Mn[UO2AsO4]2(H2O)8 Locock A J, Burns P C, Flynn M The Canadian Mineralogist 42 (2004) 1699-1718 Divalent transition metals and magnesium in structures that contain the autunite-type sheet Sample: MnUAs8 CELL PARAMETERS: 7.2244 9.9170 13.3370 75.012 84.136 81.995 SPACE GROUP: P-1 X-RAY WAVELENGTH: 1.541838 MAX. ABS. INTENSITY / VOLUME**2: 84.89561237 2-THETA INTENSITY D-SPACING H K L 9.30 1.51 9.5133 0 1 0 10.10 100.00 8.7555 0 1 1 13.78 2.20 6.4262 0 0 2 14.75 5.09 6.0072 1 1 1 17.20 13.14 5.1540 -1 1 1 17.48 16.06 5.0739 -1 -1 1 17.92 11.67 4.9488 1 0 2 18.34 8.48 4.8368 1 -1 1 18.65 18.37 4.7567 0 2 0 19.21 4.87 4.6193 -1 0 2 20.29 9.96 4.3777 0 2 2 20.52 19.70 4.3291 0 1 3 22.11 20.10 4.0200 1 2 2 24.82 26.67 3.5873 0 -1 3 24.95 25.55 3.5684 2 0 0 25.45 21.71 3.4998 2 1 1 25.47 15.06 3.4976 -1 2 2 25.92 19.11 3.4372 0 -2 2 27.24 11.06 3.2735 0 3 1 27.76 12.17 3.2131 0 0 4 28.44 9.34 3.1387 -2 1 1 29.38 4.72 3.0404 1 -2 2 29.43 7.23 3.0346 0 2 4 29.46 3.70 3.0320 -2 0 2 29.48 3.92 3.0304 2 2 0 29.69 2.84 3.0088 1 0 4 29.74 5.95 3.0036 2 2 2 30.43 1.95 2.9370 2 1 3 30.67 3.86 2.9152 0 -3 1 31.26 4.20 2.8614 1 3 3 31.31 2.12 2.8568 -1 0 4 32.08 3.19 2.7903 -1 -3 1 33.10 3.07 2.7060 -2 2 0 34.28 1.75 2.6156 1 -3 1 34.49 1.71 2.6006 -2 1 3 34.51 1.73 2.5986 2 3 1 34.83 1.65 2.5757 1 1 5 34.98 1.88 2.5655 -1 3 3 35.23 9.30 2.5473 2 -1 3 35.38 8.34 2.5370 -2 -2 2 35.73 6.96 2.5128 -2 -1 3 36.06 2.66 2.4905 2 2 4 36.31 5.52 2.4744 2 0 4 36.90 1.52 2.4358 0 4 2 37.18 2.99 2.4184 2 -2 2 37.22 1.70 2.4160 1 4 2 37.37 2.24 2.4061 -1 1 5 38.01 2.06 2.3671 -2 -3 1 38.47 1.82 2.3403 1 4 0 38.48 1.34 2.3396 0 -1 5 39.00 1.63 2.3097 -2 0 4 39.26 1.52 2.2947 0 3 5 39.32 2.57 2.2914 0 -3 3 39.45 2.27 2.2844 1 3 5 39.47 4.63 2.2830 3 0 2 39.49 2.75 2.2822 -3 -1 1 39.51 4.82 2.2806 -1 -2 4 39.70 2.70 2.2701 1 -2 4 39.87 1.27 2.2609 -2 3 1 40.15 2.25 2.2460 1 -1 5 40.19 1.04 2.2437 2 1 5 40.24 3.34 2.2413 3 2 2 40.35 1.89 2.2353 3 2 0 40.82 3.32 2.2106 -3 1 1 40.86 2.93 2.2085 -1 4 2 41.22 1.43 2.1901 1 4 4 41.24 4.49 2.1889 0 4 4 41.37 1.03 2.1824 -3 0 2 41.40 2.45 2.1808 -1 4 0 41.69 2.55 2.1666 -2 2 4 41.72 2.73 2.1649 2 4 2 42.10 2.55 2.1462 1 2 6 42.19 3.52 2.1421 0 0 6 43.14 3.21 2.0967 -1 3 5 43.74 3.60 2.0696 0 -4 2 45.17 1.01 2.0072 -1 4 4 45.29 2.92 2.0024 3 3 3 46.17 2.70 1.9662 -3 2 2 47.01 3.33 1.9329 1 5 3 47.02 1.06 1.9325 -3 -3 1 47.51 1.53 1.9137 3 -2 2 48.00 1.28 1.8953 2 0 6 48.08 2.05 1.8923 0 1 7 48.21 1.48 1.8875 2 -3 3 48.68 2.09 1.8705 3 1 5 49.09 2.69 1.8558 -2 -4 2 49.21 1.44 1.8517 -3 0 4 49.42 2.89 1.8440 1 4 6 50.18 1.40 1.8180 0 -5 1 50.60 4.55 1.8039 4 1 1 50.91 3.76 1.7936 0 -2 6 50.95 2.65 1.7923 -1 5 3 50.98 3.32 1.7913 0 -3 5 51.01 1.46 1.7904 3 4 0 51.20 2.77 1.7842 4 0 0 51.24 2.23 1.7830 -2 0 6 51.79 1.99 1.7651 3 -3 1 52.28 1.26 1.7499 4 2 2 52.55 1.38 1.7414 2 1 7 52.88 1.21 1.7313 2 -4 2 53.09 1.14 1.7249 0 -1 7 53.26 1.30 1.7201 1 -5 1 53.41 2.35 1.7154 -1 4 6 53.62 1.20 1.7094 3 2 6 54.03 1.48 1.6973 3 -1 5 54.06 1.24 1.6962 -3 -2 4 55.10 1.27 1.6669 4 3 1 55.60 1.37 1.6529 1 -4 4 55.71 1.40 1.6499 1 2 8 56.01 1.05 1.6419 4 2 4 56.84 1.71 1.6199 3 5 3 57.01 2.63 1.6155 -4 -2 2 57.12 2.86 1.6127 -2 -3 5 57.16 2.55 1.6114 2 -2 6 57.24 1.07 1.6096 -4 2 0 57.31 2.49 1.6078 4 0 4 57.36 2.22 1.6063 4 -1 3 57.57 1.71 1.6011 1 6 4 57.85 1.71 1.5939 -2 -2 6 57.96 1.10 1.5911 1 0 8 58.02 2.18 1.5895 -3 4 2 58.09 2.45 1.5878 1 6 0 58.32 1.09 1.5823 -4 1 3 58.79 2.00 1.5707 -1 2 8 58.79 2.19 1.5706 3 4 6 59.98 1.65 1.5424 -3 3 5 60.15 1.44 1.5382 1 5 7 61.37 1.85 1.5107 -1 6 0 61.79 1.19 1.5013 -1 6 4 64.26 1.65 1.4496 1 3 9 65.59 1.69 1.4234 3 6 4 68.04 1.07 1.3780 3 -5 1 69.21 1.33 1.3575 -3 4 6 70.78 1.17 1.3311 -1 7 1 72.27 1.15 1.3073 3 3 9 73.36 1.02 1.2906 -3 2 8 74.65 1.08 1.2714 3 7 1 ================================================================================ XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.