O21 Sr3 Ta4 Ti4 Saurel C, Groult D, Raveau B Materials Research Bulletin 12 (1977) 629-635 Etude du comportement de l'antimoine V et du strontium dans les oxydes a structure en cages du type A3 M8 O21 _cod_database_code 1001279 _database_code_amcsd 0014259 CELL PARAMETERS: 9.0080 9.0080 11.6290 90.000 90.000 120.000 SPACE GROUP: P6_3/mcm X-RAY WAVELENGTH: 1.541838 Cell Volume: 817.203 Density (g/cm3): 6.152 MAX. ABS. INTENSITY / VOLUME**2: 59.55502564 RIR: 3.152 RIR based on corundum from Acta Crystallographica A38 (1982) 733-739 2-THETA INTENSITY D-SPACING H K L Multiplicity 11.34 1.36 7.8012 1 0 0 6 15.24 42.91 5.8145 0 0 2 2 19.04 3.94 4.6620 1 0 2 12 19.71 4.96 4.5040 1 1 0 6 21.15 2.45 4.2000 1 1 1 12 22.80 22.90 3.9006 2 0 0 6 25.01 99.62 3.5607 1 1 2 12 27.54 79.09 3.2392 2 0 2 12 30.31 68.95 2.9486 2 1 0 12 30.42 100.00 2.9380 1 1 3 12 31.30 54.93 2.8581 2 1 1 24 32.88 25.00 2.7242 1 0 4 12 34.09 29.66 2.6298 2 1 2 24 34.49 40.00 2.6004 3 0 0 6 36.80 23.98 2.4426 1 1 4 12 37.90 16.09 2.3738 3 0 2 12 38.36 3.85 2.3468 2 1 3 24 38.63 1.46 2.3310 2 0 4 12 40.81 8.73 2.2109 2 2 1 12 41.75 1.08 2.1637 3 1 0 12 42.50 12.21 2.1271 3 1 1 24 43.07 10.20 2.1000 2 2 2 12 43.73 2.39 2.0702 2 1 4 24 43.81 1.71 2.0665 1 1 5 12 46.57 7.80 1.9503 4 0 0 6 46.88 19.10 1.9382 3 0 4 12 46.88 7.06 1.9382 0 0 6 2 48.16 1.93 1.8893 3 1 3 24 48.39 11.02 1.8810 1 0 6 12 49.94 7.68 1.8261 2 1 5 24 51.03 3.72 1.7897 3 2 0 12 51.32 23.29 1.7803 2 2 4 12 51.32 30.01 1.7803 1 1 6 12 51.68 6.94 1.7689 3 2 1 24 52.74 28.54 1.7357 3 1 4 24 52.74 1.14 1.7357 2 0 6 12 53.58 19.16 1.7105 3 2 2 24 53.85 23.31 1.7024 4 1 0 12 56.31 27.80 1.6338 4 1 2 24 56.65 17.85 1.6249 3 2 3 24 56.85 18.57 1.6196 4 0 4 12 58.24 2.75 1.5842 3 1 5 24 59.22 3.09 1.5602 5 0 0 6 59.29 1.06 1.5586 1 1 7 12 61.54 4.94 1.5069 5 0 2 12 62.36 3.86 1.4890 3 3 1 12 63.06 8.49 1.4743 4 2 0 12 63.31 1.83 1.4690 4 1 4 24 63.31 14.51 1.4690 2 2 6 12 63.62 2.04 1.4626 4 2 1 24 64.06 3.11 1.4537 3 3 2 12 64.06 2.64 1.4536 0 0 8 2 64.37 9.28 1.4474 2 1 7 24 64.55 4.04 1.4436 3 1 6 24 65.29 1.44 1.4291 4 2 2 24 65.30 2.89 1.4290 1 0 8 12 66.76 4.47 1.4011 5 1 0 12 67.31 1.49 1.3911 5 1 1 24 67.74 2.48 1.3834 1 1 8 12 68.04 1.20 1.3780 4 2 3 24 68.22 13.96 1.3748 4 0 6 12 68.94 2.14 1.3621 5 1 2 24 70.43 1.76 1.3369 2 2 7 12 70.61 6.45 1.3340 3 3 4 12 71.61 5.38 1.3177 5 1 3 24 71.61 1.95 1.3177 3 1 7 24 71.79 1.25 1.3149 4 2 4 24 72.50 1.18 1.3038 2 1 8 24 72.73 1.19 1.3002 6 0 0 6 74.83 2.72 1.2689 6 0 2 12 74.83 3.83 1.2688 3 0 8 12 76.21 2.04 1.2492 5 2 0 12 76.50 1.10 1.2452 4 2 5 24 76.73 3.60 1.2420 1 1 9 12 78.28 1.78 1.2213 2 2 8 12 78.57 1.22 1.2176 4 3 3 24 78.57 3.34 1.2176 3 2 7 24 78.74 8.81 1.2154 5 0 6 12 79.42 2.71 1.2066 3 1 8 24 80.78 4.62 1.1897 6 1 0 12 80.84 3.43 1.1890 5 2 3 24 81.01 1.41 1.1869 6 0 4 12 81.01 6.53 1.1869 3 3 6 12 82.14 2.92 1.1734 4 3 4 24 82.82 1.23 1.1655 4 0 8 12 83.05 1.09 1.1629 0 0 10 2 84.40 10.29 1.1477 5 2 4 24 85.35 6.76 1.1373 6 1 3 24 86.42 1.07 1.1260 4 4 0 6 86.42 1.43 1.1260 1 1 10 12 87.54 2.77 1.1144 2 0 10 12 87.59 2.08 1.1139 3 3 7 12 88.43 1.90 1.1055 4 4 2 12 88.43 2.10 1.1054 4 1 8 24 89.55 1.05 1.0945 7 0 2 12 ================================================================================ XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.