Gedrite Diffraction data computed using the structure from the paper listed below, along with the cell parameters refined from the powder pattern for R050339 Papike J J, Ross M American Mineralogist 55 (1970) 1945-1972 Gedrites: Crystal structures and intracrystalline cation distributions sample 001 CELL PARAMETERS: 18.56391 17.83410 5.275033 90.00000 90.00000 90.00000 SPACE GROUP: Pnma X-RAY WAVELENGTH: 1.541838 2-THETA INTENSITY D-SPACING H K L 9.97 66.91 8.9171 0 2 0 10.79 81.25 8.2336 2 1 0 17.52 1.08 5.0742 1 0 1 17.58 3.69 5.0584 0 1 1 17.76 5.11 5.0060 2 3 0 18.22 15.07 4.8805 1 1 1 19.40 3.39 4.5862 2 0 1 19.96 22.46 4.4585 0 4 0 20.03 11.34 4.4416 2 1 1 20.18 2.31 4.4101 1 2 1 21.63 9.66 4.1168 4 2 0 21.83 3.58 4.0784 2 2 1 22.74 2.78 3.9164 3 1 1 23.08 18.79 3.8594 1 3 1 24.55 41.89 3.6312 2 3 1 26.83 21.10 3.3269 3 3 1 27.52 15.52 3.2454 4 2 1 27.78 55.99 3.2152 4 4 0 27.94 1.71 3.1968 2 4 1 29.33 100.00 3.0484 6 1 0 29.45 1.17 3.0361 5 0 1 29.75 15.95 3.0061 4 3 1 29.88 1.58 2.9931 5 1 1 30.28 3.45 2.9547 0 5 1 30.67 7.36 2.9180 1 5 1 31.15 30.58 2.8741 5 2 1 31.81 55.41 2.8155 2 5 1 32.66 20.94 2.7445 6 3 0 33.16 12.31 2.7039 5 3 1 33.61 1.07 2.6688 6 0 1 33.64 45.43 2.6664 3 5 1 33.99 1.76 2.6394 6 1 1 34.37 2.26 2.6113 1 0 2 35.01 53.72 2.5647 1 6 1 35.13 9.29 2.5567 6 2 1 35.41 69.15 2.5371 2 0 2 35.90 1.91 2.5030 4 6 0 36.06 27.54 2.4925 4 5 1 36.03 12.36 2.4943 2 6 1 36.95 1.69 2.4347 6 3 1 37.08 14.83 2.4263 3 0 2 37.43 3.43 2.4042 3 1 2 37.68 3.67 2.3888 3 6 1 38.48 1.80 2.3412 3 2 2 38.54 5.36 2.3372 6 5 0 38.98 21.91 2.3120 5 5 1 39.37 6.30 2.2899 7 2 1 39.61 5.64 2.2768 1 7 1 39.65 2.96 2.2744 4 1 2 39.89 4.66 2.2613 4 6 1 40.53 9.93 2.2271 2 7 1 42.04 32.81 2.1502 5 0 2 42.26 1.74 2.1394 4 3 2 42.36 12.08 2.1347 5 1 2 42.43 4.31 2.1312 3 4 2 42.59 24.10 2.1240 5 6 1 42.95 1.36 2.1070 1 5 2 43.83 7.26 2.0662 8 2 1 44.05 1.25 2.0566 4 7 1 44.40 1.38 2.0410 1 8 1 44.84 3.59 2.0220 5 3 2 45.14 4.80 2.0095 4 8 0 45.71 30.37 1.9858 6 6 1 46.00 10.62 1.9736 7 5 1 46.17 3.20 1.9667 6 7 0 46.55 4.24 1.9516 5 7 1 46.90 1.95 1.9379 2 9 0 47.13 1.70 1.9289 4 5 2 48.71 9.14 1.8701 7 0 2 49.37 7.43 1.8464 10 1 0 49.39 6.09 1.8458 1 9 1 49.51 1.60 1.8415 5 5 2 49.84 1.57 1.8303 7 2 2 49.87 1.37 1.8291 8 6 0 49.84 6.90 1.8303 6 4 2 49.99 7.92 1.8250 8 5 1 50.03 1.36 1.8236 1 7 2 50.16 7.54 1.8190 