Kaliborite Diffraction data computed using the structure from the paper listed below, along with the cell parameters refined from the powder pattern for R060352 Burns P C, Hawthorne F C The Canadian Mineralogist 32 (1994) 885-894 Kaliborite: An example of a crystallographically symmetrical hydrogen bond CELL PARAMETERS: 18.57200 8.466000 14.68900 90.00000 100.0200 90.00000 SPACE GROUP: C2/c X-RAY WAVELENGTH: 1.541838 2-THETA INTENSITY D-SPACING H K L 9.71 3.96 9.1375 2 0 0 11.56 4.78 7.6735 1 1 0 12.29 100.00 7.2216 0 0 2 12.69 11.48 6.9935 -1 1 1 13.49 18.10 6.5784 1 1 1 14.26 99.91 6.2223 -2 0 2 16.25 59.59 5.4639 -1 1 2 16.96 3.87 5.2360 2 0 2 17.50 17.39 5.0754 1 1 2 18.15 2.09 4.8948 -3 1 1 19.82 2.59 4.4846 3 1 1 20.30 1.36 4.3799 -3 1 2 21.04 9.25 4.2275 0 2 0 21.13 12.64 4.2094 -4 0 2 21.93 1.35 4.0572 0 2 1 22.54 8.22 3.9492 1 1 3 23.21 72.42 3.8367 2 2 0 23.23 5.55 3.8321 3 1 2 23.57 93.59 3.7779 -2 2 1 23.92 10.39 3.7241 -3 1 3 24.42 27.06 3.6483 0 2 2 24.68 6.18 3.6108 0 0 4 24.89 15.77 3.5799 -2 0 4 25.49 53.31 3.4968 -2 2 2 26.30 3.70 3.3906 -5 1 1 26.51 53.04 3.3641 -1 1 4 27.13 5.40 3.2892 2 2 2 27.47 17.90 3.2494 -5 1 2 27.67 9.32 3.2265 3 1 3 28.10 2.22 3.1781 1 1 4 28.14 1.91 3.1730 2 0 4 28.28 2.63 3.1577 5 1 1 28.48 4.83 3.1362 -3 1 4 28.68 18.76 3.1145 -2 2 3 28.71 74.69 3.1109 -4 2 1 28.71 10.65 3.1111 -4 0 4 29.78 12.92 3.0015 -6 0 2 29.97 3.27 2.9829 -4 2 2 30.19 11.98 2.9620 4 2 1 30.87 1.08 2.8981 2 2 3 31.17 30.20 2.8709 5 1 2 32.15 3.44 2.7854 1 3 0 32.31 1.89 2.7717 -1 1 5 32.42 10.25 2.7625 -4 2 3 32.59 11.07 2.7487 -1 3 1 32.63 3.63 2.7456 0 2 4 32.75 22.39 2.7358 3 1 4 32.76 2.85 2.7350 4 2 2 32.93 13.14 2.7215 1 3 1 33.64 30.64 2.6648 -3 1 5 33.97 1.12 2.6400 1 1 5 34.20 9.29 2.6225 -1 3 2 34.26 12.18 2.6180 4 0 4 34.84 3.91 2.5757 1 3 2 34.99 9.96 2.5654 5 1 3 35.19 1.03 2.5511 -3 3 1 35.38 2.42 2.5377 2 2 4 35.49 1.06 2.5304 -7 1 1 35.85 7.26 2.5057 -4 2 4 36.00 4.68 2.4957 -6 2 1 36.01 10.65 2.4945 7 1 0 36.08 28.32 2.4903 -7 1 2 36.28 10.32 2.4771 4 2 3 36.37 1.21 2.4712 6 2 0 36.40 2.04 2.4690 -3 3 2 36.73 7.70 2.4474 -6 2 2 37.37 7.71 2.4072 0 0 6 37.58 3.37 2.3941 -2 2 5 37.62 1.33 2.3917 7 1 1 37.73 4.52 2.3850 0 2 5 37.68 6.10 2.3876 -5 1 5 37.75 7.94 2.3835 1 3 3 37.74 4.69 2.3843 -7 1 3 37.81 7.03 2.3801 6 2 1 38.19 31.53 2.3570 3 3 2 38.27 4.48 2.3522 3 1 5 38.36 30.04 2.3468 -1 1 6 38.51 10.48 2.3380 -6 2 3 39.12 9.40 2.3030 -4 0 6 39.23 5.29 2.2968 -3 1 6 39.45 10.31 2.2844 8 0 0 39.51 1.36 2.2812 5 1 4 40.19 8.20 2.2444 7 1 2 40.23 9.74 2.2423 -5 3 1 40.37 4.80 2.2346 -1 3 4 40.40 1.40 2.2332 2 0 6 40.42 2.47 2.2319 5 3 0 40.46 10.86 2.2300 2 2 5 40.54 3.65 2.2258 4 2 4 41.17 1.24 2.1928 3 3 3 41.48 3.75 2.1774 1 3 4 42.04 2.55 2.1495 6 0 4 42.79 2.86 2.1137 0 4 0 42.86 3.48 2.1104 -2 2 6 43.26 2.55 2.0918 0 2 6 43.26 10.10 2.0915 0 4 1 43.48 13.34 2.0813 6 2 3 43.61 18.98 2.0757 8 0 2 43.64 5.70 2.0741 -6 0 6 44.14 5.60 2.0521 3 1 6 44.18 3.46 2.0501 -2 4 1 44.55 10.84 2.0339 -8 2 1 44.63 3.90 2.0304 -1 1 7 44.67 17.02 2.0286 0 4 2 44.70 1.69 2.0275 2 4 1 44.74 7.12 2.0258 -6 2 5 44.82 10.60 2.0224 -4 2 6 44.91 2.52 2.0184 -8 2 2 45.14 12.22 2.0085 -3 1 7 45.28 4.93 2.0027 -9 1 1 45.38 2.12 1.9987 4 2 5 45.43 2.63 1.9967 -5 3 4 45.51 4.33 1.9931 -9 1 2 45.86 7.37 1.9788 1 3 5 45.97 4.09 1.9744 9 1 0 46.32 3.64 1.9600 2 4 2 46.58 6.50 1.9498 8 2 1 46.65 2.39 1.9472 -9 1 3 46.95 1.48 1.9354 0 4 3 47.05 1.19 1.9313 -7 3 1 47.34 2.03 1.9202 -4 4 1 47.39 8.10 1.9184 4 4 0 47.45 2.72 1.9160 6 2 4 47.66 3.95 1.9081 7 1 4 47.89 1.33 1.8995 -5 1 7 47.91 1.03 1.8987 -7 1 6 48.17 11.72 1.8890 -4 4 2 48.32 1.43 1.8836 4 4 1 48.53 1.47 1.8758 -2 2 7 48.63 5.51 1.8721 -9 1 4 48.76 7.22 1.8675 7 3 1 48.78 1.46 1.8669 2 4 3 48.82 4.02 1.8656 -5 3 5 48.88 3.89 1.8632 8 2 2 48.91 2.35 1.8621 -6 2 6 49.13 8.15 1.8542 0 2 7 49.30 4.51 1.8485 3 3 5 49.23 1.57 1.8506 -10 0 2 49.37 4.06 1.8459 -1 3 6 49.73 7.28 1.8334 -2 0 8 49.85 1.48 1.8291 -4 4 3 50.00 1.47 1.8242 0 4 4 50.07 1.07 1.8217 5 1 6 49.98 1.80 1.8247 -8 0 6 50.09 1.75 1.8210 4 4 2 50.08 1.65 1.8212 -4 2 7 50.91 1.25 1.7934 8 0 4 51.34 6.24 1.7795 -3 1 8 51.40 1.27 1.7776 -9 1 5 51.83 1.57 1.7638 2 2 7 52.32 3.17 1.7484 7 1 5 52.43 1.69 1.7450 -6 4 1 52.86 1.80 1.7319 -5 3 6 52.98 4.59 1.7282 -6 4 2 53.05 1.84 1.7262 9 1 3 53.62 1.27 1.7091 -2 4 5 53.65 2.33 1.7081 -6 2 7 53.86 2.70 1.7020 10 0 2 54.09 1.35 1.6953 -10 2 2 54.49 1.22 1.6838 1 5 0 54.55 5.58 1.6821 -2 2 8 54.59 1.52 1.6810 5 3 5 54.64 2.96 1.6796 -1 3 7 54.98 1.85 1.6699 -10 2 3 55.40 