Gedrite Papike J J, Ross M American Mineralogist 55 (1970) 1945-1972 Gedrites: Crystal structures and intracrystalline cation distributions sample 001 _database_code_amcsd 0000215 CELL PARAMETERS: 18.5310 17.7410 5.2490 90.000 90.000 90.000 SPACE GROUP: Pnma X-RAY WAVELENGTH: 1.541838 Cell Volume: 1725.653 Density (g/cm3): 3.187 MAX. ABS. INTENSITY / VOLUME**2: 4.979365227 RIR: 0.509 RIR based on corundum from Acta Crystallographica A38 (1982) 733-739 2-THETA INTENSITY D-SPACING H K L Multiplicity 9.97 66.91 8.8705 0 2 0 2 10.77 81.25 8.2129 2 1 0 4 17.56 1.08 5.0503 1 0 1 4 17.62 3.69 5.0333 0 1 1 4 17.79 5.11 4.9849 2 3 0 4 18.26 15.07 4.8573 1 1 1 8 19.44 3.39 4.5671 2 0 1 4 20.02 22.46 4.4352 0 4 0 2 20.08 11.34 4.4229 2 1 1 8 20.23 2.31 4.3888 1 2 1 8 21.64 9.66 4.1064 4 2 0 4 21.89 3.58 4.0605 2 2 1 8 22.79 2.78 3.9019 3 1 1 8 23.16 18.79 3.8404 1 3 1 8 24.63 41.89 3.6146 2 3 1 8 26.91 21.10 3.3132 3 3 1 8 27.58 15.52 3.2343 4 2 1 8 27.85 55.99 3.2037 4 4 0 4 28.04 1.71 3.1818 2 4 1 8 29.35 100.00 3.0427 6 1 0 4 29.50 1.17 3.0276 5 0 1 4 29.83 15.95 2.9950 4 3 1 8 29.94 1.58 2.9844 5 1 1 8 30.41 3.45 2.9396 0 5 1 4 30.80 7.36 2.9033 1 5 1 8 31.22 30.58 2.8653 5 2 1 8 31.94 55.41 2.8020 2 5 1 8 32.71 20.94 2.7376 6 3 0 4 33.24 12.31 2.6949 5 3 1 8 33.67 1.07 2.6619 6 0 1 4 33.77 45.43 2.6543 3 5 1 8 34.06 1.76 2.6324 6 1 1 8 34.52 2.26 2.5986 1 0 2 4 35.17 53.72 2.5517 1 6 1 8 35.20 9.29 2.5496 6 2 1 8 35.55 69.15 2.5252 2 0 2 4 36.03 1.91 2.4924 4 6 0 4 36.19 27.54 2.4821 4 5 1 8 36.19 12.36 2.4821 2 6 1 8 37.04 1.69 2.4273 6 3 1 8 37.22 14.83 2.4155 3 0 2 4 37.58 3.43 2.3934 3 1 2 8 37.84 3.67 2.3777 3 6 1 8 38.63 1.80 2.3306 3 2 2 8 38.65 5.36 2.3296 6 5 0 4 39.11 21.91 2.3031 5 5 1 8 39.45 6.30 2.2840 7 2 1 8 39.79 5.64 2.2652 1 7 1 8 39.80 2.96 2.2648 4 1 2 8 40.05 4.66 2.2515 4 6 1 8 40.71 9.93 2.2161 2 7 1 8 42.19 32.81 2.1419 5 0 2 4 42.43 1.74 2.1302 4 3 2 8 42.51 12.08 2.1264 5 1 2 8 42.62 4.31 2.1213 3 4 2 8 42.75 24.10 2.1154 5 6 1 8 43.15 1.36 2.0965 1 5 2 8 43.93 7.26 2.0612 8 2 1 8 44.24 1.25 2.0473 4 7 1 8 44.63 1.38 2.0305 1 8 1 8 45.02 3.59 2.0138 5 3 2 8 45.34 4.80 2.0003 4 8 0 4 45.87 30.37 1.9783 6 6 1 8 46.14 10.62 1.9672 7 5 1 8 46.34 3.20 1.9592 6 7 0 4 46.74 4.24 1.9434 5 7 1 8 47.14 1.95 1.9281 2 9 0 4 47.34 1.70 1.9202 4 5 2 8 48.87 9.14 1.8638 7 0 2 4 49.45 7.43 1.8431 10 1 0 4 49.65 6.09 1.8363 1 9 1 8 49.72 1.60 1.8337 5 5 2 8 50.01 1.57 1.8240 7 2 2 8 50.02 1.37 1.8235 8 6 0 4 50.03 6.90 1.8232 6 4 2 8 50.14 7.92 1.8194 8 5 1 8 50.29 1.36 1.8144 1 7 2 8 50.42 7.54 1.8098 2 9 1 8 51.51 2.35 