Ba3 Li O21 Ta3 Ti5 Mercey C, Groult D, Raveau B Materials Research Bulletin 13 (1978) 797-804 Insertion du lithium dans les oxydes de type A3 M8 O21: les composes Li Ba M3 Ti5 O21 _cod_database_code 1001283 _database_code_amcsd 0014266 CELL PARAMETERS: 9.0620 9.0620 11.6790 90.000 90.000 120.000 SPACE GROUP: P6_3/mcm X-RAY WAVELENGTH: 1.541838 Cell Volume: 830.586 Density (g/cm3): 6.145 MAX. ABS. INTENSITY / VOLUME**2: 84.15926517 RIR: 4.459 RIR based on corundum from Acta Crystallographica A38 (1982) 733-739 2-THETA INTENSITY D-SPACING H K L Multiplicity 11.27 10.43 7.8479 1 0 0 6 15.17 6.53 5.8395 0 0 2 2 18.94 2.56 4.6849 1 0 2 12 19.59 1.95 4.5310 1 1 0 6 21.03 3.67 4.2242 1 1 1 12 22.66 5.64 3.9240 2 0 0 6 24.87 100.00 3.5798 1 1 2 12 27.38 71.20 3.2569 2 0 2 12 30.13 34.95 2.9662 2 1 0 12 30.27 69.82 2.9528 1 1 3 12 30.62 2.88 2.9197 0 0 4 2 31.11 41.90 2.8750 2 1 1 24 32.73 20.34 2.7365 1 0 4 12 33.90 14.61 2.6446 2 1 2 24 34.28 30.81 2.6160 3 0 0 6 36.61 9.94 2.4543 1 1 4 12 37.68 4.77 2.3874 3 0 2 12 38.43 3.12 2.3424 2 0 4 12 40.56 7.31 2.2240 2 2 1 12 41.49 4.51 2.1766 3 1 0 12 42.23 20.59 2.1398 3 1 1 24 42.81 7.47 2.1121 2 2 2 12 43.49 3.48 2.0808 2 1 4 24 43.59 3.76 2.0762 1 1 5 12 46.27 3.07 1.9620 4 0 0 6 46.62 20.66 1.9483 3 0 4 12 46.66 5.34 1.9465 0 0 6 2 47.88 4.66 1.8998 3 1 3 24 48.17 4.65 1.8893 1 0 6 12 49.68 7.40 1.8351 2 1 5 24 51.03 15.45 1.7899 2 2 4 12 51.07 21.56 1.7885 1 1 6 12 51.35 3.02 1.7794 3 2 1 24 52.43 17.96 1.7451 3 1 4 24 52.48 2.71 1.7437 2 0 6 12 53.24 16.93 1.7205 3 2 2 24 53.51 13.81 1.7126 4 1 0 12 55.95 18.85 1.6433 4 1 2 24 56.30 6.14 1.6341 3 2 3 24 56.51 10.81 1.6285 4 0 4 12 57.91 4.88 1.5924 3 1 5 24 58.83 2.97 1.5696 5 0 0 6 61.14 7.39 1.5158 5 0 2 12 61.95 3.48 1.4979 3 3 1 12 62.64 6.00 1.4831 4 2 0 12 62.92 1.22 1.4772 4 1 4 24 62.95 8.80 1.4764 2 2 6 12 63.20 2.65 1.4713 4 2 1 24 63.64 2.87 1.4622 3 3 2 12 63.75 2.88 1.4599 0 0 8 2 64.03 5.63 1.4542 2 1 7 24 64.98 1.82 1.4353 1 0 8 12 66.31 3.17 1.4095 5 1 0 12 67.59 2.75 1.3859 4 2 3 24 67.82 6.82 1.3818 4 0 6 12 70.04 1.38 1.3434 2 2 7 12 70.15 3.66 1.3415 3 3 4 12 71.14 2.94 1.3253 5 1 3 24 71.21 3.58 1.3242 3 1 7 24 71.33 2.08 1.3223 4 2 4 24 71.36 2.19 1.3217 3 2 6 24 72.11 1.09 1.3098 2 1 8 24 73.68 1.23 1.2858 4 1 6 24 74.31 2.86 1.2764 6 0 2 12 74.42 3.83 1.2748 3 0 8 12 75.68 2.67 1.2567 5 2 0 12 76.01 1.70 1.2521 4 2 5 24 76.34 2.60 1.2475 1 1 9 12 77.84 1.24 1.2272 2 2 8 12 78.02 1.56 1.2247 4 3 3 24 78.09 1.39 1.2238 3 2 7 24 78.24 7.33 1.2218 5 0 6 12 78.97 2.66 1.2124 3 1 8 24 80.20 3.17 1.1968 6 1 0 12 80.28 1.10 1.1959 5 2 3 24 80.49 4.24 1.1933 3 3 6 12 81.58 1.26 1.1801 4 3 4 24 83.81 8.57 1.1543 5 2 4 24 84.74 3.67 1.1440 6 1 3 24 85.95 1.59 1.1309 1 1 10 12 87.02 1.55 1.1197 3 3 7 12 87.06 2.43 1.1194 2 0 10 12 87.78 1.18 1.1120 4 4 2 12 87.88 1.63 1.1110 4 1 8 24 88.88 1.26 1.1010 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.