Nabiasite Brugger J, Bonin M, Schenk K J, Meisser N, Berlepsch P, Ragu A European Journal of Mineralogy 11 (1999) 879-890 Description and crystal structure of nabiasite, BaMn9[(V,As)O4]6(OH)2, a new mineral from the Central Pyrenees (France) Locality: Central Pyrenees, France _database_code_amcsd 0006798 CELL PARAMETERS: 12.8320 12.8320 12.8320 90.000 90.000 90.000 SPACE GROUP: Pa3 X-RAY WAVELENGTH: 1.541838 Cell Volume: 2112.920 Density (g/cm3): 4.307 MAX. ABS. INTENSITY / VOLUME**2: 20.73691863 RIR: 1.568 RIR based on corundum from Acta Crystallographica A38 (1982) 733-739 2-THETA INTENSITY D-SPACING H K L Multiplicity 13.80 15.76 6.4160 2 0 0 6 15.44 11.38 5.7386 2 1 0 12 16.92 1.14 5.2386 2 1 1 24 19.57 1.12 4.5368 2 2 0 12 20.77 3.78 4.2773 2 2 1 24 22.99 35.50 3.8690 3 1 1 24 24.02 23.31 3.7043 2 2 2 8 25.02 31.15 3.5590 3 0 2 12 25.98 13.46 3.4295 3 2 1 24 27.81 14.54 3.2080 4 0 0 6 28.68 6.56 3.1122 3 2 2 24 29.53 82.14 3.0245 4 1 1 24 30.36 12.29 2.9439 3 3 1 24 31.17 2.31 2.8693 4 0 2 12 31.17 72.02 2.8693 4 2 0 12 31.96 40.99 2.8002 4 2 1 24 31.96 59.01 2.8002 4 1 2 24 34.23 94.40 2.6193 4 2 2 24 34.96 17.73 2.5664 4 3 0 12 35.68 5.56 2.5166 4 1 3 24 36.38 1.74 2.4695 3 3 3 8 38.42 17.42 2.3428 5 2 1 24 38.42 26.61 2.3428 5 1 2 24 40.38 11.50 2.2338 5 2 2 24 41.64 17.65 2.1690 5 1 3 24 42.26 6.91 2.1387 4 4 2 24 42.26 48.39 2.1387 6 0 0 6 42.87 2.32 2.1096 6 1 0 12 43.47 2.57 2.0816 5 3 2 24 43.47 2.34 2.0816 6 1 1 24 44.66 3.04 2.0289 6 0 2 12 45.25 3.67 2.0040 4 4 3 24 45.83 2.07 1.9800 5 4 1 24 45.83 2.41 1.9800 5 1 4 24 46.40 13.05 1.9569 5 3 3 24 46.97 16.16 1.9345 6 2 2 24 48.09 4.60 1.8920 6 3 1 24 49.19 2.99 1.8521 4 4 4 8 49.74 9.69 1.8331 6 2 3 24 50.28 2.50 1.8147 5 3 4 24 50.81 1.06 1.7968 7 1 1 24 51.35 7.19 1.7795 6 0 4 12 51.35 1.93 1.7795 6 4 0 12 52.40 4.86 1.7462 7 2 1 24 52.40 2.84 1.7462 7 1 2 24 53.43 3.47 1.7147 6 4 2 24 53.95 11.80 1.6996 7 2 2 24 54.96 2.21 1.6706 5 5 3 24 54.96 9.78 1.6706 7 3 1 24 55.97 1.12 1.6430 6 5 0 12 55.97 5.00 1.6430 6 4 3 24 55.97 1.54 1.6430 6 3 4 24 56.47 5.46 1.6297 6 5 1 24 56.47 4.51 1.6297 6 1 5 24 57.94 2.45 1.5916 6 2 5 24 58.43 14.83 1.5795 5 5 4 24 59.39 6.02 1.5561 8 0 2 12 59.39 1.48 1.5561 8 2 0 12 59.39 9.20 1.5561 6 4 4 24 59.87 11.03 1.5448 8 2 1 24 59.87 8.62 1.5448 8 1 2 24 60.35 1.94 1.5337 6 3 5 24 61.30 77.33 1.5123 6 6 0 12 61.30 10.75 1.5123 8 2 2 24 61.77 1.52 1.5019 8 3 0 12 61.77 3.95 1.5019 6 6 1 24 62.24 1.59 1.4917 7 3 4 24 65.46 3.96 1.4258 7 4 4 24 66.37 6.83 1.4085 7 3 5 24 66.82 2.72 1.4001 8 4 2 24 66.82 1.80 1.4001 8 2 4 24 67.27 1.53 1.3918 9 0 2 12 67.27 2.81 1.3918 7 0 6 12 67.72 2.29 1.3837 7 6 1 24 67.72 1.23 1.3837 7 1 6 24 68.61 2.90 1.3679 6 6 4 24 69.05 1.65 1.3602 8 5 0 12 69.49 1.95 1.3526 7 5 4 24 69.49 4.26 1.3526 7 4 5 24 69.93 2.64 1.3452 9 1 3 24 72.12 6.49 1.3097 8 4 4 24 72.99 1.18 1.2962 9 4 1 24 73.85 1.16 1.2832 10 0 0 6 74.28 1.11 1.2768 9 4 2 24 75.99 1.42 1.2523 8 4 5 24 76.84 1.18 1.2405 9 5 1 24 76.84 1.46 1.2405 7 7 3 24 77.27 1.26 1.2348 10 2 2 24 77.27 3.03 1.2348 6 6 6 8 79.38 1.07 1.2071 10 2 3 24 79.80 1.27 1.2018 7 7 4 24 80.22 1.57 1.1966 9 3 5 24 80.22 3.46 1.1966 9 5 3 24 80.64 3.37 1.1914 10 4 0 12 80.64 9.12 1.1914 8 6 4 24 81.06 1.13 1.1863 10 1 4 24 82.31 2.20 1.1714 10 4 2 24 82.31 2.25 1.1714 10 2 4 24 84.40 1.05 1.1477 11 0 2 12 84.81 2.35 1.1432 10 5 1 24 84.81 1.36 1.1432 10 1 5 24 86.06 3.12 1.1298 8 4 7 24 87.71 1.49 1.1127 9 6 4 24 88.95 2.28 1.1003 10 6 0 12 88.95 1.23 1.1003 10 0 6 12 89.78 3.23 1.0923 11 1 4 24 89.78 1.69 1.0923 11 4 1 24 ================================================================================ XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.