H O4 P Sr Ben Taher L, Smiri L, Laligant Y, Maisonneuve V Journal of Solid State Chemistry 152 (2000) 428-434 Investigation of th alkaline earth phosphates: synthesis and crystal structure of a new strontium hydrogen phosphate form _cod_database_code 1004016 _database_code_amcsd 0013992 CELL PARAMETERS: 8.1310 9.2580 18.0840 90.000 90.000 90.000 SPACE GROUP: Pbca X-RAY WAVELENGTH: 1.541838 Cell Volume: 1361.306 Density (g/cm3): 3.583 MAX. ABS. INTENSITY / VOLUME**2: 15.44781329 RIR: 1.404 RIR based on corundum from Acta Crystallographica A38 (1982) 733-739 2-THETA INTENSITY D-SPACING H K L Multiplicity 9.78 10.07 9.0420 0 0 2 2 14.65 1.31 6.0460 1 0 2 4 15.31 12.41 5.7879 1 1 1 8 19.17 3.89 4.6290 0 2 0 2 19.64 33.23 4.5210 0 0 4 2 19.80 7.08 4.4844 0 2 1 4 21.57 5.01 4.1204 0 2 2 4 22.50 1.03 3.9513 1 0 4 4 22.64 11.71 3.9268 1 2 1 8 23.91 100.00 3.7224 2 1 0 4 24.00 37.83 3.7079 2 0 2 4 24.24 3.10 3.6714 0 2 3 4 24.41 1.10 3.6460 2 1 1 8 26.64 73.79 3.3461 1 2 3 8 27.58 83.69 3.2343 0 2 4 4 28.68 56.08 3.1123 1 1 5 8 29.55 1.92 3.0230 2 0 4 4 29.64 1.86 3.0140 0 0 6 2 29.73 2.07 3.0053 1 2 4 8 30.90 23.44 2.8940 2 2 2 8 31.12 87.17 2.8737 2 1 4 8 31.40 26.61 2.8492 1 3 1 8 31.66 1.76 2.8261 1 0 6 4 33.31 31.04 2.6896 1 2 5 8 34.46 27.80 2.6025 1 3 3 8 34.85 11.89 2.5747 3 1 1 8 35.54 1.24 2.5258 0 2 6 4 36.56 14.32 2.4581 2 3 0 4 37.66 8.01 2.3883 3 1 3 8 37.93 2.62 2.3720 2 3 2 8 38.43 1.22 2.3424 2 1 6 8 38.82 16.65 2.3196 3 2 1 8 38.91 6.38 2.3145 0 4 0 2 39.60 1.32 2.2761 2 3 3 8 39.88 19.91 2.2605 0 0 8 2 39.97 29.61 2.2555 1 3 5 8 40.22 3.99 2.2422 0 4 2 4 40.84 29.19 2.2094 1 4 1 8 41.41 18.69 2.1805 3 2 3 8 41.46 3.40 2.1779 1 0 8 4 41.54 17.10 2.1738 1 2 7 8 41.83 8.63 2.1595 2 3 4 8 42.12 1.24 2.1454 2 2 6 8 42.65 2.12 2.1200 1 1 8 8 42.82 6.65 2.1117 3 1 5 8 43.33 9.34 2.0882 1 4 3 8 43.57 1.12 2.0774 3 2 4 8 43.95 1.01 2.0602 0 4 4 4 44.57 12.02 2.0327 4 0 0 2 44.61 13.08 2.0312 0 2 8 4 44.79 15.09 2.0236 3 3 1 8 44.98 1.64 2.0153 3 0 6 4 45.07 2.80 2.0114 2 4 0 4 45.94 2.72 1.9756 2 0 8 4 46.22 4.32 1.9640 3 2 5 8 46.85 2.38 1.9393 4 1 2 8 47.03 51.83 1.9321 2 1 8 8 47.10 6.46 1.9293 3 3 3 8 47.23 1.86 1.9246 1 3 7 8 47.64 1.57 1.9087 1 1 9 8 47.99 12.79 1.8958 1 4 5 8 48.94 17.10 1.8612 4 2 0 4 49.14 33.85 1.8540 4 0 4 4 49.61 2.65 1.8377 2 4 4 8 50.21 1.69 1.8171 2 2 8 8 50.47 3.90 1.8084 0 0 10 2 50.79 2.99 1.7976 1 2 9 8 50.83 5.21 1.7965 1 5 1 8 51.50 20.67 1.7745 3 3 5 8 52.22 3.10 1.7518 3 4 1 8 52.80 6.66 1.7339 3 2 7 8 52.94 7.32 1.7295 1 5 3 8 53.22 