Novacekite 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: MgUAs12 CELL PARAMETERS: 7.1594 7.1610 11.3146 81.391 81.177 88.884 SPACE GROUP: P-1 X-RAY WAVELENGTH: 1.541838 MAX. ABS. INTENSITY / VOLUME**2: 111.9024834 2-THETA INTENSITY D-SPACING H K L 8.00 100.00 11.0568 0 0 1 12.50 1.17 7.0803 0 1 0 13.80 1.12 6.4192 1 0 1 13.81 5.61 6.4105 0 1 1 15.83 4.16 5.5970 0 -1 1 15.87 8.86 5.5857 -1 0 1 16.03 15.00 5.5284 0 0 2 17.69 4.41 5.0135 -1 1 0 17.75 5.84 4.9956 1 1 0 17.86 3.05 4.9651 1 1 1 18.81 10.76 4.7185 1 0 2 18.84 5.86 4.7098 0 1 2 19.42 3.22 4.5707 1 -1 1 19.46 4.40 4.5613 -1 1 1 21.29 1.75 4.1732 1 1 2 21.82 9.72 4.0739 0 -1 2 21.86 5.07 4.0662 -1 0 2 24.15 1.79 3.6856 0 0 3 25.16 11.75 3.5401 0 2 0 25.18 13.12 3.5373 2 0 0 25.24 9.52 3.5286 2 0 1 25.25 11.17 3.5271 0 2 1 25.49 5.45 3.4938 1 0 3 25.54 7.64 3.4882 0 1 3 27.57 5.59 3.2349 0 -2 1 27.62 6.12 3.2295 -2 0 1 27.80 7.85 3.2096 2 0 2 27.83 7.59 3.2052 0 2 2 28.23 1.89 3.1614 1 2 0 28.76 2.42 3.1043 2 -1 1 28.92 2.99 3.0868 0 -1 3 28.97 5.36 3.0821 -1 0 3 29.59 1.14 3.0190 2 1 2 29.60 1.16 3.0176 1 2 2 29.82 1.05 2.9966 1 -2 1 29.87 2.65 2.9914 -2 1 1 30.94 2.37 2.8902 -1 -2 1 31.98 1.91 2.7985 0 -2 2 32.05 1.37 2.7928 -2 0 2 32.95 1.30 2.7187 1 0 4 32.99 1.47 2.7151 0 1 4 33.41 1.11 2.6818 2 1 3 35.11 2.93 2.5558 2 2 1 35.82 4.41 2.5067 -2 2 0 35.95 3.22 2.4978 2 2 0 36.16 1.27 2.4844 -1 2 3 36.18 4.83 2.4825 2 2 2 36.61 1.38 2.4544 0 -1 4 36.74 2.06 2.4461 2 -2 1 36.79 2.18 2.4433 -2 2 1 37.10 1.02 2.4234 1 -1 4 37.19 1.15 2.4179 -1 1 4 38.60 1.01 2.3323 -2 -2 1 38.73 1.37 2.3248 1 2 4 38.75 1.02 2.3239 -2 1 3 39.18 1.26 2.2991 3 0 2 39.22 1.15 2.2972 0 3 2 39.43 1.82 2.2853 2 -2 2 39.51 1.61 2.2807 -2 2 2 39.58 1.29 2.2772 1 3 1 39.58 1.81 2.2768 3 1 1 40.24 1.55 2.2412 -1 3 0 40.30 1.28 2.2381 3 -1 1 40.30 1.61 2.2379 -3 0 1 40.31 1.15 2.2373 -1 3 1 40.33 1.05 2.2364 1 3 0 40.81 2.20 2.2114 0 0 5 40.86 1.06 2.2085 1 0 5 41.18 1.86 2.1921 -1 -2 3 41.84 1.68 2.1592 2 -1 4 42.24 1.74 2.1397 3 0 3 42.30 1.87 2.1368 0 3 3 43.89 1.49 2.0628 0 -3 2 43.98 1.25 2.0590 -3 0 2 44.75 1.29 2.0253 1 -1 5 45.00 1.58 2.0145 -2 1 4 45.07 1.10 2.0115 1 2 5 46.67 1.04 1.9463 3 0 4 48.42 1.54 1.8798 -1 -1 5 48.81 1.02 1.8657 0 -3 3 48.87 1.30 1.8637 -3 -2 1 48.92 1.37 1.8620 1 1 6 48.92 1.09 1.8619 -3 0 3 49.82 1.32 1.8303 2 -3 2 51.03 1.30 1.7898 0 4 1 51.04 1.72 1.7895 4 0 1 51.21 1.03 1.7837 3 2 4 51.64 1.85 1.7701 0 4 0 51.68 1.41 1.7687 4 0 0 51.82 1.45 1.7643 4 0 2 51.83 1.01 1.7638 -2 3 3 51.84 1.39 1.7635 0 4 2 52.89 1.42 1.7312 1 -1 6 52.99 1.73 1.7281 -1 1 6 56.80 1.12 1.6208 -1 -1 6 57.19 1.12 1.6107 2 4 1 57.21 1.15 1.6103 4 2 1 57.32 1.13 1.6074 4 2 2 57.32 1.03 1.6073 1 1 7 57.80 1.13 1.5953 -3 -1 4 58.20 1.10 1.5852 -2 4 0 58.23 1.00 1.5844 -4 2 0 58.26 1.28 1.5836 -2 4 1 ================================================================================ XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.