Ba5(VO4)3OH Mugavero S J, Bharathy M, McAlum J, Loye H C Solid State Sciences 10 (2008) 370-376 Crystal growth of alkaline earth vanadates from hydroxide fluxes Locality: synthetic _database_code_amcsd 0019960 CELL PARAMETERS: 10.4589 10.4589 7.8476 90.000 90.000 120.000 SPACE GROUP: P6_3/m X-RAY WAVELENGTH: 1.541838 Cell Volume: 743.429 Density (g/cm3): 4.683 MAX. ABS. INTENSITY / VOLUME**2: 66.24474679 RIR: 4.606 RIR based on corundum from Acta Crystallographica A38 (1982) 733-739 2-THETA INTENSITY D-SPACING H K L Multiplicity 9.76 4.26 9.0577 1 0 0 6 16.95 1.62 5.2295 1 1 0 6 19.60 23.23 4.5288 2 0 0 6 20.41 11.71 4.3517 1 1 1 12 22.66 17.18 3.9238 0 0 2 2 24.73 29.07 3.6005 1 0 2 12 26.03 25.90 3.4235 1 2 0 6 26.03 6.43 3.4235 2 1 0 6 28.44 86.20 3.1385 1 1 2 12 28.44 67.47 3.1379 1 2 1 12 28.44 32.53 3.1379 2 1 1 12 29.59 54.70 3.0192 3 0 0 6 30.14 4.95 2.9656 2 0 2 12 34.30 1.57 2.6147 2 2 0 6 35.74 3.24 2.5121 1 3 0 6 35.74 4.62 2.5121 3 1 0 6 37.59 1.39 2.3928 3 0 2 12 37.59 1.80 2.3925 3 1 1 12 38.48 7.83 2.3395 1 1 3 12 39.79 1.89 2.2652 2 0 3 12 39.81 2.85 2.2644 4 0 0 6 41.50 33.58 2.1759 2 2 2 12 42.74 4.27 2.1157 1 3 2 12 42.74 15.25 2.1157 3 1 2 12 43.54 21.76 2.0785 1 2 3 12 43.54 10.38 2.0785 2 1 3 12 43.55 1.97 2.0780 2 3 0 6 43.55 3.70 2.0780 3 2 0 6 45.14 13.44 2.0087 2 3 1 12 45.14 8.33 2.0087 3 2 1 12 45.91 5.68 1.9765 1 4 0 6 45.91 12.45 1.9765 4 1 0 6 46.28 14.37 1.9619 0 0 4 2 46.29 23.70 1.9613 4 0 2 12 49.65 1.42 1.8364 2 3 2 12 50.71 2.83 1.8002 2 0 4 12 51.79 4.06 1.7652 1 4 2 12 53.54 1.54 1.7117 2 4 0 6 53.54 4.31 1.7117 4 2 0 6 53.86 5.48 1.7022 1 2 4 12 53.86 3.87 1.7022 2 1 4 12 53.88 4.05 1.7017 3 3 1 12 54.90 3.10 1.6724 4 2 1 12 55.89 12.23 1.6451 3 0 4 12 55.90 7.17 1.6447 5 0 2 12 56.56 6.89 1.6271 2 3 3 12 56.56 2.09 1.6271 3 2 3 12 56.57 2.84 1.6268 1 5 0 6 57.89 6.10 1.5930 3 3 2 12 57.89 7.39 1.5929 1 5 1 12 57.89 1.94 1.5929 5 1 1 12 62.65 1.35 1.4828 4 0 4 12 63.60 1.60 1.4630 3 4 1 12 64.21 1.16 1.4506 3 3 3 12 64.22 2.30 1.4504 2 5 0 6 65.13 2.41 1.4323 4 2 3 12 65.41 4.72 1.4267 1 2 5 12 65.41 2.30 1.4267 2 1 5 12 65.42 1.65 1.4265 3 2 4 12 65.44 1.29 1.4262 2 5 1 12 65.44 2.47 1.4262 5 2 1 12 66.35 4.66 1.4089 6 0 2 12 67.24 7.25 1.3924 4 1 4 12 67.24 2.68 1.3924 1 4 4 12 67.25 1.90 1.3922 3 4 2 12 67.25 1.72 1.3922 4 3 2 12 67.84 4.18 1.3815 1 5 3 12 67.85 1.58 1.3813 1 6 0 6 69.04 1.65 1.3604 2 5 2 12 69.04 7.80 1.3604 5 2 2 12 69.04 1.43 1.3604 1 6 1 12 72.27 4.47 1.3074 4 4 0 6 73.10 1.08 1.2945 1 0 6 12 73.13 1.39 1.2941 3 4 3 12 73.41 2.10 1.2898 2 4 4 12 73.41 2.76 1.2898 4 2 4 12 74.83 5.29 1.2688 1 1 6 12 74.86 1.59 1.2685 5 2 3 12 75.98 1.48 1.2524 3 2 5 12 75.98 2.16 1.2524 2 3 5 12 75.99 3.02 1.2523 1 5 4 12 77.71 1.34 1.2289 7 0 2 12 77.71 1.21 1.2289 5 3 2 12 77.71 3.85 1.2289 3 5 2 12 79.97 3.49 1.1997 7 1 0 6 82.45 3.17 1.1697 2 2 6 12 82.74 1.01 1.1664 3 3 5 12 82.75 1.36 1.1663 2 5 4 12 83.29 2.28 1.1601 3 1 6 12 84.44 1.89 1.1473 1 7 2 12 85.79 2.77 1.1326 4 0 6 12 86.08 1.97 1.1295 1 5 5 12 86.09 1.41 1.1294 1 6 4 12 86.09 1.14 1.1294 6 1 4 12 89.42 1.06 1.0958 6 3 2 12 ================================================================================ XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.