2 9 1 51.24 2.35 1.7834 0 10 0 51.59 3.13 1.7720 10 3 0 52.81 8.53 1.7339 8 1 2 53.00 7.58 1.7282 8 6 1 53.12 5.91 1.7245 7 4 2 53.57 1.10 1.7109 6 8 1 54.08 2.87 1.6961 2 2 3 54.10 2.30 1.6955 1 8 2 54.42 4.32 1.6861 0 3 3 54.67 2.72 1.6792 1 3 3 54.83 3.29 1.6746 2 8 2 55.04 1.01 1.6687 6 9 0 55.29 4.76 1.6618 3 2 3 55.37 2.34 1.6594 5 9 1 55.97 1.21 1.6432 5 7 2 56.03 2.00 1.6416 3 8 2 56.66 7.18 1.6248 9 0 2 56.91 2.69 1.6181 9 1 2 57.09 17.55 1.6134 9 6 1 57.32 2.96 1.6076 8 8 0 57.73 12.93 1.5971 2 11 0 58.11 1.54 1.5875 4 10 1 58.53 18.10 1.5771 0 5 3 58.76 11.22 1.5715 1 5 3 59.78 6.64 1.5470 12 0 0 60.18 2.07 1.5377 5 10 1 60.31 3.37 1.5348 3 9 2 60.66 1.27 1.5266 9 4 2 61.46 23.68 1.5088 10 6 1 61.48 27.37 1.5084 1 6 3 61.55 1.63 1.5067 6 2 3 61.84 1.21 1.5004 10 7 0 62.15 8.27 1.4936 2 6 3 62.24 2.10 1.4916 6 8 2 62.49 21.14 1.4862 0 12 0 63.48 1.77 1.4654 11 5 1 63.79 1.69 1.4590 2 10 2 64.16 1.31 1.4516 5 5 3 64.43 1.11 1.4461 7 2 3 64.38 3.62 1.4471 0 7 3 64.88 2.42 1.4371 10 4 2 64.93 8.74 1.4361 6 11 0 65.10 1.95 1.4327 7 8 2 65.68 15.61 1.4215 11 0 2 65.61 1.14 1.4229 7 3 3 65.91 7.42 1.4170 11 1 2 66.08 23.02 1.4139 11 6 1 66.74 1.67 1.4014 5 6 3 67.77 1.36 1.3826 11 3 2 68.45 4.35 1.3705 12 5 1 68.72 1.23 1.3658 8 10 1 69.09 8.33 1.3595 6 6 3 69.31 3.97 1.3555 7 5 3 69.76 8.93 1.3480 3 11 2 70.80 7.82 1.3307 12 1 2 70.96 13.47 1.3281 12 6 1 71.31 3.00 1.3223 14 1 0 71.19 1.50 1.3243 1 13 1 71.74 5.28 1.3154 1 0 4 71.81 2.77 1.3144 7 6 3 71.76 1.94 1.3152 0 9 3 71.97 2.90 1.3119 1 1 4 72.45 1.50 1.3044 8 5 3 72.60 3.76 1.3020 12 3 2 73.09 2.66 1.2945 5 11 2 73.40 1.58 1.2898 3 0 4 73.67 3.25 1.2857 13 5 1 73.62 1.20 1.2865 3 9 3 73.76 2.04 1.2844 1 3 4 73.89 13.69 1.2824 2 12 2 74.84 5.70 1.2685 4 0 4 74.92 5.73 1.2673 3 12 2 75.17 1.24 1.2637 10 2 3 75.05 1.33 1.2654 4 9 3 75.31 1.14 1.2617 1 4 4 75.68 1.74 1.2564 9 9 2 76.03 1.18 1.2515 8 12 0 76.80 1.07 1.2409 2 10 3 77.81 1.59 1.2272 3 10 3 78.17 2.58 1.2226 5 12 2 78.27 1.01 1.2211 10 11 0 78.64 1.11 1.2164 5 3 4 80.16 2.44 1.1971 5 4 4 80.99 4.77 1.1869 8 11 2 82.01 1.10 1.1747 5 14 1 82.15 1.60 1.1730 10 6 3 83.25 1.71 1.1602 16 0 0 84.37 6.86 1.1477 9 11 2 84.48 2.70 1.1465 8 0 4 87.90 1.31 1.1104 8 4 4 88.75 1.65 1.1020 14 9 0 89.30 4.07 1.0966 9 12 2 89.30 4.07 1.0966 9 12 2 XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.