5.49 1.7211 4 2 4 8 53.72 1.13 1.7062 3 1 8 8 54.30 10.98 1.6895 3 4 3 8 54.41 4.39 1.6864 1 4 7 8 54.44 1.63 1.6853 4 0 6 4 54.45 5.16 1.6851 2 5 0 4 55.04 1.19 1.6684 4 3 2 8 55.75 7.63 1.6489 1 3 9 8 56.58 2.71 1.6266 2 1 10 8 57.01 4.08 1.6153 1 5 5 8 57.64 5.59 1.5993 3 3 7 8 58.10 1.34 1.5875 1 1 11 8 58.30 11.06 1.5826 3 4 5 8 58.45 4.66 1.5790 2 5 4 8 59.95 3.03 1.5430 0 6 0 2 60.57 3.38 1.5288 5 2 1 8 60.63 2.13 1.5273 4 4 0 4 60.77 2.36 1.5241 3 2 9 8 60.80 3.20 1.5235 3 5 1 8 60.87 1.98 1.5218 1 2 11 8 60.91 1.16 1.5210 0 6 2 4 61.33 6.16 1.5115 4 0 8 4 61.37 1.28 1.5106 1 6 1 8 61.54 2.26 1.5070 0 0 12 2 62.24 7.66 1.4916 1 4 9 8 62.69 4.13 1.4820 3 5 3 8 62.79 4.58 1.4798 1 5 7 8 63.73 6.74 1.4603 0 6 4 4 64.61 1.41 1.4426 2 6 0 4 64.90 7.74 1.4368 4 2 8 8 65.03 1.70 1.4341 5 3 1 8 65.09 2.04 1.4330 0 2 12 4 65.23 3.15 1.4303 3 3 9 8 65.33 2.08 1.4284 1 3 11 8 66.16 1.17 1.4124 5 2 5 8 66.86 1.67 1.3994 5 3 3 8 66.93 2.12 1.3981 1 6 5 8 66.99 13.18 1.3969 2 1 12 8 68.24 1.92 1.3743 2 6 4 8 69.56 1.58 1.3515 2 2 12 8 69.59 6.26 1.3510 2 5 8 8 70.07 2.24 1.3429 1 5 9 8 70.19 4.98 1.3409 6 1 0 4 70.44 5.37 1.3368 5 3 5 8 70.71 1.28 1.3322 0 2 13 4 71.03 2.62 1.3270 5 4 1 8 71.22 1.87 1.3240 3 4 9 8 71.52 4.04 1.3192 5 2 7 8 71.74 1.80 1.3157 3 5 7 8 71.80 5.09 1.3147 1 2 13 8 72.79 3.77 1.2993 5 4 3 8 72.94 1.99 1.2970 4 2 10 8 73.70 7.82 1.2855 6 1 4 8 74.12 1.12 1.2792 3 3 11 8 74.45 2.48 1.2744 0 6 8 4 75.61 8.44 1.2577 2 7 0 4 75.64 1.01 1.2573 3 6 5 8 75.66 1.38 1.2569 5 3 7 8 75.94 5.43 1.2530 1 3 13 8 75.98 1.81 1.2525 5 1 9 8 76.24 6.40 1.2488 5 4 5 8 76.58 1.21 1.2442 0 2 14 4 77.18 1.13 1.2360 6 0 6 4 77.70 3.72 1.2290 4 6 0 4 77.87 1.10 1.2267 3 1 13 8 78.42 4.81 1.2194 5 2 9 8 78.45 1.32 1.2191 5 5 1 8 78.55 1.05 1.2178 4 6 2 8 78.63 4.35 1.2167 3 5 9 8 79.02 8.76 1.2117 2 7 4 8 79.11 2.97 1.2106 4 0 12 4 79.83 2.18 1.2014 3 4 11 8 80.15 2.79 1.1975 5 5 3 8 81.09 3.47 1.1860 4 6 4 8 81.61 1.93 1.1797 1 4 13 8 82.33 3.14 1.1712 4 2 12 8 82.45 1.67 1.1697 5 3 9 8 83.51 1.05 1.1576 5 5 5 8 83.90 6.70 1.1532 6 1 8 8 84.17 1.09 1.1502 7 1 1 8 84.31 2.09 1.1487 3 3 13 8 86.01 1.70 1.1302 0 0 16 2 86.67 1.78 1.1233 2 5 12 8 86.89 2.30 1.1211 0 8 4 4 87.27 1.36 1.1172 5 6 1 8 87.74 1.27 1.1124 1 3 15 8 88.04 1.10 1.1094 5 4 9 8 88.23 2.48 1.1075 7 2 3 8 89.09 4.89 1.0990 2 7 8 8 89.65 1.25 1.0936 6 5 0 4 89.88 3.46 1.0914 3 4 13 8 ================================================================================ XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.