Cl4 Rb2 Zn Hedoux A, Grebille D, Jaud J, Godefroy G Acta Crystallographica B45 (1989) 370-378 Structural study of the incommensurate and lock-in phases of Rb2ZnCl4 _cod_database_code 1001390 _database_code_amcsd 0009831 CELL PARAMETERS: 7.2530 12.6460 9.2210 90.000 90.000 90.000 SPACE GROUP: Pmcn X-RAY WAVELENGTH: 1.541838 Cell Volume: 845.763 Density (g/cm3): 2.969 MAX. ABS. INTENSITY / VOLUME**2: 15.79117849 RIR: 1.732 RIR based on corundum from Acta Crystallographica A38 (1982) 733-739 2-THETA INTENSITY D-SPACING H K L Multiplicity 14.01 3.59 6.3230 0 2 0 2 17.00 10.72 5.2148 0 2 1 4 17.06 17.14 5.1971 1 1 1 8 19.25 2.35 4.6105 0 0 2 2 20.50 6.46 4.3316 0 1 2 4 20.98 37.43 4.2340 1 2 1 8 22.86 11.70 3.8909 1 0 2 4 23.20 5.52 3.8337 0 3 1 4 23.89 13.84 3.7253 0 2 2 4 23.93 44.45 3.7189 1 1 2 8 24.42 100.00 3.6445 1 3 0 4 24.55 92.50 3.6265 2 0 0 2 26.29 2.97 3.3894 1 3 1 8 26.91 6.92 3.3138 1 2 2 8 27.35 4.75 3.2608 2 1 1 8 28.23 38.18 3.1615 0 4 0 2 28.37 15.72 3.1458 2 2 0 4 28.69 27.85 3.1110 0 3 2 4 29.88 8.68 2.9906 0 4 1 4 29.92 45.81 2.9867 0 1 3 4 30.01 27.11 2.9773 2 2 1 8 31.38 8.72 2.8504 2 0 2 4 32.19 47.48 2.7806 2 1 2 8 32.38 28.38 2.7648 1 4 1 8 32.39 18.74 2.7644 0 2 3 4 32.42 49.02 2.7617 1 1 3 8 34.03 23.55 2.6345 2 3 1 8 34.40 2.44 2.6074 0 4 2 4 34.52 28.22 2.5986 2 2 2 8 34.73 2.56 2.5831 1 2 3 8 36.17 27.54 2.4835 0 3 3 4 36.62 4.65 2.4536 1 4 2 8 36.85 8.93 2.4391 0 5 1 4 37.67 12.82 2.3882 1 5 0 4 37.75 7.87 2.3831 2 4 0 4 38.11 30.82 2.3612 2 3 2 8 38.31 1.14 2.3496 1 3 3 8 38.96 1.18 2.3119 1 5 1 8 39.04 1.89 2.3073 2 4 1 8 39.07 11.32 2.3055 2 1 3 8 39.07 2.44 2.3052 0 0 4 2 39.17 1.72 2.2996 3 1 1 8 40.69 4.78 2.2175 0 5 2 4 40.95 7.94 2.2038 0 4 3 4 41.06 6.47 2.1985 2 2 3 8 41.09 2.96 2.1970 1 0 4 4 41.15 6.24 2.1934 3 2 1 8 41.73 7.29 2.1645 1 1 4 8 42.21 2.42 2.1411 3 0 2 4 42.64 1.35 2.1206 1 5 2 8 42.84 8.75 2.1111 3 1 2 8 42.89 11.64 2.1086 1 4 3 8 42.91 2.02 2.1077 0 6 0 2 43.13 19.63 2.0972 3 3 0 4 44.20 1.10 2.0491 2 3 3 8 44.68 1.61 2.0280 3 2 2 8 44.78 12.98 2.0239 2 5 1 8 44.81 5.50 2.0226 0 3 4 4 46.62 1.09 1.9482 1 3 4 8 46.69 3.11 1.9455 2 0 4 4 47.27 6.17 1.9228 2 1 4 8 47.43 3.59 1.9169 0 6 2 4 48.26 8.94 1.8858 1 5 3 8 48.33 17.06 1.8833 2 4 3 8 48.41 7.56 1.8801 3 4 1 8 48.44 13.89 1.8792 3 1 3 8 48.99 1.24 1.8594 2 2 4 8 49.16 5.30 1.8532 1 6 2 8 49.98 3.11 1.8249 0 1 5 4 50.06 16.68 1.8223 2 6 0 4 50.32 26.51 1.8132 4 0 0 2 51.09 2.48 1.7877 2 6 1 8 51.55 1.62 1.7728 3 4 2 8 51.63 4.03 1.7704 0 2 5 4 51.65 1.95 1.7697 1 1 5 8 51.75 9.58 1.7664 2 3 4 8 52.18 9.45 1.7530 1 7 0 4 52.35 4.51 1.7476 3 5 0 4 53.19 1.91 1.7222 1 7 1 8 53.26 