As3 Cs5 Si Eisenmann B, Klein J, Somer M Angewandte Chemie 102 (1990) 92-93 C O3^2-^ - isostere Anionen in Cs5SiP3, Cs5SiAs3, Cs5GeP3 und Cs5GeAs3 _cod_database_code 1008430 _database_code_amcsd 0016337 CELL PARAMETERS: 14.4670 6.0430 15.8200 90.000 90.000 90.000 SPACE GROUP: Pnma X-RAY WAVELENGTH: 1.541838 Cell Volume: 1383.049 Density (g/cm3): 4.405 MAX. ABS. INTENSITY / VOLUME**2: 65.35810703 RIR: 4.831 RIR based on corundum from Acta Crystallographica A38 (1982) 733-739 2-THETA INTENSITY D-SPACING H K L Multiplicity 16.61 2.28 5.3380 2 0 2 4 16.86 1.61 5.2590 1 1 1 8 19.14 2.93 4.6376 2 1 0 4 19.48 2.24 4.5575 1 1 2 8 20.85 7.60 4.2612 2 0 3 4 21.58 2.21 4.1175 3 0 2 4 22.22 1.91 4.0007 2 1 2 8 23.32 3.51 3.8150 1 0 4 4 24.27 5.38 3.6666 3 1 1 8 24.61 6.61 3.6168 4 0 0 2 25.02 13.77 3.5587 3 0 3 4 25.26 8.40 3.5258 4 0 1 4 25.58 9.98 3.4825 2 1 3 8 25.67 2.21 3.4702 2 0 4 4 27.65 100.00 3.2259 1 1 4 8 28.77 52.92 3.1034 4 1 0 4 28.89 2.99 3.0909 1 0 5 4 29.12 24.47 3.0665 3 1 3 8 29.20 21.99 3.0581 3 0 4 4 29.33 45.51 3.0453 4 1 1 8 29.56 66.50 3.0215 0 2 0 2 29.69 2.87 3.0093 2 1 4 8 30.95 2.31 2.8890 4 1 2 8 32.54 17.48 2.7519 1 1 5 8 32.82 23.77 2.7286 3 1 4 8 34.84 1.01 2.5749 5 1 1 8 35.39 3.68 2.5367 5 0 3 4 36.26 1.23 2.4772 2 0 6 4 36.45 3.10 2.4648 2 2 3 8 37.29 1.17 2.4112 6 0 0 2 37.74 2.73 2.3836 1 1 6 8 37.99 1.79 2.3686 1 2 4 8 38.55 4.51 2.3352 5 0 4 4 38.84 3.55 2.3188 4 2 0 4 39.11 7.26 2.3033 3 2 3 8 39.27 4.44 2.2943 4 2 1 8 39.55 1.17 2.2788 2 2 4 8 40.69 1.02 2.2174 6 1 1 8 41.45 1.92 2.1782 5 1 4 8 41.81 1.96 2.1607 1 2 5 8 41.88 2.39 2.1572 2 0 7 4 41.93 2.64 2.1548 6 1 2 8 42.04 14.22 2.1493 3 2 4 8 42.33 6.82 2.1352 5 0 5 4 43.19 1.58 2.0945 1 1 7 8 44.20 1.20 2.0493 7 0 1 4 44.60 1.17 2.0316 2 1 7 8 45.35 1.46 1.9996 7 0 2 4 45.89 7.24 1.9775 0 0 8 2 46.60 6.28 1.9489 5 0 6 4 46.76 2.95 1.9428 5 2 3 8 46.87 1.23 1.9383 3 1 7 8 47.24 8.15 1.9242 7 0 3 4 47.40 1.09 1.9178 6 0 5 4 49.32 3.81 1.8477 5 2 4 8 49.73 2.34 1.8335 7 1 3 8 49.92 4.78 1.8269 4 1 7 8 50.09 1.15 1.8211 2 3 3 8 50.82 2.55 1.7967 8 0 1 4 51.29 13.68 1.7813 1 3 4 8 51.96 7.68 1.7598 4 3 0 4 52.09 2.21 1.7556 2 2 7 8 52.18 3.54 1.7530 3 3 3 8 52.31 6.93 1.7490 4 3 1 8 52.48 6.47 1.7437 5 2 5 8 52.76 1.07 1.7351 4 0 8 4 52.92 1.81 1.7303 7 0 5 4 53.19 6.48 1.7222 8 1 1 8 53.66 2.79 1.7081 2 0 9 4 54.07 1.18 1.6960 7 2 1 8 54.20 1.86 1.6923 8 1 2 8 54.36 3.19 1.6876 1 3 5 8 54.55 4.45 1.6822 3 3 4 8 55.07 4.11 1.6677 4 1 8 8 55.07 1.44 1.6675 7 2 2 8 55.22 1.28 1.6634 7 1 5 8 55.54 7.29 1.6546 0 2 8 4 55.86 2.67 1.6459 8 1 3 8 55.94 2.68 1.6437 2 1 9 8 56.16 6.28 1.6377 5 2 6 8 56.72 8.25 1.6230 7 2 3 8 56.86 1.07 1.6192 6 2 5 8 57.88 1.61 1.5931 3 1 9 8 57.98 1.95 1.5908 6 1 7 8 59.90 2.73 1.5443 8 2 1 8 60.54 1.91 1.5295 4 1 9 8 61.37 5.59 1.5108 0 4 0 2 61.64 1.17 1.5046 4 2 8 8 61.78 2.01 1.5015 7 2 5 8 62.46 3.12 1.4869 2 2 9 8 67.45 1.49 1.3885 4 3 7 8 68.21 2.55 1.3750 8 1 7 8 69.38 2.16 1.3545 3 4 4 8 70.19 2.18 1.3408 8 3 1 8 70.34 2.81 1.3384 9 1 6 8 71.81 1.49 1.3146 4 3 8 8 73.26 2.96 1.2921 6 1 10 8 74.85 1.06 1.2685 11 1 2 8 76.26 1.01 1.2486 11 1 3 8 77.38 1.49 1.2333 5 4 5 8 79.91 1.82 1.2005 0 4 8 4 80.43 1.53 1.1940 5 4 6 8 80.84 1.43 1.1889 1 1 13 8 80.90 2.04 1.1883 7 4 3 8 83.63 1.16 1.1562 8 3 7 8 84.00 2.02 1.1522 1 5 4 8 84.53 1.16 1.1463 4 5 0 4 84.80 1.09 1.1433 4 5 1 8 85.64 1.33 1.1342 9 3 6 8 88.41 1.46 1.1056 6 3 10 8 89.47 1.19 1.0953 12 2 3 8 ================================================================================ XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.