Carnallite Diffraction data computed using the structure from the paper listed below, along with the cell parameters refined from the powder pattern for R050353 Schlemper E O, Sen Gupta P K, Zoltai T American Mineralogist 70 (1985) 1309-1313 Refinement of the structure of carnallite, Mg(H2O)6KCl3 CELL PARAMETERS: 16.11900 22.47200 9.551000 90.00000 90.00000 90.00000 SPACE GROUP: Pnna X-RAY WAVELENGTH: 1.541838 2-THETA INTENSITY D-SPACING H K L 11.51 3.71 7.7312 1 1 1 15.06 1.30 5.9062 0 3 1 16.04 15.71 5.5462 1 3 1 16.19 3.38 5.4946 2 3 0 18.60 27.69 4.7858 0 0 2 18.99 37.35 4.6881 3 0 1 19.16 21.75 4.6466 1 4 1 19.29 8.36 4.6161 2 4 0 22.01 7.79 4.0487 2 1 2 22.45 2.33 3.9697 4 1 0 22.56 1.54 3.9507 1 5 1 23.06 30.05 3.8656 2 2 2 23.49 16.74 3.7967 4 2 0 23.76 41.78 3.7528 0 6 0 24.47 1.22 3.6461 0 4 2 24.72 61.28 3.6088 2 3 2 25.12 57.18 3.5525 4 3 0 26.21 1.09 3.4073 3 2 2 26.89 98.82 3.3224 2 4 2 27.25 45.49 3.2784 4 4 0 27.52 1.15 3.2477 3 5 1 27.69 2.34 3.2275 3 3 2 27.88 2.64 3.2060 2 6 1 28.84 1.17 3.1015 4 4 1 28.85 2.93 3.1001 1 1 3 29.28 6.78 3.0554 4 1 2 29.45 59.78 3.0381 2 5 2 29.65 1.41 3.0178 3 4 2 29.67 7.93 3.0155 1 2 3 29.79 16.37 3.0043 4 5 0 29.87 1.13 2.9960 1 7 1 29.96 1.04 2.9878 2 7 0 30.09 28.80 2.9744 4 2 2 30.34 1.20 2.9505 5 2 1 30.32 3.23 2.9531 0 6 2 30.44 1.88 2.9414 2 1 3 30.49 14.19 2.9362 0 3 3 30.56 100.00 2.9297 3 6 1 31.01 2.84 2.8888 1 3 3 31.25 2.73 2.8664 4 5 1 31.41 29.91 2.8525 4 3 2 31.41 7.84 2.8521 2 7 1 31.65 7.10 2.8314 5 3 1 32.68 6.57 2.7439 3 0 3 32.79 5.01 2.7355 1 4 3 32.93 1.49 2.7237 3 1 3 33.37 18.93 2.6886 6 0 0 33.70 3.12 2.6632 1 8 1 33.79 2.90 2.6565 5 1 2 33.77 4.47 2.6574 2 8 0 33.99 4.49 2.6407 4 6 1 34.09 3.90 2.6338 1 7 2 34.21 3.36 2.6246 2 4 3 34.50 1.62 2.6027 5 2 2 34.86 1.06 2.5771 3 3 3 34.96 3.82 2.5701 1 5 3 35.32 2.61 2.5445 4 5 2 35.46 9.96 2.5344 2 7 2 35.51 1.63 2.5311 6 3 0 36.30 2.71 2.4775 2 5 3 37.00 1.73 2.4322 4 7 1 37.10 3.47 2.4261 0 8 2 37.19 5.30 2.4205 0 9 1 37.63 37.64 2.3929 0 0 4 38.28 2.62 2.3540 1 1 4 38.44 49.49 2.3440 6 0 2 38.80 20.28 2.3233 2 8 2 38.92 1.26 2.3163 1 2 4 39.07 7.72 2.3081 4 8 0 39.53 5.00 2.2822 2 1 4 39.98 8.31 2.2572 5 1 3 40.16 3.80 2.2479 2 2 4 40.24 6.91 2.2432 1 7 3 40.50 1.25 2.2295 7 1 1 40.56 2.77 2.2261 4 7 2 40.61 6.14 2.2239 5 2 3 40.78 12.06 2.2150 3 6 3 41.12 1.32 2.1974 7 2 1 41.35 6.20 2.1856 6 6 0 41.63 2.46 2.1716 5 3 3 41.62 2.40 2.1719 1 10 1 42.13 2.23 2.1469 7 3 1 42.31 27.90 