Botryogen Diffraction data computed using the structure from the paper listed below, along with the cell parameters refined from the powder pattern R070581. Suesse P Naturwissenschaften 54 (1967) 139-139 Die kristallstruktur des botryogens Locality: Quetena, Chile CELL PARAMETERS: 10.50900 17.88583 7.126884 90.00000 100.2161 90.00000 SPACE GROUP: P2_1/n X-RAY WAVELENGTH: 1.541838 2-THETA INTENSITY D-SPACING H K L 10.04 100.00 8.9533 1 1 0 10.05 18.02 8.9429 0 2 0 13.25 2.87 6.7647 1 2 0 14.10 63.36 6.3518 -1 0 1 14.96 4.56 5.9855 -1 1 1 16.21 29.51 5.5190 0 2 1 16.64 19.56 5.3787 1 0 1 17.30 15.48 5.1712 2 0 0 17.28 6.90 5.1785 -1 2 1 17.37 12.84 5.1508 1 1 1 17.32 38.72 5.1652 1 3 0 18.01 2.42 4.9677 2 1 0 19.41 8.61 4.6092 1 2 1 19.69 15.29 4.5426 0 3 1 19.98 4.59 4.4767 2 2 0 20.22 13.63 4.4251 -2 1 1 20.58 27.42 4.3470 -1 3 1 21.80 37.73 4.1043 1 4 0 22.00 3.49 4.0674 -2 2 1 22.91 10.27 3.9065 2 3 0 23.75 20.56 3.7704 0 4 1 25.34 30.95 3.5354 2 2 1 25.97 8.08 3.4502 -1 1 2 26.04 7.34 3.4414 0 1 2 26.06 4.14 3.4384 1 4 1 26.47 7.83 3.3852 3 1 0 26.50 11.32 3.3823 2 4 0 26.51 5.30 3.3807 1 5 0 26.86 8.49 3.3371 -3 0 1 27.40 4.31 3.2724 -1 2 2 27.46 14.23 3.2649 0 2 2 27.73 2.17 3.2336 2 3 1 27.88 32.37 3.2167 3 2 0 28.07 3.00 3.1951 -2 4 1 28.14 6.02 3.1867 0 5 1 28.78 1.86 3.1169 -1 5 1 29.64 51.51 3.0287 -1 3 2 29.70 1.36 3.0228 0 3 2 30.00 2.22 2.9928 -2 2 2 30.08 4.19 2.9844 3 3 0 30.17 3.00 2.9756 1 2 2 30.14 1.15 2.9786 1 5 1 30.12 1.17 2.9810 0 6 0 30.53 1.95 2.9419 2 5 0 31.01 7.66 2.8972 3 0 1 31.37 2.42 2.8644 1 6 0 31.92 4.12 2.8162 -2 5 1 32.07 20.89 2.8030 -2 3 2 32.53 10.75 2.7640 -1 4 2 32.63 16.70 2.7562 3 2 1 32.59 10.42 2.7595 0 4 2 32.78 2.77 2.7435 0 6 1 32.94 2.67 2.7302 3 4 0 33.46 3.07 2.6893 2 0 2 33.34 1.91 2.6986 -1 6 1 33.65 5.92 2.6744 -3 4 1 34.56 2.74 2.6058 3 3 1 34.97 1.53 2.5754 2 2 2 34.87 5.31 2.5826 2 6 0 35.20 3.39 2.5590 4 1 0 35.30 6.55 2.5526 -4 1 1 36.11 3.56 2.4963 -2 6 1 36.30 11.28 2.4839 4 2 0 36.32 3.94 2.4823 3 5 0 36.35 7.00 2.4805 1 7 0 36.55 1.87 2.4675 -3 3 2 36.97 3.80 2.4401 -3 5 1 37.11 1.10 2.4314 3 4 1 37.60 6.84 2.4008 0 7 1 38.16 6.46 2.3663 1 5 2 38.09 3.05 2.3705 -1 7 1 38.15 3.21 2.3670 -4 3 1 38.98 1.06 2.3182 0 1 3 39.42 1.86 2.2934 -1 2 3 39.68 3.33 2.2786 4 1 1 39.77 2.83 2.2738 -1 6 2 39.82 2.01 2.2713 0 6 2 39.99 1.79 2.2619 0 2 3 40.25 2.47 2.2478 3 1 2 40.12 3.18 2.2549 3 6 0 40.68 5.14 2.2251 4 2 1 40.59 1.06 2.2299 -2 7 1 40.84 2.03 2.2167 -2 2 3 41.20 2.38 2.1981 1 0 3 41.45 2.44 2.1853 1 8 0 41.62 1.90 2.1766 0 3 3 41.68 11.18 2.1735 -2 6 2 41.81 1.58 2.1669 1 6 2 42.52 5.88 2.1325 -4 3 2 43.15 2.70 2.1026 -3 1 3 43.29 1.29 2.0959 -1 4 3 43.30 2.02 2.0955 4 5 0 43.38 1.93 2.0920 -4 5 1 