Br6 H3 In K3 O1.5 Lornaux-Rubbens A, Wignacourt J, Drache M, Wallart F Journal de Chimie Physique et de Physico-Chimie Biologique 88 (1991) 2041-2055 Investigations structurales des composes K3-x(InX6-x(H2O)x,nH2O). I. Etude cristallographique (X=Br); comparaison des distances indium-ligand (X=Cl,Br) _cod_database_code 1004095 _database_code_amcsd 0012755 CELL PARAMETERS: 16.5630 16.5630 18.5630 90.000 90.000 90.000 SPACE GROUP: I4mm X-RAY WAVELENGTH: 1.541838 Cell Volume: 5092.443 Density (g/cm3): 3.357 MAX. ABS. INTENSITY / VOLUME**2: 26.67482348 RIR: 2.587 RIR based on corundum from Acta Crystallographica A38 (1982) 733-739 2-THETA INTENSITY D-SPACING H K L Multiplicity 7.15 41.78 12.3586 1 0 1 4 7.55 43.18 11.7118 1 1 0 4 9.53 1.38 9.2815 0 0 2 1 10.68 8.17 8.2815 2 0 0 4 12.17 1.87 7.2742 1 1 2 4 12.87 7.60 6.8797 2 1 1 8 14.33 100.00 6.1793 2 0 2 4 15.13 42.55 5.8559 2 2 0 4 15.29 1.62 5.7964 1 0 3 4 16.75 1.48 5.2919 3 0 1 4 16.93 4.11 5.2377 3 1 0 8 17.91 4.07 4.9526 2 2 2 4 19.12 6.63 4.6407 0 0 4 1 19.46 1.16 4.5615 3 1 2 8 20.59 4.31 4.3144 1 1 4 4 21.46 1.21 4.1407 4 0 0 4 22.65 1.07 3.9262 4 1 1 8 24.13 1.28 3.6884 3 2 3 8 24.47 6.21 3.6371 2 2 4 4 24.57 8.36 3.6227 1 0 5 4 24.74 7.52 3.5986 3 3 2 4 25.65 32.02 3.4735 3 1 4 8 25.90 3.45 3.4399 4 2 2 8 26.45 4.93 3.3693 4 1 3 8 27.35 1.86 3.2611 5 0 1 4 27.46 4.21 3.2483 5 1 0 8 28.86 11.06 3.0938 0 0 6 1 28.90 15.99 3.0897 4 0 4 4 28.98 5.46 3.0808 3 0 5 4 29.13 4.24 3.0659 5 1 2 8 29.44 2.46 3.0343 5 2 1 8 29.91 80.63 2.9875 3 3 4 4 30.53 59.38 2.9280 4 4 0 4 30.61 8.31 2.9204 5 0 3 4 30.61 14.01 2.9204 4 3 3 8 30.85 7.73 2.8982 2 0 6 4 30.89 20.38 2.8948 4 2 4 8 30.97 6.96 2.8875 3 2 5 8 31.50 48.99 2.8405 5 3 0 8 32.05 3.41 2.7923 4 4 2 4 32.43 30.58 2.7605 6 0 0 4 32.51 2.92 2.7542 5 2 3 8 32.98 2.19 2.7162 5 3 2 8 33.26 3.50 2.6941 6 1 1 8 33.64 14.87 2.6638 3 1 6 8 33.68 23.07 2.6612 5 1 4 8 33.88 1.20 2.6460 6 0 2 4 34.24 2.35 2.6188 6 2 0 8 34.24 2.00 2.6185 1 0 7 4 36.28 5.37 2.4763 4 4 4 4 36.35 4.48 2.4717 5 0 5 4 36.35 1.19 2.4717 4 3 5 8 36.72 1.17 2.4475 6 3 1 8 37.08 2.54 2.4247 3 3 6 4 37.69 1.41 2.3866 5 4 3 8 37.89 6.37 2.3744 4 2 6 8 37.92 8.33 2.3725 6 0 4 4 37.99 1.80 2.3685 5 2 5 8 38.35 2.26 2.3472 7 0 1 4 38.43 1.30 2.3424 5 5 0 4 38.81 26.23 2.3204 0 0 8 1 39.23 1.66 2.2967 3 2 7 8 39.51 17.63 2.2807 6 2 4 8 39.59 6.31 2.2761 1 1 8 4 40.46 25.82 2.2296 6 4 2 8 40.83 2.57 2.2101 7 0 3 4 41.11 2.53 2.1957 6 1 5 8 41.52 1.96 2.1748 7 3 0 8 41.88 3.55 2.1572 2 2 8 4 42.33 3.83 2.1353 7 2 3 8 42.92 1.91 2.1070 6 5 1 8 43.24 8.16 2.0924 5 3 6 8 43.27 3.05 2.0911 7 1 4 8 43.72 11.22 2.0704 8 0 0 4 43.96 12.89 2.0598 6 0 6 4 43.99 2.00 2.0585 6 4 4 8 44.05 1.35 2.0559 6 3 5 8 44.25 1.19 2.0467 1 0 9 4 44.77 2.21 2.0242 4 0 8 4 45.20 1.90 2.0061 6 5 3 8 45.46 1.18 1.9954 7 0 5 4 45.47 3.01 1.9946 3 3 8 4 46.25 5.80 1.9631 8 2 2 8 46.53 14.24 1.9520 6 6 0 4 46.58 1.21 1.9497 7 4 3 8 47.03 