Becquerelite Burns P C, Li Y American Mineralogist 87 (2002) 550-557 The structures of becquerelite and Sr-exchanged becquerelite _database_code_amcsd 0002789 CELL PARAMETERS: 13.8527 12.3929 14.9297 90.000 90.000 90.000 SPACE GROUP: Pn2_1a X-RAY WAVELENGTH: 1.541838 Cell Volume: 2563.058 Density (g/cm3): 5.135 MAX. ABS. INTENSITY / VOLUME**2: 213.9055586 RIR: 13.564 RIR based on corundum from Acta Crystallographica A38 (1982) 733-739 2-THETA INTENSITY D-SPACING H K L Multiplicity 11.86 100.00 7.4648 0 0 2 2 13.47 6.82 6.5715 1 0 2 4 14.29 2.38 6.1965 0 2 0 1 14.65 1.60 6.0461 2 1 0 2 15.81 2.73 5.6040 2 1 1 4 18.61 1.20 4.7679 0 2 2 2 18.89 2.45 4.6983 2 1 2 4 18.95 3.49 4.6835 1 0 3 4 23.15 1.01 3.8424 2 1 3 4 23.84 19.16 3.7324 0 0 4 2 24.70 5.09 3.6039 1 0 4 4 25.10 36.71 3.5479 2 3 0 2 25.47 1.38 3.4973 1 3 2 4 25.72 12.71 3.4632 4 0 0 2 25.81 3.64 3.4518 2 3 1 4 26.33 3.32 3.3849 3 0 3 4 26.42 8.28 3.3736 4 0 1 4 27.84 48.70 3.2044 2 3 2 4 28.41 18.45 3.1416 4 0 2 4 28.82 1.14 3.0982 0 4 0 1 28.82 3.07 3.0981 1 3 3 4 30.16 5.17 2.9629 4 2 1 4 30.63 1.24 2.9189 1 0 5 4 30.95 2.36 2.8889 2 3 3 4 31.26 2.91 2.8615 0 4 2 2 31.47 2.90 2.8426 4 0 3 4 32.66 1.11 2.7420 2 0 5 4 32.98 1.81 2.7157 1 3 4 4 34.72 2.18 2.5837 4 2 3 4 34.89 11.79 2.5715 2 3 4 4 35.36 5.43 2.5387 4 0 4 4 35.81 1.47 2.5074 3 0 5 4 36.10 1.66 2.4883 0 0 6 2 36.69 2.82 2.4491 1 0 6 4 37.74 1.65 2.3839 1 3 5 4 37.88 1.54 2.3750 3 3 4 4 39.01 2.02 2.3091 4 4 0 2 39.07 2.58 2.3057 2 5 1 4 39.63 1.07 2.2741 5 3 1 4 39.71 1.04 2.2697 6 1 0 2 40.19 2.15 2.2439 6 1 1 4 40.91 2.63 2.2059 4 4 2 4 42.80 1.07 2.1129 2 5 3 4 42.93 1.46 2.1067 1 3 6 4 43.32 1.44 2.0885 5 3 3 4 43.83 5.25 2.0655 0 6 0 1 44.45 2.26 2.0384 2 0 7 4 44.47 4.93 2.0372 2 3 6 4 44.85 2.25 2.0208 4 0 6 4 44.98 3.40 2.0154 6 3 0 2 45.41 6.50 1.9973 6 3 1 4 45.57 4.52 1.9907 0 6 2 2 46.23 1.62 1.9637 4 4 4 4 46.68 6.07 1.9457 6 3 2 4 46.85 1.20 1.9393 6 1 4 4 46.93 1.39 1.9362 3 0 7 4 46.95 2.82 1.9352 3 3 6 4 48.01 1.77 1.8951 0 3 7 2 48.48 1.92 1.8776 1 3 7 4 48.75 3.43 1.8680 6 3 3 4 49.22 1.25 1.8513 5 0 6 4 49.27 1.60 1.8495 1 0 8 4 50.05 2.43 1.8226 5 3 5 4 50.50 3.07 1.8072 0 6 4 2 51.52 2.80 1.7739 4 6 0 2 51.54 2.45 1.7734 6 3 4 4 53.06 4.36 1.7259 4 6 2 4 53.26 2.10 1.7201 8 0 1 4 53.42 2.02 1.7153 2 7 0 2 54.35 1.05 1.6880 1 3 8 4 54.68 3.31 1.6787 6 5 1 4 54.92 2.91 1.6717 2 7 2 4 54.97 1.21 1.6705 6 3 5 4 55.44 2.20 1.6574 8 2 1 4 56.25 1.27 1.6354 8 0 3 4 57.09 2.08 1.6132 2 0 9 4 57.52 1.94 1.6022 4 6 4 4 57.62 1.89 1.5997 6 5 3 4 57.77 1.38 1.5959 3 3 8 4 58.36 1.28 1.5813 8 2 3 4 59.06 1.43 1.5642 5 3 7 4 59.29 1.70 1.5586 2 7 4 4 60.11 1.59 1.5394 0 3 9 2 63.24 1.01 1.4704 6 5 5 4 66.41 1.00 1.4078 4 8 1 4 66.47 1.71 1.4067 4 3 9 4 70.73 1.37 1.3319 2 0 11 4 70.91 1.17 1.3290 2 9 2 4 72.21 1.06 1.3083 10 3 1 4 73.44 1.24 1.2894 0 3 11 2 79.28 1.06 1.2084 4 3 11 4 83.94 1.08 1.1528 4 10 2 4 84.09 1.19 1.1511 8 8 1 4 ================================================================================ XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.