43.69 5.40 2.0776 3 6 1 43.80 1.04 2.0729 -5 1 1 43.97 13.51 2.0651 0 7 2 44.20 6.16 2.0548 5 1 0 44.26 1.36 2.0521 2 8 0 44.61 2.39 2.0369 -2 4 3 44.80 1.41 2.0287 -3 7 1 44.97 2.74 2.0211 3 4 2 45.69 1.49 1.9908 -2 7 2 45.82 4.01 1.9857 1 7 2 46.02 1.98 1.9773 -1 5 3 46.53 2.70 1.9570 0 5 3 46.62 1.54 1.9532 4 6 0 46.66 2.45 1.9516 1 9 0 47.28 2.46 1.9275 -2 5 3 47.29 1.60 1.9272 -5 1 2 47.65 1.82 1.9134 4 1 2 47.63 4.82 1.9141 3 5 2 47.64 1.07 1.9136 -3 4 3 48.08 2.79 1.8972 2 3 3 48.14 3.38 1.8949 5 0 1 48.42 1.42 1.8844 5 1 1 48.51 3.25 1.8814 4 2 2 48.36 1.21 1.8867 -1 8 2 48.74 2.82 1.8728 1 5 3 49.12 4.82 1.8593 -3 7 2 49.17 1.02 1.8574 -3 8 1 49.57 1.51 1.8434 -5 3 2 50.05 1.92 1.8267 2 4 3 50.18 2.16 1.8223 -2 9 1 50.25 2.17 1.8197 -4 3 3 50.39 6.96 1.8151 -2 6 3 50.39 2.08 1.8151 -4 7 1 50.46 3.81 1.8128 -4 6 2 50.66 1.67 1.8059 5 3 1 51.12 9.78 1.7907 5 5 0 51.19 1.50 1.7886 0 10 0 51.50 2.27 1.7785 -5 4 2 51.67 5.02 1.7729 -1 1 4 51.79 1.63 1.7692 1 6 3 52.41 1.22 1.7497 -2 1 4 52.76 1.22 1.7387 -1 7 3 53.08 1.71 1.7290 0 9 2 53.21 6.27 1.7251 -2 2 4 53.40 2.37 1.7192 2 8 2 53.32 1.95 1.7217 3 9 0 53.55 1.08 1.7149 -6 2 1 54.31 3.23 1.6926 6 2 0 54.36 2.29 1.6912 4 8 0 54.39 3.86 1.6903 2 10 0 54.71 1.34 1.6811 -3 1 4 55.41 1.37 1.6613 -6 1 2 55.64 1.54 1.6551 -1 4 4 56.34 1.91 1.6362 -2 4 4 56.56 1.18 1.6303 -3 7 3 56.76 1.14 1.6251 -5 6 2 57.05 1.06 1.6174 1 3 4 56.87 1.48 1.6220 2 10 1 57.40 3.05 1.6084 6 4 0 57.61 3.26 1.6028 3 5 3 57.62 2.21 1.6027 -3 9 2 57.79 1.11 1.5983 2 9 2 57.93 2.72 1.5948 -1 5 4 57.99 2.48 1.5933 0 10 2 58.70 1.51 1.5757 4 9 0 58.93 1.01 1.5700 -6 5 1 59.04 1.28 1.5674 1 8 3 59.59 3.33 1.5543 5 4 2 59.41 1.84 1.5584 -2 10 2 60.55 1.48 1.5318 -2 11 1 60.61 1.88 1.5303 -4 7 3 60.76 1.34 1.5270 -3 5 4 60.82 1.56 1.5256 -5 8 1 61.33 1.13 1.5140 6 4 1 61.78 1.18 1.5040 5 5 2 62.13 2.09 1.4964 -4 4 4 62.53 1.62 1.4878 2 4 4 63.25 2.99 1.4725 7 1 0 63.48 2.73 1.4676 3 7 3 63.41 1.01 1.4693 -3 6 4 63.78 1.20 1.4615 -1 7 4 63.93 2.72 1.4585 4 8 2 64.10 2.21 1.4551 -7 3 1 64.42 1.79 1.4486 6 0 2 64.23 3.00 1.4524 -7 1 2 64.57 1.07 1.4455 5 8 1 64.58 1.78 1.4454 1 11 2 64.89 3.21 1.4392 -5 9 1 65.37 1.10 1.4296 -5 3 4 65.89 3.60 1.4196 3 3 4 66.45 1.86 1.4090 4 6 3 66.39 1.36 1.4102 2 9 3 66.72 1.66 1.4040 1 7 4 67.58 1.27 1.3881 -3 0 5 67.60 2.16 1.3876 -5 9 2 68.04 2.25 1.3797 0 8 4 68.49 1.12 1.3717 0 12 2 68.94 1.68 1.3638 1 13 0 69.22 1.24 1.3590 -7 1 3 69.79 1.08 1.3493 -2 12 2 70.51 2.06 1.3372 -6 8 2 73.71 1.10 1.2868 -3 9 4 74.28 2.51 1.2783 5 11 0 75.03 1.41 1.2673 2 3 5 78.04 1.16 1.2257 4 6 4 78.66 1.98 1.2176 -7 3 4 79.38 1.68 1.2083 5 3 4 79.38 1.68 1.2083 5 3 4 XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.