K6 O18 P6 Averbuch-Pouchot M Acta Crystallographica C45 (1989) 1273-1275 Crystal chemistry of cyclo-hexaphosphates. I. Structure of anhydrous potassium cyclo-hexaphosphate _cod_database_code 1008428 _database_code_amcsd 0016335 CELL PARAMETERS: 15.7530 15.7530 15.7530 90.000 90.000 90.000 SPACE GROUP: Pa3 X-RAY WAVELENGTH: 1.541838 Cell Volume: 3909.218 Density (g/cm3): 2.407 MAX. ABS. INTENSITY / VOLUME**2: 6.003602963 RIR: 0.812 RIR based on corundum from Acta Crystallographica A38 (1982) 733-739 2-THETA INTENSITY D-SPACING H K L Multiplicity 9.72 6.08 9.0950 1 1 1 8 12.56 8.53 7.0450 2 1 0 12 13.77 53.53 6.4311 2 1 1 24 15.91 8.21 5.5695 2 2 0 12 16.88 24.62 5.2510 2 2 1 24 18.68 5.61 4.7497 3 1 1 24 19.52 10.02 4.5475 2 2 2 8 20.33 6.94 4.3691 3 0 2 12 21.10 1.32 4.2102 3 2 1 24 21.10 36.12 4.2102 3 1 2 24 22.58 3.30 3.9383 4 0 0 6 23.28 99.10 3.8207 3 2 2 24 23.97 6.46 3.7130 4 1 1 24 25.28 31.57 3.5225 4 0 2 12 25.28 2.51 3.5225 4 2 0 12 25.92 91.94 3.4376 4 2 1 24 25.92 2.90 3.4376 4 1 2 24 26.54 15.56 3.3586 3 3 2 24 27.74 94.41 3.2156 4 2 2 24 28.33 46.14 3.1506 4 3 0 12 28.90 12.40 3.0894 4 3 1 24 29.46 1.09 3.0317 5 1 1 24 29.46 39.56 3.0317 3 3 3 8 30.56 3.02 2.9253 5 0 2 12 30.56 13.98 2.9253 4 3 2 24 30.56 38.24 2.9253 4 2 3 24 31.10 21.00 2.8761 5 2 1 24 31.10 10.84 2.8761 5 1 2 24 32.14 4.95 2.7848 4 4 0 12 32.65 22.50 2.7422 5 2 2 24 33.16 7.71 2.7016 4 3 3 24 33.66 4.06 2.6627 5 3 1 24 33.66 1.83 2.6627 5 1 3 24 34.15 1.91 2.6255 6 0 0 6 35.12 2.23 2.5555 6 1 1 24 35.12 5.52 2.5555 5 3 2 24 36.06 27.20 2.4908 6 0 2 12 36.06 12.43 2.4908 6 2 0 12 36.52 4.77 2.4602 6 2 1 24 36.98 17.10 2.4307 5 4 1 24 36.98 1.04 2.4307 5 1 4 24 37.44 4.41 2.4023 5 3 3 24 38.33 3.49 2.3483 6 3 0 12 38.33 11.98 2.3483 5 4 2 24 38.77 9.43 2.3227 6 3 1 24 38.77 35.44 2.3227 6 1 3 24 39.64 1.43 2.2737 4 4 4 8 40.07 9.89 2.2504 6 3 2 24 40.07 2.83 2.2504 6 2 3 24 40.49 1.11 2.2278 5 4 3 24 41.33 6.31 2.1845 6 0 4 12 41.74 4.52 2.1638 7 0 2 12 41.74 13.16 2.1638 6 4 1 24 42.15 4.19 2.1437 6 3 3 24 42.15 2.27 2.1437 7 1 2 24 42.97 24.25 2.1051 6 4 2 24 43.37 3.42 2.0865 5 4 4 24 43.37 2.47 2.0865 7 2 2 24 44.16 3.72 2.0509 7 1 3 24 44.94 6.40 2.0170 6 4 3 24 44.94 11.15 2.0170 6 3 4 24 44.94 1.02 2.0170 6 5 0 12 45.33 2.64 2.0006 6 1 5 24 45.33 13.01 2.0006 7 2 3 24 46.10 1.48 1.9691 8 0 0 6 46.48 4.94 1.9539 7 0 4 12 46.48 3.92 1.9539 6 2 5 24 46.85 2.16 1.9391 8 1 1 24 46.85 1.67 1.9391 7 1 4 24 47.23 1.25 1.9245 7 3 3 24 47.60 1.29 1.9103 6 4 4 24 47.60 2.21 1.9103 8 2 0 12 47.97 1.57 1.8964 8 2 1 24 47.97 5.71 1.8964 8 1 2 24 47.97 1.25 1.8964 7 2 4 24 48.34 3.35 1.8828 6 3 5 24 48.34 2.51 1.8828 6 5 3 24 49.07 13.87 1.8565 6 6 0 12 49.07 2.30 1.8565 8 2 2 24 49.43 4.20 1.8437 6 6 1 24 49.79 4.57 1.8312 8 1 3 24 49.79 1.73 1.8312 7 4 3 24 50.15 2.27 1.8190 5 5 5 8 50.51 3.26 1.8070 6 6 2 24 50.86 1.57 1.7952 8 2 3 24 50.86 2.64 1.7952 6 4 5 24 51.92 5.37 1.7612 8 0 4 12 52.26 1.84 