2.1379 2 9 2 42.56 6.48 2.1260 4 9 0 42.59 6.15 2.1244 2 4 4 43.13 4.67 2.0990 3 3 4 43.27 3.24 2.0928 1 8 3 43.38 1.50 2.0875 3 7 3 43.51 7.73 2.0817 7 4 1 43.93 2.06 2.0629 6 7 0 44.06 1.15 2.0568 5 7 2 44.22 4.75 2.0498 3 9 2 44.35 1.16 2.0441 2 5 4 44.81 2.31 2.0244 4 2 4 44.96 24.59 2.0176 0 6 4 45.18 6.00 2.0084 8 1 0 45.33 1.03 2.0020 1 6 4 45.67 16.77 1.9881 6 6 2 45.75 9.23 1.9849 8 2 0 45.71 5.12 1.9865 1 11 1 45.75 9.05 1.9847 4 3 4 45.77 1.33 1.9841 2 11 0 45.79 1.61 1.9829 6 3 3 45.98 9.27 1.9754 2 10 2 46.68 5.62 1.9474 8 3 0 47.05 9.75 1.9328 4 4 4 47.74 1.71 1.9065 1 7 4 47.95 7.09 1.8983 8 4 0 48.06 1.64 1.8942 1 1 5 48.55 14.66 1.8764 0 12 0 48.68 4.17 1.8717 4 5 4 48.79 1.09 1.8677 2 7 4 48.96 1.98 1.8618 7 1 3 49.23 2.14 1.8519 8 1 2 49.49 1.91 1.8430 7 2 3 49.49 1.48 1.8428 1 3 5 49.56 5.08 1.8404 8 5 0 49.78 2.73 1.8328 2 11 2 50.36 1.78 1.8130 5 10 1 50.72 2.14 1.8010 1 4 5 51.74 1.26 1.7677 5 5 4 51.84 1.82 1.7646 8 4 2 51.93 3.01 1.7618 9 0 1 52.10 1.20 1.7564 9 1 1 52.40 3.63 1.7469 0 12 2 52.84 1.63 1.7335 4 7 4 53.67 2.20 1.7085 8 7 0 53.93 1.03 1.7009 5 11 1 55.33 4.44 1.6612 4 8 4 56.13 2.03 1.6392 8 8 0 56.52 1.45 1.6290 5 2 5 57.77 1.13 1.5964 2 13 2 57.84 1.09 1.5948 9 6 1 58.06 6.52 1.5893 4 9 4 58.84 1.97 1.5700 8 9 0 59.67 1.17 1.5500 2 2 6 59.83 1.28 1.5462 5 5 5 60.45 3.77 1.5320 2 3 6 60.63 1.34 1.5277 8 2 4 60.65 1.05 1.5273 2 11 4 60.98 1.47 1.5197 5 11 3 61.40 2.95 1.5104 8 3 4 61.41 1.01 1.5102 4 13 2 61.47 1.06 1.5089 6 8 4 61.52 5.99 1.5078 2 4 6 61.97 4.61 1.4979 10 3 2 61.96 1.84 1.4980 2 14 2 62.02 1.33 1.4969 7 9 3 62.25 1.19 1.4918 8 9 2 62.47 5.88 1.4872 8 4 4 62.89 3.66 1.4782 2 5 6 63.03 2.20 1.4752 10 4 2 62.97 6.54 1.4766 0 12 4 63.49 1.02 1.4655 5 7 5 63.53 17.81 1.4649 6 12 2 63.82 5.04 1.4588 8 5 4 64.13 1.01 1.4525 1 10 5 65.54 1.08 1.4246 7 4 5 66.29 1.55 1.4102 2 15 2 66.45 1.32 1.4072 2 7 6 67.22 1.42 1.3929 1 11 5 67.36 2.72 1.3905 8 7 4 68.17 1.12 1.3759 8 11 2 68.39 5.24 1.3719 6 0 6 68.63 1.95 1.3677 2 8 6 69.52 2.97 1.3523 8 8 4 69.99 1.97 1.3443 12 0 0 70.05 2.68 1.3433 10 8 2 70.76 3.08 1.3316 2 16 2 70.92 1.22 1.3290 5 10 5 71.06 2.10 1.3268 2 9 6 71.94 1.60 1.3127 8 9 4 72.46 4.05 1.3044 10 9 2 73.50 2.56 1.2885 6 6 6 75.39 1.55 1.2608 2 17 2 80.23 1.19 1.1964 0 0 8 82.25 1.49 1.1720 12 0 4 86.83 1.33 1.1216 10 3 6 88.21 1.98 1.1075 6 12 6 88.60 1.09 1.1036 6 18 2 88.60 1.09 1.1036 6 18 2 XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.