Ba5(VO4)3Cl Roh Y H, Hong S T Acta Crystallographica E61 (2005) i140-i142 Apatite-type Ba5(VO4)3Cl Locality: synthetic _database_code_amcsd 0010452 CELL PARAMETERS: 10.5565 10.5565 7.7584 90.000 90.000 120.000 SPACE GROUP: P6_3/m X-RAY WAVELENGTH: 1.541838 Cell Volume: 748.760 Density (g/cm3): 4.732 MAX. ABS. INTENSITY / VOLUME**2: 70.20745942 RIR: 4.831 RIR based on corundum from Acta Crystallographica A38 (1982) 733-739 2-THETA INTENSITY D-SPACING H K L Multiplicity 9.67 1.52 9.1422 1 0 0 6 16.80 3.19 5.2783 1 1 0 6 19.42 16.57 4.5711 2 0 0 6 20.35 12.27 4.3641 1 1 1 12 22.93 11.50 3.8792 0 0 2 2 24.93 15.71 3.5710 1 0 2 12 25.78 20.81 3.4554 1 2 0 6 25.78 5.08 3.4554 2 1 0 6 28.27 65.52 3.1565 1 2 1 12 28.27 33.60 3.1565 2 1 1 12 28.56 100.00 3.1258 1 1 2 12 29.31 56.72 3.0474 3 0 0 6 30.22 1.78 2.9577 2 0 2 12 33.97 2.01 2.6391 2 2 0 6 35.40 1.88 2.5356 1 3 0 6 35.40 3.93 2.5356 3 1 0 6 37.31 2.02 2.4101 3 1 1 12 37.53 3.37 2.3964 3 0 2 12 38.77 7.85 2.3224 1 1 3 12 39.43 3.59 2.2855 4 0 0 6 40.06 1.34 2.2509 2 0 3 12 41.38 39.12 2.1820 2 2 2 12 42.60 3.21 2.1224 1 3 2 12 42.60 9.48 2.1224 3 1 2 12 43.13 1.29 2.0974 2 3 0 6 43.13 3.90 2.0974 3 2 0 6 43.72 19.82 2.0705 1 2 3 12 43.72 10.63 2.0705 2 1 3 12 44.76 13.05 2.0247 2 3 1 12 44.76 9.43 2.0247 3 2 1 12 45.46 7.92 1.9950 1 4 0 6 45.46 12.64 1.9950 4 1 0 6 46.09 20.61 1.9692 4 0 2 12 46.84 14.63 1.9396 0 0 4 2 50.11 1.11 1.8206 1 1 4 12 51.16 1.69 1.7855 2 0 4 12 51.51 4.77 1.7741 1 4 2 12 53.00 1.40 1.7277 2 4 0 6 53.00 3.88 1.7277 4 2 0 6 53.40 4.65 1.7158 3 3 1 12 54.23 3.95 1.6914 1 2 4 12 54.23 3.10 1.6914 2 1 4 12 54.41 2.67 1.6864 4 2 1 12 55.56 5.98 1.6539 5 0 2 12 56.00 2.55 1.6420 1 5 0 6 56.22 13.70 1.6363 3 0 4 12 56.49 2.24 1.6290 3 2 3 12 56.49 6.37 1.6290 2 3 3 12 57.36 7.68 1.6064 1 5 1 12 57.36 2.30 1.6064 5 1 1 12 57.52 8.29 1.6023 3 3 2 12 61.31 1.14 1.5121 1 5 2 12 62.84 2.10 1.4789 4 0 4 12 63.00 1.39 1.4755 3 4 1 12 63.55 2.29 1.4639 2 5 0 6 64.00 1.49 1.4547 3 3 3 12 64.81 1.64 1.4385 2 5 1 12 64.81 2.15 1.4385 5 2 1 12 64.91 2.03 1.4366 4 2 3 12 65.55 1.44 1.4240 3 2 4 12 65.86 6.03 1.4182 6 0 2 12 66.00 4.77 1.4155 1 2 5 12 66.00 2.41 1.4155 2 1 5 12 66.75 1.38 1.4015 3 4 2 12 66.75 1.94 1.4015 4 3 2 12 67.14 1.40 1.3942 1 6 0 6 67.33 8.06 1.3907 4 1 4 12 67.33 3.88 1.3907 1 4 4 12 67.58 4.21 1.3862 1 5 3 12 67.58 1.04 1.3862 5 1 3 12 68.36 1.57 1.3722 1 6 1 12 68.51 2.53 1.3696 2 5 2 12 68.51 9.21 1.3696 5 2 2 12 71.50 5.46 1.3196 4 4 0 6 72.78 1.40 1.2995 3 4 3 12 73.39 1.91 1.2901 2 4 4 12 73.39 2.48 1.2901 4 2 4 12 74.48 1.24 1.2740 2 5 3 12 74.48 1.41 1.2740 5 2 3 12 75.73 5.84 1.2559 1 1 6 12 75.93 2.64 1.2532 1 5 4 12 76.34 1.78 1.2474 3 2 5 12 76.34 2.16 1.2474 2 3 5 12 77.05 1.31 1.2378 7 0 2 12 77.05 1.30 1.2378 5 3 2 12 77.05 2.76 1.2378 3 5 2 12 79.08 3.69 1.2109 7 1 0 6 82.56 1.62 1.1685 2 5 4 12 82.97 1.21 1.1638 3 3 5 12 83.20 3.68 1.1612 2 2 6 12 83.66 2.14 1.1559 1 7 2 12 84.02 1.79 1.1519 3 1 6 12 85.84 1.07 1.1321 6 1 4 12 85.84 1.12 1.1321 1 6 4 12 86.25 2.16 1.1278 1 5 5 12 86.47 2.72 1.1254 4 0 6 12 88.56 1.31 1.1042 6 3 2 12 89.38 3.65 1.0962 8 0 2 12 89.92 6.45 1.0910 4 4 4 12 ================================================================================ XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.