Meyerhofferite Diffraction data computed using the structure from the paper listed below, along with the cell parameters refined from the powder pattern for R050671 Burns P C, Hawthorne F C The Canadian Mineralogist 31 (1993) 305-312 Hydrogen bonding in meyerhofferite: An X-ray and structure energy study from Mount Blanco, Death Valley, California Locality: Mount Blanco, Death Valley, California, USA CELL PARAMETERS: 6.639546 8.349835 6.471337 90.83232 101.8657 86.76243 SPACE GROUP: P-1 X-RAY WAVELENGTH: 1.541838 2-THETA INTENSITY D-SPACING H K L 10.62 90.59 8.3365 0 1 0 13.65 100.00 6.4880 1 0 0 13.99 4.52 6.3330 0 0 1 17.45 7.21 5.0830 -1 0 1 17.56 11.86 5.0502 0 -1 1 17.61 3.53 5.0357 0 1 1 17.78 37.64 4.9896 -1 1 0 21.31 19.15 4.1682 0 2 0 21.52 2.11 4.1283 1 0 1 23.73 5.40 3.7488 1 1 1 24.37 18.19 3.6521 1 -1 1 24.74 5.59 3.5974 1 2 0 25.54 3.56 3.4865 0 -2 1 25.61 5.03 3.4770 0 2 1 27.04 30.59 3.2970 -1 -2 1 27.49 4.90 3.2440 2 0 0 28.17 33.40 3.1665 0 0 2 28.21 2.90 3.1625 -2 0 1 28.29 51.86 3.1539 -1 2 1 28.71 2.06 3.1081 -1 0 2 28.97 28.79 3.0806 2 1 0 29.65 5.43 3.0121 -2 -1 1 29.95 1.20 2.9825 1 2 1 30.09 6.90 2.9688 -2 1 0 30.15 7.13 2.9631 0 -1 2 30.39 5.26 2.9404 -1 -1 2 30.99 5.16 2.8849 -1 1 2 30.97 1.29 2.8862 1 -2 1 32.20 4.19 2.7788 0 3 0 33.94 17.70 2.6402 1 0 2 34.07 4.72 2.6307 2 2 0 34.39 1.20 2.6065 1 3 0 34.64 3.72 2.5886 -2 -2 1 34.77 10.47 2.5786 2 1 1 35.21 24.06 2.5474 0 -3 1 35.30 1.95 2.5415 -2 0 2 35.29 3.25 2.5419 0 3 1 35.44 19.74 2.5314 1 1 2 35.51 10.65 2.5272 -1 -2 2 35.54 11.33 2.5251 0 -2 2 35.83 27.02 2.5053 -1 3 0 36.47 2.24 2.4623 -2 -1 2 36.55 1.17 2.4576 -1 2 2 36.58 5.49 2.4555 -2 2 1 37.57 1.50 2.3931 -1 3 1 40.04 1.47 2.2506 1 2 2 40.72 2.74 2.2149 -2 -2 2 41.23 4.00 2.1885 -3 0 1 41.74 3.36 2.1627 3 0 0 42.07 2.82 2.1467 -3 -1 1 42.07 10.83 2.1466 -2 -3 1 42.19 11.99 2.1408 -1 0 3 42.46 4.22 2.1276 -2 2 2 42.59 3.18 2.1217 3 1 0 42.81 1.02 2.1110 0 0 3 43.23 1.89 2.0917 0 -3 2 43.31 4.79 2.0881 -3 1 1 43.40 2.39 2.0841 -1 -1 3 43.40 10.74 2.0841 0 4 0 43.86 2.83 2.0631 -1 1 3 43.79 14.44 2.0661 -3 1 0 43.84 7.24 2.0642 2 0 2 44.03 5.67 2.0556 -2 3 0 44.27 