1.7503 8 4 1 24 52.26 1.79 1.7503 8 1 4 24 52.26 7.39 1.7503 6 6 3 24 52.95 1.66 1.7291 9 1 1 24 53.30 1.01 1.7188 8 4 2 24 53.30 2.46 1.7188 8 2 4 24 53.64 2.14 1.7087 9 0 2 12 53.64 1.04 1.7087 7 0 6 12 53.98 2.77 1.6987 9 1 2 24 53.98 1.50 1.6987 7 6 1 24 53.98 5.36 1.6987 7 1 6 24 54.66 4.58 1.6793 6 6 4 24 54.99 2.46 1.6698 8 4 3 24 54.99 1.41 1.6698 8 5 0 12 54.99 4.69 1.6698 7 6 2 24 56.32 1.07 1.6335 8 5 2 24 56.32 1.35 1.6335 8 2 5 24 56.65 3.10 1.6248 9 2 3 24 56.65 3.48 1.6248 7 3 6 24 57.30 9.54 1.6078 8 4 4 24 58.28 4.17 1.5832 7 7 1 24 58.92 1.38 1.5675 9 4 2 24 58.92 1.79 1.5675 7 6 4 24 59.24 1.29 1.5598 10 1 1 24 59.88 3.76 1.5447 10 2 0 12 59.88 2.04 1.5447 8 6 2 24 60.19 2.04 1.5373 10 1 2 24 60.19 2.20 1.5373 8 5 4 24 60.19 4.59 1.5373 8 4 5 24 60.51 1.45 1.5301 9 4 3 24 60.82 1.16 1.5229 9 5 1 24 61.45 2.56 1.5089 10 3 0 12 61.45 2.83 1.5089 8 6 3 24 61.76 1.23 1.5020 10 1 3 24 61.76 3.83 1.5020 10 3 1 24 61.76 1.13 1.5020 7 5 6 24 62.69 1.35 1.4819 10 2 3 24 62.69 1.01 1.4819 8 7 0 12 63.00 2.18 1.4754 8 5 5 24 63.31 1.42 1.4690 9 3 5 24 63.62 2.09 1.4626 10 0 4 12 63.62 2.83 1.4626 8 4 6 24 64.23 2.19 1.4502 9 6 1 24 64.84 1.05 1.4380 10 2 4 24 65.14 1.51 1.4321 9 6 2 24 65.44 2.23 1.4262 8 7 3 24 65.44 9.25 1.4262 9 5 4 24 65.44 2.21 1.4262 8 3 7 24 66.34 2.37 1.4090 10 5 0 12 66.34 5.94 1.4090 8 6 5 24 66.34 1.36 1.4090 8 5 6 24 66.64 1.99 1.4034 10 1 5 24 67.54 1.34 1.3870 8 8 1 24 67.54 3.45 1.3870 8 4 7 24 69.60 1.11 1.3508 8 6 6 24 70.48 1.12 1.3362 9 7 3 24 70.77 1.40 1.3314 10 6 2 24 71.06 4.03 1.3266 11 4 2 24 71.06 1.49 1.3266 10 4 5 24 72.21 1.08 1.3082 9 0 8 12 72.50 1.34 1.3037 11 3 4 24 72.79 1.02 1.2993 11 5 1 24 73.08 1.11 1.2949 12 2 0 12 73.36 1.08 1.2905 9 8 2 24 73.36 1.18 1.2905 8 7 6 24 73.65 2.48 1.2862 10 7 1 24 73.65 2.08 1.2862 10 5 5 24 74.22 1.57 1.2777 10 4 6 24 74.50 1.14 1.2736 8 8 5 24 74.50 1.44 1.2736 12 3 0 12 75.64 2.19 1.2572 11 0 6 12 75.92 1.03 1.2532 10 3 7 24 76.77 1.93 1.2415 12 4 1 24 77.05 1.93 1.2377 8 7 7 24 77.33 2.39 1.2339 9 9 1 24 77.62 1.23 1.2301 10 0 8 12 77.62 1.64 1.2301 8 8 6 24 77.90 2.01 1.2264 10 1 8 24 78.18 1.02 1.2227 9 9 2 24 78.18 1.62 1.2227 11 3 6 24 78.18 1.15 1.2227 9 6 7 24 79.02 1.53 1.2118 12 3 4 24 80.13 1.50 1.1977 11 6 4 24 81.52 1.09 1.1807 12 3 5 24 82.08 1.52 1.1742 10 4 8 24 82.63 3.19 1.1677 10 9 1 24 83.18 2.11 1.1613 12 6 2 24 83.18 2.05 1.1613 12 2 6 24 83.46 1.31 1.1582 13 0 4 12 84.56 1.29 1.1459 12 6 3 24 84.56 1.69 1.1459 10 5 8 24 84.56 1.41 1.1459 11 2 8 24 84.56 1.48 1.1459 12 3 6 24 84.84 1.19 1.1428 10 9 3 24 86.22 1.20 1.1281 13 1 5 24 86.49 1.61 1.1252 12 4 6 24 86.77 1.63 1.1224 12 2 7 24 86.77 1.12 1.1224 14 1 0 12 87.59 1.03 1.1139 10 10 0 12 88.14 2.12 1.1084 12 7 3 24 89.24 2.45 1.0976 11 9 2 24 89.24 1.82 1.0976 14 1 3 24 ================================================================================ XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.