 -3 10 74.25 1.63 1.2770 2 -1 9 74.96 1.24 1.2666 1 6 5 75.33 2.34 1.2613 2 0 9 75.72 1.54 1.2558 2 5 5 76.07 1.34 1.2509 3 -5 1 76.29 1.71 1.2478 3 4 3 76.50 1.08 1.2449 2 -7 2 76.61 2.76 1.2433 1 -4 10 76.71 2.96 1.2421 1 4 8 77.14 1.31 1.2362 1 -8 2 77.50 1.09 1.2313 1 3 9 77.67 2.40 1.2290 1 5 7 77.78 2.35 1.2275 2 1 9 77.81 1.24 1.2271 1 -7 7 78.16 3.00 1.2225 2 -5 8 78.44 3.72 1.2189 3 0 7 79.62 1.18 1.2037 2 3 8 80.26 1.39 1.1957 0 8 2 80.48 1.09 1.1931 3 1 7 80.84 3.22 1.1886 1 -5 10 80.94 1.22 1.1874 2 5 6 81.13 11.72 1.1851 4 0 0 81.51 2.12 1.1805 1 0 11 82.22 1.40 1.1721 1 -7 8 83.02 4.12 1.1628 3 5 3 83.05 4.30 1.1624 3 3 6 83.24 1.07 1.1603 1 -8 6 83.38 2.65 1.1587 2 -7 6 84.68 3.51 1.1442 3 -5 6 85.17 2.87 1.1388 2 7 3 85.33 1.83 1.1371 0 -2 12 85.35 2.02 1.1369 1 3 10 85.39 1.41 1.1365 0 2 11 85.66 2.67 1.1336 3 -3 8 85.65 2.47 1.1337 3 -6 4 85.69 2.61 1.1333 3 6 1 85.81 6.86 1.1320 2 -4 10 85.90 6.12 1.1310 2 4 8 86.32 6.37 1.1266 2 -8 2 86.38 1.09 1.1260 3 1 8 86.65 1.17 1.1232 1 -8 7 86.75 1.25 1.1221 1 8 3 87.85 1.35 1.1108 2 8 0 88.63 1.52 1.1031 1 -1 12 88.65 1.56 1.1029 4 1 4 88.85 3.01 1.1009 3 -4 8 88.92 4.18 1.1003 3 4 6 89.44 4.99 1.0952 1 -3 12 89.58 1.07 1.0939 3 -1 9 89.88 1.75 1.0910 3 -2 9 89.92 1.64 1.0906 3 2 8 89.92 1.64 1.0906 3 2 8 XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.