1.56 2.0450 0 1 3 44.33 6.18 2.0423 -1 3 2 44.54 3.16 2.0330 -2 3 1 44.86 10.54 2.0192 2 1 2 44.92 3.13 2.0166 1 4 0 45.70 8.97 1.9842 -3 -2 1 45.77 2.20 1.9814 0 -4 1 46.05 2.45 1.9701 2 3 1 46.43 7.46 1.9547 -3 -1 2 46.46 6.43 1.9534 -1 4 0 46.98 3.64 1.9332 1 3 2 47.16 3.02 1.9262 -2 -1 3 47.30 9.04 1.9208 -1 -2 3 47.60 2.63 1.9093 -3 1 2 47.96 7.25 1.8956 -2 1 3 47.86 3.41 1.8996 3 1 1 47.97 1.69 1.8954 1 -3 2 48.00 2.87 1.8942 -3 2 1 48.16 3.27 1.8882 -1 2 3 48.24 2.15 1.8855 0 -2 3 48.36 4.97 1.8810 0 2 3 48.54 6.44 1.8744 2 2 2 48.94 1.20 1.8600 3 -1 1 49.40 6.54 1.8437 1 -1 3 49.61 3.42 1.8364 1 -4 1 50.66 4.38 1.8010 -2 -2 3 50.73 3.12 1.7987 2 4 0 51.12 1.72 1.7857 -2 -4 1 51.19 1.43 1.7836 3 2 1 51.66 8.43 1.7684 -3 -3 1 52.18 5.69 1.7519 -2 2 3 52.46 2.24 1.7433 0 -4 2 52.61 4.19 1.7385 0 4 2 53.31 2.21 1.7174 1 -2 3 53.44 1.14 1.7134 -1 -3 3 53.62 1.86 1.7081 -1 4 2 54.46 2.61 1.6837 2 3 2 54.65 3.56 1.6786 0 3 3 55.19 3.16 1.6632 -3 3 0 55.49 1.96 1.6550 -4 0 1 55.61 5.21 1.6518 1 4 2 56.17 1.12 1.6365 1 5 0 56.18 1.10 1.6364 3 0 2 56.36 5.93 1.6316 2 -3 2 56.78 5.61 1.6204 1 -4 2 56.87 2.16 1.6179 3 1 2 57.33 2.86 1.6061 -4 1 1 57.34 2.15 1.6059 -1 -5 1 57.81 1.32 1.5940 -1 5 0 58.53 2.02 1.5761 1 3 3 58.53 2.03 1.5761 -4 1 0 59.33 1.30 1.5567 1 -3 3 59.60 1.10 1.5503 3 -3 1 59.81 2.46 1.5454 -3 2 3 60.22 1.67 1.5358 -2 -1 4 61.04 1.28 1.5170 2 5 0 61.39 1.21 1.5092 -4 2 1 63.20 2.54 1.4702 1 0 4 64.52 1.91 1.4434 2 5 1 64.56 1.21 1.4426 -2 5 1 64.92 1.26 1.4354 4 3 0 66.08 1.87 1.4131 -3 -1 4 66.57 2.89 1.4037 -4 1 3 67.39 1.58 1.3888 4 -2 1 67.49 1.24 1.3868 2 -3 3 70.85 1.45 1.3291 -1 -5 3 70.86 2.11 1.3289 4 1 2 71.10 1.03 1.3251 -1 6 1 72.78 1.08 1.2985 -2 -6 1 75.14 1.38 1.2636 -2 -4 4 75.98 1.05 1.2517 0 1 5 76.33 1.58 1.2468 4 4 1 76.43 1.11 1.2453 -3 5 2 77.47 1.15 1.2312 -4 -2 4 79.02 3.33 1.2109 0 2 5 81.78 1.85 1.1768 -1 -6 3 83.49 1.05 1.1570 -5 2 3 83.72 1.81 1.1544 -1 6 3 84.26 1.08 1.1485 -3 2 5 84.95 1.70 1.1409 5 3 1 85.76 1.15 1.1321 -4 5 0 86.90 1.49 1.1202 -5 -1 4 89.21 1.15 1.0971 1 -3 5 89.21 1.15 1.0971 1 -3 5 XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.