Pumpellyite-(Al) Diffraction data computed using the structure from the paper listed below, along with the cell parameters refined from the powder pattern for R070130 Yoshiasa A, Matsumoto T American Mineralogist 70 (1985) 1011-1019 Crystal structure refinement and crystal chemistry of pumpellyite CELL PARAMETERS: 8.827666 5.908376 19.12544 90.00000 97.44373 90.00000 SPACE GROUP: A2/m X-RAY WAVELENGTH: 1.541838 2-THETA INTENSITY D-SPACING H K L 10.11 3.07 8.7533 1 0 0 12.85 2.88 6.8922 -1 0 2 14.64 5.04 6.0528 1 0 2 18.38 6.80 4.8271 -1 1 1 18.72 13.15 4.7411 0 0 4 19.04 38.05 4.6606 1 1 1 20.11 3.61 4.4153 -1 0 4 20.29 7.55 4.3766 2 0 0 21.23 2.62 4.1854 -2 0 2 22.14 4.99 4.0148 -1 1 3 22.45 2.77 3.9595 1 0 4 23.46 32.78 3.7913 2 0 2 23.77 3.48 3.7423 1 1 3 25.27 2.36 3.5243 -2 1 1 25.85 5.85 3.4461 -2 0 4 26.24 3.73 3.3951 2 1 1 27.71 1.48 3.2189 -2 1 3 28.23 1.25 3.1607 0 0 6 28.70 4.34 3.1098 -1 1 5 28.75 1.30 3.1041 -1 0 6 29.51 10.18 3.0264 2 0 4 30.24 24.73 2.9542 0 2 0 30.33 6.23 2.9457 2 1 3 30.63 17.27 2.9178 3 0 0 30.84 100.00 2.8987 1 1 5 30.87 14.84 2.8962 -3 0 2 31.71 6.28 2.8205 0 2 2 31.96 11.13 2.7991 1 2 0 32.72 35.74 2.7361 -2 0 6 32.87 4.77 2.7241 -2 1 5 32.98 6.99 2.7153 -1 2 2 33.27 3.13 2.6924 3 0 2 33.75 7.05 2.6549 1 2 2 34.03 43.83 2.6333 -3 1 1 35.16 3.40 2.5518 3 1 1 35.80 40.95 2.5073 0 2 4 36.59 4.01 2.4546 2 1 5 36.58 3.99 2.4553 -1 2 4 36.71 28.31 2.4469 -1 1 7 36.69 10.45 2.4486 2 2 0 37.24 3.24 2.4135 -2 2 2 38.00 2.11 2.3668 -1 0 8 38.62 22.17 2.3303 2 2 2 38.73 13.71 2.3238 3 1 3 39.49 8.48 2.2809 -3 1 5 40.19 5.80 2.2429 -2 2 4 40.86 22.95 2.2076 -2 0 8 41.09 9.72 2.1955 -4 0 2 41.24 4.57 2.1883 4 0 0 41.84 14.79 2.1582 0 2 6 42.21 4.05 2.1400 -1 2 6 42.75 20.55 2.1140 2 2 4 43.21 6.03 2.0927 -4 0 4 43.58 4.10 2.0759 3 2 0 43.62 4.99 2.0742 4 0 2 43.75 2.91 2.0681 -3 2 2 43.77 3.65 2.0672 -4 1 1 44.07 1.42 2.0537 1 2 6 44.26 1.51 2.0454 3 1 5 45.15 9.28 2.0074 -2 2 6 45.28 4.55 2.0017 -3 1 7 47.34 4.85 1.9193 -4 0 6 47.69 3.62 1.9062 1 3 1 47.74 1.45 1.9043 -4 1 5 47.95 2.74 1.8964 0 0 10 48.21 1.45 1.8866 1 1 9 48.24 4.37 1.8857 4 1 3 48.64 6.88 1.8711 2 2 6 49.14 1.27 1.8531 -1 3 3 49.26 12.97 1.8489 0 2 8 49.31 