3.92 1.7199 1 2 5 8 53.27 1.10 1.7195 2 5 3 8 53.81 5.32 1.7037 0 5 4 4 54.12 18.53 1.6947 2 6 2 8 54.27 2.48 1.6904 1 6 3 8 54.56 3.07 1.6821 0 7 2 4 55.04 1.21 1.6684 3 0 4 4 55.39 3.88 1.6586 1 5 4 8 55.56 2.70 1.6541 3 1 4 8 56.13 3.49 1.6386 1 7 2 8 56.44 2.30 1.6304 4 2 2 8 56.45 12.15 1.6301 2 1 5 8 56.50 4.52 1.6287 3 4 3 8 57.89 1.58 1.5930 0 4 5 4 57.97 11.62 1.5910 2 2 5 8 58.38 3.42 1.5807 0 8 0 2 58.70 6.95 1.5729 4 4 0 4 58.96 5.54 1.5666 4 3 2 8 59.31 2.17 1.5580 0 8 1 4 59.40 18.10 1.5559 1 4 5 8 59.63 1.36 1.5505 4 4 1 8 59.65 8.71 1.5500 4 1 3 8 60.22 2.27 1.5368 0 0 6 2 60.45 7.14 1.5315 2 3 5 8 60.83 4.76 1.5228 1 7 3 8 60.99 3.95 1.5192 3 5 3 8 61.12 4.67 1.5162 4 2 3 8 61.70 1.74 1.5035 1 0 6 4 61.76 2.31 1.5020 3 6 2 8 62.18 2.20 1.4929 1 1 6 8 63.53 7.81 1.4645 4 3 3 8 63.76 3.36 1.4596 1 5 5 8 63.98 2.73 1.4552 4 5 1 8 64.28 3.87 1.4491 2 8 0 4 64.38 4.49 1.4472 3 7 0 4 65.19 3.73 1.4311 2 7 3 8 65.27 1.28 1.4296 2 6 4 8 65.33 1.96 1.4284 3 2 5 8 65.66 2.01 1.4219 0 7 4 4 66.22 1.19 1.4113 3 6 3 8 66.52 1.02 1.4057 0 8 3 4 66.63 1.67 1.4037 4 5 2 8 66.81 3.01 1.4002 4 4 3 8 66.96 1.19 1.3975 5 2 1 8 67.22 1.94 1.3927 3 5 4 8 67.88 1.71 1.3808 3 7 2 8 67.92 1.01 1.3801 1 8 3 8 68.17 1.84 1.3755 5 1 2 8 68.39 3.98 1.3717 5 3 0 4 69.64 2.34 1.3501 4 3 4 8 70.00 2.33 1.3441 0 9 2 4 70.84 9.50 1.3302 3 4 5 8 71.37 1.26 1.3216 1 9 2 8 71.64 1.72 1.3173 4 6 2 8 72.05 3.69 1.3107 2 8 3 8 72.14 2.61 1.3093 3 7 3 8 72.41 1.83 1.3052 5 4 1 8 72.43 3.38 1.3048 5 1 3 8 72.50 1.67 1.3037 0 8 4 4 72.93 2.99 1.2972 2 9 1 8 73.36 1.82 1.2905 0 7 5 4 73.38 1.25 1.2902 3 1 6 8 73.65 1.57 1.2863 4 1 5 8 74.77 4.36 1.2697 1 2 7 8 74.85 1.87 1.2685 3 5 5 8 74.97 2.12 1.2668 4 2 5 8 75.42 1.84 1.2603 2 9 2 8 75.56 1.15 1.2583 5 5 0 4 76.76 3.04 1.2416 4 5 4 8 77.39 1.77 1.2332 4 7 2 8 77.46 1.01 1.2322 2 1 7 8 77.86 2.65 1.2268 2 8 4 8 78.69 1.52 1.2160 0 4 7 4 79.02 1.27 1.2117 5 4 3 8 79.25 2.19 1.2088 6 0 0 2 79.93 1.12 1.2002 0 8 5 4 80.21 1.02 1.1967 4 4 5 8 80.42 3.13 1.1941 2 10 0 4 80.63 2.21 1.1915 4 8 0 4 81.24 3.69 1.1841 1 8 5 8 81.44 1.45 1.1817 4 8 1 8 82.23 1.55 1.1724 4 0 6 4 82.58 1.72 1.1683 0 5 7 4 82.91 1.37 1.1645 5 5 3 8 82.92 1.91 1.1643 6 1 2 8 83.93 1.08 1.1529 6 3 1 8 84.21 1.41 1.1498 6 2 2 8 85.26 1.27 1.1383 1 0 8 4 85.30 2.85 1.1378 3 2 7 8 85.93 1.62 1.1311 5 7 0 4 86.34 1.89 1.1268 6 3 2 8 87.10 1.61 1.1189 4 7 4 8 87.58 1.57 1.1140 2 7 6 8 87.78 2.45 1.1120 2 5 7 8 89.09 3.01 1.0990 1 3 8 8 89.14 2.62 1.0985 2 0 8 4 ================================================================================ XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.