1.7741 0 10 0 2 51.69 3.13 1.7683 10 3 0 4 52.98 8.53 1.7284 8 1 2 8 53.17 7.58 1.7225 8 6 1 8 53.32 5.91 1.7183 7 4 2 8 53.80 1.10 1.7038 6 8 1 8 54.35 2.87 1.6879 2 2 3 8 54.39 2.30 1.6869 1 8 2 8 54.71 4.32 1.6778 0 3 3 4 54.95 2.72 1.6709 1 3 3 8 55.12 3.29 1.6663 2 8 2 8 55.29 1.01 1.6616 6 9 0 4 55.57 4.76 1.6539 3 2 3 8 55.64 2.34 1.6519 5 9 1 8 56.23 1.21 1.6359 5 7 2 8 56.32 2.00 1.6336 3 8 2 8 56.83 7.18 1.6200 9 0 2 4 57.09 2.69 1.6132 9 1 2 8 57.28 17.55 1.6084 9 6 1 8 57.54 2.96 1.6019 8 8 0 4 58.05 12.93 1.5889 2 11 0 4 58.41 1.54 1.5799 4 10 1 8 58.85 18.10 1.5692 0 5 3 4 59.08 11.22 1.5637 1 5 3 8 59.90 6.64 1.5443 12 0 0 2 60.48 2.07 1.5307 5 10 1 8 60.63 3.37 1.5272 3 9 2 8 60.88 1.27 1.5216 9 4 2 8 61.66 23.68 1.5043 10 6 1 8 61.82 27.37 1.5008 1 6 3 8 61.84 1.63 1.5004 6 2 3 8 62.04 1.21 1.4959 10 7 0 4 62.49 8.27 1.4863 2 6 3 8 62.54 2.10 1.4852 6 8 2 8 62.86 21.14 1.4784 0 12 0 2 63.67 1.77 1.4616 11 5 1 8 64.16 1.69 1.4516 2 10 2 8 64.48 1.31 1.4451 5 5 3 8 64.72 1.11 1.4403 7 2 3 8 64.74 3.62 1.4399 0 7 3 4 65.11 2.42 1.4326 10 4 2 8 65.26 8.74 1.4296 6 11 0 4 65.41 1.95 1.4268 7 8 2 8 65.88 15.61 1.4177 11 0 2 4 65.91 1.14 1.4171 7 3 3 8 66.12 7.42 1.4132 11 1 2 8 66.29 23.02 1.4099 11 6 1 8 67.09 1.67 1.3950 5 6 3 8 68.00 1.36 1.3786 11 3 2 8 68.65 4.35 1.3671 12 5 1 8 69.04 1.23 1.3603 8 10 1 8 69.44 8.33 1.3535 6 6 3 8 69.65 3.97 1.3499 7 5 3 8 70.16 8.93 1.3413 3 11 2 8 71.02 7.82 1.3272 12 1 2 8 71.19 13.47 1.3245 12 6 1 8 71.47 3.00 1.3200 14 1 0 4 71.63 1.50 1.3174 1 13 1 8 72.17 5.28 1.3090 1 0 4 4 72.17 2.77 1.3089 7 6 3 8 72.19 1.94 1.3086 0 9 3 4 72.39 2.90 1.3054 1 1 4 8 72.80 1.50 1.2992 8 5 3 8 72.84 3.76 1.2985 12 3 2 8 73.50 2.66 1.2884 5 11 2 8 73.82 1.58 1.2836 3 0 4 4 73.89 3.25 1.2826 13 5 1 8 74.06 1.20 1.2801 3 9 3 8 74.20 2.04 1.2780 1 3 4 8 74.35 13.69 1.2758 2 12 2 8 75.26 5.70 1.2626 4 0 4 4 75.38 5.73 1.2610 3 12 2 8 75.49 1.24 1.2593 10 2 3 8 75.50 1.33 1.2593 4 9 3 8 75.77 1.14 1.2554 1 4 4 8 76.04 1.74 1.2516 9 9 2 8 76.43 1.18 1.2462 8 12 0 4 77.28 1.07 1.2346 2 10 3 8 78.29 1.59 1.2212 3 10 3 8 78.63 2.58 1.2167 5 12 2 8 78.64 1.01 1.2166 10 11 0 4 79.09 1.11 1.2108 5 3 4 8 80.63 2.44 1.1915 5 4 4 8 81.43 4.77 1.1818 8 11 2 8 82.52 1.10 1.1689 5 14 1 8 82.55 1.60 1.1686 10 6 3 8 83.46 1.71 1.1582 16 0 0 2 84.83 6.86 1.1430 9 11 2 8 84.94 2.70 1.1418 8 0 4 4 88.41 1.31 1.1057 8 4 4 8 89.10 1.65 1.0989 14 9 0 4 89.81 4.07 1.0920 9 12 2 8 ================================================================================ XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.