1.92 1.8471 -1 2 8 49.50 2.64 1.8403 3 2 4 50.29 1.21 1.8135 -3 2 6 52.54 5.09 1.7407 -4 1 7 52.79 1.93 1.7332 3 0 8 53.24 6.04 1.7195 4 1 5 53.64 8.52 1.7077 -4 2 4 53.93 3.62 1.6991 4 0 6 54.13 1.64 1.6935 -3 0 10 54.08 8.60 1.6947 1 3 5 54.78 3.99 1.6747 -5 1 3 55.15 6.89 1.6644 -1 1 11 55.19 6.02 1.6633 2 0 10 56.17 12.13 1.6365 -3 3 1 57.74 2.35 1.5959 0 2 10 57.75 41.35 1.5954 4 2 4 57.94 1.08 1.5908 2 3 5 58.02 3.19 1.5887 -1 3 7 58.36 13.70 1.5804 0 0 12 58.49 1.35 1.5772 5 0 4 58.84 2.60 1.5684 -4 1 9 59.41 17.03 1.5549 -2 2 10 59.53 1.41 1.5520 -2 0 12 59.47 1.31 1.5535 3 3 3 60.01 3.05 1.5407 1 2 10 60.02 3.26 1.5405 -3 3 5 61.22 6.84 1.5132 4 0 8 61.19 2.38 1.5138 -5 2 2 61.54 1.27 1.5061 5 2 0 61.65 2.22 1.5036 3 0 10 61.61 1.02 1.5045 -5 0 8 62.35 19.67 1.4884 -4 2 8 62.56 3.77 1.4839 -5 2 4 62.88 27.65 1.4771 0 4 0 64.23 9.33 1.4493 2 2 10 65.37 1.19 1.4267 -1 1 13 66.00 2.49 1.4146 6 0 2 66.71 2.96 1.4012 -1 2 12 66.79 1.25 1.3997 4 3 3 67.04 1.78 1.3951 -6 0 6 68.08 2.05 1.3763 2 4 2 68.53 1.21 1.3684 3 1 11 68.55 5.74 1.3681 -4 0 12 69.79 1.41 1.3468 4 2 8 70.06 2.60 1.3421 -3 1 13 70.15 1.00 1.3406 -5 2 8 70.36 2.23 1.3373 -4 3 7 70.95 2.52 1.3276 4 3 5 71.55 2.09 1.3178 3 4 0 71.63 6.01 1.3167 -6 2 2 71.68 2.10 1.3158 -3 4 2 72.26 3.20 1.3066 -5 3 3 72.58 3.29 1.3017 -1 3 11 72.67 6.75 1.3003 -6 2 4 72.70 6.33 1.2998 -2 4 6 73.67 1.13 1.2851 -5 1 11 74.29 1.68 1.2759 6 2 2 75.13 1.06 1.2638 6 0 6 75.31 1.14 1.2611 -7 0 2 75.58 1.06 1.2574 5 3 3 75.80 1.30 1.2543 -4 3 9 76.16 4.04 1.2491 2 0 14 76.16 2.18 1.2491 -5 2 10 76.37 1.81 1.2462 -1 1 15 76.83 2.63 1.2400 5 1 9 77.47 2.68 1.2313 0 2 14 77.74 3.27 1.2276 -2 4 8 78.06 1.08 1.2235 -2 2 14 77.99 1.64 1.2243 4 4 0 78.97 1.74 1.2116 5 2 8 79.35 1.36 1.2068 -4 4 4 82.32 1.02 1.1706 -4 4 6 82.95 1.02 1.1632 -5 3 9 83.93 1.17 1.1522 2 1 15 86.04 2.22 1.1292 -3 3 13 86.23 1.24 1.1272 7 2 2 86.91 1.22 1.1202 5 2 10 87.43 1.10 1.1148 4 4 6 87.56 4.60 1.1135 1 5 5 88.46 1.67 1.1044 2 4 10 88.91 3.87 1.1000 0 2 16 89.14 1.21 1.0978 -8 0 4 89.27 1.24 1.0965 -3 5 1 89.51 1.07 1.0942 8 0 0 89.65 1.08 1.0928 6 2 8 89.65 1.08 1.0928 6 2 8 XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.