Schrockingerite Diffraction data computed using the structure from the paper listed below, along with the cell parameters refined from the powder pattern for R050565 Mereiter K Tschermaks Mineralogische und Petrographische Mitteilungen 35 (1986) 1-18 Crystal structure and crystallographic properties of a schrockingerite from Joachimsthal Locality: Joachimsthal, Czech Republic CELL PARAMETERS: 9.634000 9.635000 14.39100 91.41000 92.33000 120.2600 SPACE GROUP: P-1 X-RAY WAVELENGTH: 1.541838 2-THETA INTENSITY D-SPACING H K L 6.09 23.67 14.2194 0 0 1 10.43 22.73 8.3711 -1 1 0 10.62 31.03 8.2263 0 1 0 10.50 14.65 8.3181 1 0 0 11.82 12.27 7.4007 -1 0 1 11.98 13.16 7.3063 0 -1 1 12.09 13.68 7.2423 -1 1 1 12.18 5.75 7.1857 1 -1 1 12.31 100.00 7.1097 0 0 2 12.60 1.99 6.9483 0 1 1 12.55 14.14 6.9776 1 0 1 15.70 24.82 5.5941 -1 0 2 15.86 1.74 5.5402 0 -1 2 16.15 2.86 5.4431 -1 1 2 16.29 24.97 5.3952 1 -1 2 16.81 24.38 5.2313 0 1 2 16.80 7.24 5.2330 1 0 2 18.39 13.08 4.7868 -1 2 0 18.19 15.94 4.8411 -2 1 0 18.51 18.02 4.7571 1 1 0 18.58 24.29 4.7398 0 0 3 19.60 1.63 4.4980 -1 2 1 19.49 3.75 4.5219 2 -1 1 19.96 2.58 4.4166 1 1 1 20.94 12.01 4.2138 0 -1 3 21.08 6.19 4.1855 -2 2 0 21.32 11.01 4.1405 -1 1 3 21.46 2.80 4.1132 0 2 0 21.22 12.27 4.1591 2 0 0 21.57 4.95 4.0923 -1 -1 2 21.60 4.63 4.0869 -2 1 2 22.04 1.81 4.0077 0 1 3 21.71 3.59 4.0664 -2 0 1 22.00 8.60 4.0137 0 -2 1 21.94 6.05 4.0243 1 -2 2 22.06 6.39 4.0036 1 0 3 21.94 5.19 4.0250 -2 2 1 22.05 6.45 4.0055 2 -2 1 22.54 2.62 3.9192 -1 2 2 22.71 6.44 3.8915 0 2 1 22.53 1.26 3.9213 2 -1 2 23.09 1.06 3.8282 1 1 2 24.22 7.11 3.6532 0 -2 2 24.44 9.45 3.6211 -2 2 2 24.63 2.33 3.5929 2 -2 2 24.90 1.29 3.5548 0 0 4 25.49 5.42 3.4742 0 2 2 25.39 8.35 3.4888 2 0 2 25.41 1.18 3.4856 -1 -1 3 25.57 1.04 3.4646 -2 1 3 25.93 1.64 3.4172 1 -2 3 26.45 5.59 3.3516 -1 0 4 26.59 4.39 3.3343 0 -1 4 26.70 2.66 3.3209 -1 2 3 26.76 2.10 3.3140 2 -1 3 27.02 5.84 3.2826 -1 1 4 27.20 3.46 3.2615 1 -1 4 27.41 7.97 3.2363 -2 0 3 27.76 2.15 3.1965 0 1 4 27.80 7.03 3.1920 1 0 4 28.22 5.07 3.1458 -2 3 0 28.57 12.77 3.1087 1 2 0 28.43 1.76 3.1234 2 1 0 28.43 4.92 3.1235 2 -2 3 28.43 9.62 3.1237 -3 1 1 