1.47 1.9321 3 0 9 4 47.14 1.23 1.9281 8 3 1 8 47.88 1.70 1.8998 6 1 7 8 48.12 15.17 1.8907 8 0 4 4 48.20 1.15 1.8881 5 1 8 8 48.37 1.05 1.8816 3 2 9 8 48.76 1.86 1.8675 7 1 6 8 49.26 1.27 1.8499 8 3 3 8 49.42 8.10 1.8442 6 4 6 8 49.45 3.34 1.8433 8 2 4 8 49.50 1.54 1.8414 6 5 5 8 49.86 7.10 1.8291 9 1 0 8 50.16 15.66 1.8186 4 4 8 4 50.24 1.53 1.8160 8 4 2 8 50.38 3.13 1.8114 2 0 10 4 50.81 17.82 1.7970 5 3 8 8 51.08 3.16 1.7882 7 6 1 8 51.35 5.03 1.7792 7 3 6 8 51.38 3.50 1.7784 7 5 4 8 51.45 3.30 1.7762 6 0 8 4 51.66 1.06 1.7695 2 2 10 4 51.78 1.53 1.7655 7 0 7 4 51.83 1.19 1.7640 9 0 3 4 52.25 3.03 1.7509 4 3 9 8 52.70 2.47 1.7367 6 2 8 8 53.26 5.21 1.7199 8 4 4 8 53.31 1.18 1.7184 8 3 5 8 53.40 1.87 1.7158 9 3 2 8 54.47 6.28 1.6847 8 2 6 8 54.76 1.95 1.6764 3 3 10 4 55.68 2.26 1.6509 6 6 6 4 55.76 3.07 1.6485 7 1 8 8 55.76 1.29 1.6485 5 5 8 4 56.36 1.29 1.6324 6 4 8 8 56.43 1.10 1.6305 8 6 2 8 56.43 7.23 1.6305 10 0 2 4 56.67 1.37 1.6241 10 2 0 8 57.07 2.28 1.6138 3 0 11 4 57.62 1.30 1.5998 10 2 2 8 58.13 5.29 1.5868 7 3 8 8 58.20 1.22 1.5851 9 5 2 8 58.29 2.00 1.5829 6 3 9 8 58.63 3.71 1.5745 9 1 6 8 58.65 1.82 1.5739 7 7 4 4 58.91 1.72 1.5678 4 4 10 4 59.02 1.96 1.5650 8 3 7 8 59.23 1.69 1.5599 10 0 4 4 59.78 1.70 1.5469 0 0 12 1 59.87 6.03 1.5448 8 0 8 4 60.17 1.52 1.5378 10 4 0 8 60.22 5.06 1.5367 10 3 3 8 60.95 6.39 1.5200 9 5 4 8 61.69 1.45 1.5037 5 0 11 4 62.14 4.16 1.4937 6 6 8 4 62.44 2.48 1.4873 7 6 7 8 63.18 2.21 1.4717 7 7 6 4 63.55 4.98 1.4640 8 8 0 4 63.60 1.07 1.4630 11 0 3 4 63.73 3.67 1.4602 10 0 6 4 63.76 4.48 1.4598 10 4 4 8 64.10 1.98 1.4527 11 3 0 8 64.10 1.47 1.4527 9 7 0 8 64.28 2.86 1.4491 4 0 12 4 64.55 3.24 1.4437 6 4 10 8 64.83 1.58 1.4381 3 3 12 4 64.92 3.52 1.4365 9 1 8 8 65.75 1.27 1.4203 10 6 0 8 67.01 2.05 1.3966 5 1 12 8 67.19 1.29 1.3932 6 3 11 8 68.62 2.66 1.3678 4 4 12 4 69.76 2.09 1.3481 10 0 8 4 69.82 1.43 1.3471 12 2 2 8 70.73 1.16 1.3319 6 2 12 8 71.79 1.05 1.3149 9 7 6 8 72.14 2.35 1.3094 12 4 0 8 73.48 1.38 1.2887 9 9 2 4 73.86 1.40 1.2831 6 4 12 8 74.00 2.84 1.2810 10 8 2 8 75.43 2.81 1.2602 12 4 4 8 76.94 3.10 1.2392 8 0 12 4 77.02 3.88 1.2381 8 8 8 4 77.19 1.19 1.2359 10 0 10 4 77.53 2.87 1.2313 11 3 8 8 77.98 1.06 1.2252 13 1 4 8 77.98 1.07 1.2252 11 7 4 8 78.09 2.27 1.2238 12 6 2 8 78.97 1.06 1.2124 6 6 12 4 79.05 2.90 1.2114 10 6 8 8 79.83 1.90 1.2015 5 3 14 8 80.49 1.91 1.1933 10 8 6 8 80.83 1.05 1.1892 13 5 0 8 80.99 1.03 1.1872 8 4 12 8 81.23 1.00 1.1842 10 4 10 8 82.33 2.00 1.1712 10 10 0 4 83.28 1.28 1.1602 0 0 16 1 83.78 1.41 1.1546 13 6 1 8 84.00 1.16 1.1522 13 3 6 8 84.34 3.40 1.1483 6 4 14 8 84.50 3.89 1.1466 12 6 6 8 85.07 3.63 1.1404 12 4 8 8 85.57 1.40 1.1350 9 9 8 4 85.99 1.27 1.1305 10 0 12 4 86.12 3.03 1.1291 14 4 2 8 87.48 1.08 1.1151 9 5 12 8 88.32 1.39 1.1066 8 2 14 8 ================================================================================ XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.