5.03 1.6583 -9 3 2 55.51 3.13 1.6553 -4 4 5 55.76 1.57 1.6483 -4 2 8 55.95 3.71 1.6433 5 1 7 56.18 6.01 1.6371 1 3 7 56.21 3.33 1.6363 10 2 1 56.37 1.94 1.6319 -11 1 3 56.44 1.34 1.6302 11 1 0 56.47 1.75 1.6294 3 5 0 56.53 2.00 1.6276 -3 5 1 56.83 1.33 1.6198 9 1 4 57.16 1.45 1.6112 9 3 1 57.27 1.87 1.6083 7 3 4 57.47 3.12 1.6032 -5 3 7 57.70 4.50 1.5975 -1 5 3 57.74 4.68 1.5964 -2 4 6 57.72 5.19 1.5969 -10 0 6 57.79 4.62 1.5952 -7 1 8 58.06 2.16 1.5883 0 4 6 58.13 1.13 1.5865 4 0 8 58.44 1.66 1.5788 10 2 2 59.41 3.80 1.5554 -8 4 2 59.58 1.36 1.5515 8 4 0 59.81 1.41 1.5460 -12 0 2 60.17 1.20 1.5377 -11 1 5 60.26 3.27 1.5356 -1 5 4 60.30 2.64 1.5347 5 5 0 60.33 1.96 1.5338 -1 3 8 60.46 1.22 1.5310 -8 4 3 60.54 1.17 1.5291 -3 3 8 60.79 1.22 1.5234 8 4 1 60.90 1.53 1.5210 -2 2 9 61.19 4.63 1.5144 5 5 1 61.42 1.36 1.5092 7 3 5 61.82 1.56 1.5003 0 2 9 61.82 1.11 1.5003 -4 2 9 61.80 3.21 1.5008 -12 0 4 62.08 4.09 1.4949 9 3 3 62.09 1.64 1.4944 -5 5 3 62.12 1.92 1.4939 -10 2 6 62.52 2.60 1.4854 4 2 8 62.72 1.53 1.4810 8 4 2 62.81 2.40 1.4792 5 5 2 63.11 1.38 1.4728 -11 1 6 63.73 1.02 1.4600 -9 3 6 64.72 1.44 1.4400 5 3 7 64.85 1.15 1.4373 8 2 6 65.82 1.07 1.4185 -7 5 2 66.12 1.48 1.4129 9 1 6 66.03 1.71 1.4146 -10 0 8 66.04 1.14 1.4143 -12 2 4 66.63 4.25 1.4032 12 2 1 66.83 3.38 1.3994 -6 4 7 67.33 1.02 1.3904 -1 5 6 68.11 1.76 1.3763 5 5 4 68.70 1.49 1.3660 -4 4 8 68.77 1.63 1.3646 5 1 9 68.75 1.73 1.3651 11 3 2 68.86 1.10 1.3631 12 2 2 69.48 1.79 1.3524 -10 4 4 69.58 1.94 1.3507 9 3 5 69.79 1.42 1.3472 -4 6 1 70.46 3.63 1.3360 3 1 10 72.05 1.55 1.3104 -1 1 11 73.51 1.17 1.2879 2 6 4 73.88 1.10 1.2823 -6 6 1 74.13 1.50 1.2786 1 1 11 74.43 2.18 1.2741 -10 4 6 74.79 1.34 1.2689 -9 5 4 74.87 1.20 1.2678 -2 6 5 75.46 1.15 1.2593 -6 6 3 76.75 3.60 1.2414 5 3 9 77.87 1.16 1.2263 -10 4 7 78.18 1.03 1.2221 -14 2 5 78.76 1.17 1.2146 -11 3 8 79.00 1.82 1.2116 11 3 5 79.14 1.08 1.2097 -3 1 12 79.44 1.55 1.2059 15 1 0 79.56 1.01 1.2044 -8 6 1 79.69 1.58 1.2027 -6 6 5 82.47 1.51 1.1690 8 2 9 83.50 1.10 1.1573 5 3 10 85.03 1.05 1.1403 2 6 7 85.23 1.36 1.1381 9 5 5 86.51 1.40 1.1246 15 1 3 88.75 1.19 1.1019 4 6 7 88.93 1.19 1.1000 -13 1 10 89.29 1.24 1.0966 6 2 11 89.29 1.24 1.0966 6 2 11 XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.