28.67 3.21 3.0982 -2 -1 1 28.83 3.69 3.0816 -1 -2 1 28.49 2.23 3.1169 -3 2 1 28.88 3.64 3.0761 1 -3 1 28.83 3.16 3.0816 2 -3 1 29.02 6.87 3.0616 -2 3 1 28.90 2.94 3.0742 3 -2 1 29.42 3.14 3.0211 0 2 3 29.39 1.88 3.0242 -1 3 1 29.11 4.48 3.0521 3 -1 1 30.14 7.13 2.9502 -3 1 2 30.75 6.17 2.8933 2 -3 2 31.12 3.07 2.8605 -2 3 2 31.31 22.20 2.8439 0 0 5 31.10 1.36 2.8619 3 -2 2 31.43 4.91 2.8327 3 -1 2 32.06 6.47 2.7788 1 2 2 32.36 1.36 2.7540 1 1 4 31.92 11.70 2.7904 -3 3 0 32.50 6.70 2.7421 0 3 0 32.13 8.62 2.7727 3 0 0 32.43 1.99 2.7483 -1 0 5 32.33 1.27 2.7566 -3 0 1 32.75 1.94 2.7220 0 -3 1 33.21 1.91 2.6854 1 -1 5 33.21 8.27 2.6858 -1 -2 3 33.18 2.80 2.6876 3 0 1 33.79 1.91 2.6410 0 1 5 34.13 1.90 2.6157 0 2 4 33.75 2.21 2.6443 -3 0 2 34.21 4.67 2.6097 0 -3 2 34.30 6.13 2.6027 -2 3 3 34.27 1.83 2.6054 -3 3 2 34.80 4.31 2.5668 3 -1 3 35.44 1.13 2.5223 -1 -1 5 36.75 1.18 2.4354 0 -3 3 36.92 2.09 2.4250 -2 0 5 36.84 1.14 2.4298 -3 1 4 37.09 1.42 2.4141 -3 3 3 37.40 1.72 2.3947 1 -3 4 37.42 3.67 2.3934 -2 4 0 36.99 3.29 2.4205 -4 2 0 37.22 2.63 2.4057 -3 2 4 37.39 2.50 2.3952 3 -3 3 37.67 2.24 2.3785 2 2 0 37.81 1.65 2.3699 0 0 6 37.74 2.10 2.3741 2 -3 4 38.16 1.10 2.3492 -2 4 1 37.83 1.61 2.3689 4 -2 1 38.27 1.46 2.3425 2 -2 5 38.35 1.15 2.3380 -2 3 4 38.73 2.56 2.3161 0 3 3 38.68 2.17 2.3189 2 2 1 38.56 1.41 2.3259 3 0 3 38.78 1.14 2.3132 0 -1 6 38.90 2.43 2.3062 -2 -2 2 38.79 1.67 2.3125 -3 4 0 38.60 2.47 2.3231 -4 2 2 38.99 2.37 2.3012 3 -1 4 38.70 1.34 2.3175 -4 1 0 39.08 3.92 2.2958 3 1 0 39.22 2.60 2.2882 2 -4 2 39.42 1.06 2.2771 2 0 5 39.14 3.47 2.2926 -3 -1 1 38.91 2.29 2.3058 -4 3 1 39.45 1.03 2.2753 -1 -3 1 39.45 2.69 2.2752 1 -4 1 39.26 1.06 2.2857 3 -4 1 39.62 2.86 2.2661 2 1 4 39.25 4.63 2.2866 4 -3 1 40.05 4.36 2.2427 -1 4 1 40.32 1.43 2.2284 1 3 1 40.72 1.71 2.2076 1 -4 2 40.31 2.95 2.2287 -4 3 2 41.16 1.17 2.1850 -1 -1 6 41.19 1.15 2.1832 -2 -1 5 40.98 1.52 2.1943 4 -3 2 41.37 4.10 2.1743 -1 -2 5 41.63 1.11 2.1615 2 -4 3 41.88 2.77 2.1493 -1 4 2 42.27 1.35 2.1304 1 3 2 42.07 2.07 2.1401 3 1 2 42.45 1.12 2.1216 -2 0 6 42.65 2.32 2.1123 -2 4 3 42.34 4.23 2.1271 -3 -1 3 42.23 1.47 2.1321 -4 1 3 42.91 3.39 2.1001 -1 2 6 42.53 1.79 2.1179 4 -2 3 43.05 1.41 2.0936 -2 3 5 43.08 3.55 2.0921 2 -1 6 43.07 1.24 2.0928 -4 4 0 43.63 1.78 2.0670 2 2 3 43.87 1.30 2.0566 0 4 0 43.92 2.05 2.0544 2 -2 6 43.63 2.51 2.0672 4 -3 3 43.88 1.61 2.0558 -3 0 5 44.48 1.50 2.0297 1 2 5 44.44 4.42 2.0313 0 0 7 44.46 1.58 2.0307 2 1 5 44.60 1.31 2.0244 -1 4 3 44.35 1.05 2.0353 4 -1 3 45.09 1.92 2.0039 0 2 6 44.94 1.48 2.0102 3 1 3 45.07 3.59 2.0048 -1 0 7 45.16 1.35 2.0007 -3 3 5 45.59 1.26 1.9829 3 -3 5 45.91 2.31 1.9700 1 -1 7 46.03 2.65 1.9653 1 -4 4 45.89 2.22 1.9707 -4 3 4 46.51 2.58 1.9461 0 1 7 46.45 1.52 1.9483 -3 1 6 47.03 3.26 1.9258 1 -3 6 46.95 2.42 1.9287 -3 2 6 47.21 1.29 1.9188 -1 -1 7 47.08 1.58 1.9237 4 -3 4 47.06 4.44 1.9248 -5 3 0 47.77 4.72 1.8978 -2 5 0 48.12 1.60 1.8849 -1 4 4 47.26 1.68 1.9169 -5 3 1 47.98 1.85 1.8901 2 -5 1 47.84 4.63 1.8950 -3 -2 1 47.90 1.83 1.8929 -2 -2 5 48.28 1.10 1.8790 -2 3 6 48.67 1.10 1.8647 0 -2 7 49.14 1.10 1.8480 0 4 3 48.83 1.15 1.8592 3 2 1 49.12 1.09 1.8486 3 -1 6 49.01 1.74 1.8528 -3 -1 5 49.55 1.43 1.8340 -2 2 7 49.08 1.47 1.8502 -4 0 4 49.35 2.69 1.8406 5 -3 2 50.03 2.48 1.8174 -2 5 2 49.92 4.16 1.8212 -4 5 0 49.66 2.86 1.8301 -5 4 0 50.59 2.29 1.7987 -1 5 0 49.90 2.52 1.8218 -5 1 0 49.92 1.08 1.8211 -5 1 1 50.73 1.94 1.7940 1 4 0 50.25 1.57 1.8100 -4 -1 1 50.72 1.61 1.7944 -1 -4 1 50.63 2.82 1.7974 3 2 2 50.42 1.80 1.8041 -3 -2 3 50.34 3.04 1.8071 -5 3 3 50.96 1.15 1.7865 -3 4 5 51.20 1.23 1.7786 2 0 7 51.03 2.92 1.7842 2 -5 3 51.24 2.51 1.7774 0 0 8 50.75 1.68 1.7933 5 -1 1 51.61 1.98 1.7656 1 4 1 51.06 1.41 1.7831 -4 -1 2 50.81 2.10 1.7913 -5 1 2 51.22 1.69 1.7779 4 1 1 51.57 1.75 1.7669 -1 -4 2 51.65 1.52 1.7643 1 -5 2 51.09 1.61 1.7821 -5 4 2 51.58 1.55 1.7664 4 -5 2 51.72 1.00 1.7622 -4 5 2 52.00 1.13 1.7533 -3 1 7 52.87 1.41 1.7266 3 1 5 53.13 1.23 1.7186 2 -3 7 53.86 1.03 1.6972 -4 5 3 54.51 1.20 1.6784 4 -4 5 55.56 1.19 1.6492 1 2 7 56.56 1.03 1.6225 0 4 5 56.55 1.21 1.6229 3 2 4 59.35 1.32 1.5530 -2 5 5 58.76 1.13 1.5670 5 -3 5 59.45 1.04 1.5506 -4 3 7 60.19 1.07 1.5333 1 0 9 60.13 1.13 1.5347 -3 -2 6 60.13 1.13 1.5347 -3 -2 6 XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.