Masutomilite Diffraction data computed using the structure from the paper listed below, along with the cell parameters refined from the powder pattern for R061008 Mizota T, Kato T, Harada K Mineralogical Journal 13 (1986) 13-21 The crystal structure of masutomilite, Mn analogue of zinnwaldite Locality: Tanakamiyama, Ohtsu, Japan CELL PARAMETERS: 5.262000 9.102000 10.09400 90.00000 100.8300 90.00000 SPACE GROUP: C2 X-RAY WAVELENGTH: 1.541838 2-THETA INTENSITY D-SPACING H K L 8.94 100.00 9.9146 0 0 1 17.91 9.78 4.9573 0 0 2 19.49 34.66 4.5574 0 2 0 19.72 20.20 4.5063 1 1 0 20.29 17.81 4.3800 -1 1 1 21.47 11.33 4.1409 0 2 1 22.98 27.63 3.8718 1 1 1 24.45 84.30 3.6429 -1 1 2 26.58 85.74 3.3551 0 2 2 26.99 58.03 3.3049 0 0 3 28.87 98.34 3.0932 1 1 2 30.84 64.81 2.8997 -1 1 3 33.50 34.60 2.6754 0 2 3 34.07 18.63 2.6314 -2 0 1 34.21 37.43 2.6213 1 3 0 34.56 77.12 2.5957 -1 3 1 34.61 39.92 2.5921 2 0 0 35.96 3.38 2.4972 -2 0 2 36.24 7.21 2.4786 0 0 4 36.23 10.47 2.4794 1 1 3 36.27 8.11 2.4769 1 3 1 37.25 49.90 2.4137 -1 3 2 37.47 30.81 2.4002 2 0 1 38.49 1.75 2.3386 -1 1 4 39.55 8.36 2.2787 0 4 0 39.54 10.42 2.2788 -2 2 1 39.98 2.04 2.2551 -2 0 3 40.01 14.59 2.2532 2 2 0 40.42 3.60 2.2315 1 3 2 40.62 10.41 2.2208 0 4 1 41.22 10.70 2.1900 -2 2 2 41.91 38.16 2.1555 -1 3 3 42.26 19.80 2.1384 2 0 2 42.57 6.71 2.1237 2 2 1 43.71 4.02 2.0704 0 4 2 44.84 2.80 2.0212 -2 2 3 45.65 7.33 1.9870 -2 0 4 45.75 24.35 1.9829 0 0 5 46.19 18.30 1.9651 1 3 3 48.06 3.23 1.8927 -1 3 4 50.07 3.87 1.8214 -2 2 4 52.58 3.81 1.7401 -2 0 5 52.75 1.97 1.7348 2 2 3 53.00 1.69 1.7272 -3 1 1 53.19 5.21 1.7214 1 3 4 53.16 1.73 1.7226 -2 4 1 53.25 1.28 1.7197 1 5 0 53.49 1.57 1.7125 -1 5 1 54.50 1.54 1.6832 -2 4 2 54.70 2.35 1.6775 0 4 4 54.72 5.46 1.6770 1 5 1 55.37 40.32 1.6588 -1 3 5 55.44 7.16 1.6570 -1 5 2 55.60 5.51 1.6526 2 4 1 55.91 19.71 1.6442 2 0 4 56.14 12.31 1.6377 -3 1 3 56.64 4.95 1.6245 3 1 1 57.48 7.86 1.6029 -2 4 3 57.81 9.37 1.5944 1 5 2 58.96 3.45 1.5659 -1 5 3 59.24 6.95 1.5593 2 4 2 59.48 1.03 1.5535 0 2 6 60.10 2.96 1.5390 -3 1 4 60.52 9.40 1.5293 -2 0 6 60.81 5.21 1.5226 3 1 2 60.82 38.80 1.5223 -3 3 1 60.97 18.56 1.5191 0 6 0 61.20 15.76 1.5139 1 3 5 61.50 3.49 1.5073 -3 3 2 61.76 4.10 1.5016 0 6 1 61.73 4.01 1.5021 3 3 0 61.94 1.79 1.4976 -2 4 4 62.02 1.49 1.4959 0 4 5 62.96 2.01 1.4757 1 1 6 63.63 3.51 1.4617 -1 3 6 63.91 1.65 1.4560 -1 5 4 64.22 1.50 1.4499 -2 2 6 64.24 1.48 1.4493 2 0 5 65.79 2.62 1.4189 -1 1 7 65.92 1.73 1.4164 0 0 7 67.83 6.57 1.3812 2 2 5 69.36 10.31 1.3543 -2 0 7 69.46 2.18 1.3526 0 2 7 70.11 19.81 1.3417 1 3 6 70.35 5.77 1.3377 0 4 6 71.71 9.57 1.3156 -2 6 1 71.60 4.66 1.3172 -4 0 1 71.70 6.79 1.3157 -4 0 2 72.02 12.04 1.3106 2 6 0 72.45 6.22 1.3039 -3 3 5 72.79 1.67 1.2986 -1 3 7 72.82 7.17 1.2982 -2 2 7 73.02 6.87 1.2952 0 6 4 73.21 1.21 1.2923 1 1 7 73.25 2.96 1.2917 -4 0 3 73.32 5.99 1.2906 3 3 3 73.47 1.04 1.2883 2 0 6 73.78 8.12 1.2836 2 6 1 75.00 1.80 1.2658 -3 5 1 75.12 1.35 1.2641 -4 2 2 75.41 5.32 1.2599 -2 6 3 75.74 2.65 1.2553 4 0 1 76.36 1.20 1.2466 4 2 0 76.64 1.41 1.2427 -4 2 3 76.89 3.06 1.2393 0 0 8 76.86 3.92 1.2397 2 2 6 77.03 2.17 1.2374 -1 7 2 77.63 3.63 1.2293 -3 5 3 78.05 1.03 1.2237 3 5 1 78.77 2.28 1.2143 -3 3 6 79.06 1.50 1.2107 1 7 2 79.09 3.03 1.2102 4 2 1 79.43 2.08 1.2059 0 6 5 79.67 2.53 1.2029 0 4 7 79.56 1.27 1.2042 -4 2 4 79.94 1.75 1.1995 1 3 7 79.83 1.53 1.2009 3 3 4 80.05 2.37 1.1981 -1 7 3 81.04 1.14 1.1859 -3 5 4 81.48 1.12 1.1806 2 6 3 81.67 1.61 1.1783 3 5 2 83.59 2.26 1.1562 1 5 6 85.80 1.37 1.1319 0 8 1 86.14 1.25 1.1283 -1 5 7 86.21 5.50 1.1275 -4 0 6 86.80 1.08 1.1214 2 4 6 87.35 9.71 1.1158 2 6 4 88.69 1.93 1.1023 -3 1 8 88.69 1.93 1.1023 -3 1 8 XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.