Ni[UO2PO4]2(H2O)10 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: NiUP10 CELL PARAMETERS: 6.9506 19.8215 6.9711 90.000 90.418 90.000 SPACE GROUP: P2_1/n X-RAY WAVELENGTH: 1.541838 MAX. ABS. INTENSITY / VOLUME**2: 69.81793540 2-THETA INTENSITY D-SPACING H K L 8.92 100.00 9.9108 0 2 0 13.50 19.96 6.5589 1 1 0 15.57 2.26 5.6905 1 2 0 17.90 20.82 4.9554 0 4 0 17.96 11.44 4.9400 -1 0 1 18.09 7.21 4.9041 1 0 1 18.50 42.10 4.7954 0 3 1 18.51 1.31 4.7933 -1 1 1 18.53 13.41 4.7887 1 3 0 18.64 5.53 4.7605 1 1 1 20.08 28.54 4.4212 -1 2 1 20.20 29.74 4.3954 1 2 1 22.03 3.02 4.0349 1 4 0 22.58 2.09 3.9379 1 3 1 25.46 1.09 3.4985 -1 4 1 25.56 22.84 3.4855 0 0 2 25.63 19.64 3.4752 2 0 0 25.85 17.36 3.4460 0 5 1 25.87 33.99 3.4435 1 5 0 25.96 2.33 3.4328 0 1 2 26.03 13.92 3.4230 2 1 0 27.12 21.15 3.2880 0 2 2 27.19 10.12 3.2794 2 2 0 28.93 7.86 3.0867 -1 1 2 28.96 2.14 3.0828 0 3 2 29.03 5.23 3.0757 2 3 0 29.15 1.01 3.0639 2 1 1 29.95 1.75 2.9837 1 6 0 30.15 1.25 2.9644 1 2 2 30.20 4.01 2.9596 2 2 1 31.38 6.27 2.8509 0 4 2 31.44 6.01 2.8453 2 4 0 31.68 4.20 2.8248 -1 3 2 31.72 3.15 2.8207 -2 3 1 31.83 2.35 2.8113 1 3 2 31.88 5.53 2.8073 2 3 1 34.11 1.87 2.6288 2 4 1 34.18 10.03 2.6235 0 7 1 34.19 3.66 2.6224 1 7 0 36.26 1.69 2.4777 0 8 0 36.37 4.86 2.4700 -2 0 2 36.62 4.11 2.4541 -1 5 2 36.65 1.39 2.4520 2 0 2 36.66 2.08 2.4514 -2 5 1 36.66 1.79 2.4510 -2 1 2 36.75 2.91 2.4452 1 5 2 36.94 6.15 2.4335 2 1 2 37.53 6.47 2.3967 -2 2 2 37.80 3.32 2.3803 2 2 2 39.19 3.92 2.2988 2 3 2 39.83 1.44 2.2631 1 6 2 39.87 2.56 2.2610 2 6 1 39.96 1.63 2.2560 3 2 0 40.74 1.84 2.2147 -1 8 1 40.80 2.66 2.2115 1 8 1 40.82 3.24 2.2106 -2 4 2 40.86 2.44 2.2086 -1 0 3 40.96 2.74 2.2034 -3 0 1 41.05 2.32 2.1989 1 0 3 41.07 1.64 2.1977 2 4 2 41.18 6.84 2.1920 0 3 3 41.22 3.71 2.1899 -3 1 1 41.31 3.47 2.1855 1 1 3 41.41 6.25 2.1805 3 1 1 41.91 9.60 2.1557 -1 2 3 42.01 1.33 2.1509 -3 2 1 42.09 2.47 2.1467 1 2 3 42.19 2.84 2.1419 3 2 1 42.99 1.66 2.1038 0 4 3 43.07 2.91 2.1001 0 9 1 43.08 5.62 2.0995 1 9 0 43.10 5.61 2.0988 3 4 0 43.11 6.65 2.0983 -1 7 2 43.15 2.90 2.0966 -2 7 1 43.23 1.65 2.0927 1 7 2 43.27 6.52 2.0911 2 7 1 43.47 2.62 2.0820 3 3 1 45.23 3.98 2.0047 0 5 3 45.34 4.15 2.0003 3 5 0 45.78 4.35 1.9822 0 10 0 46.94 2.26 1.9357 2 8 1 47.96 3.04 1.8968 3 6 0 48.21 1.11 1.8878 3 2 2 48.98 3.36 1.8598 -2 3 3 49.55 3.13 1.8396 -1 10 1 49.61 2.02 1.8377 1 10 1 50.62 1.74 1.8032 -3 4 2 50.71 1.96 1.8002 -1 9 2 50.82 1.50 1.7967 1 9 2 50.83 3.87 1.7963 0 7 3 50.88 2.74 1.7945 2 4 3 50.94 2.10 1.7927 3 4 2 52.51 2.66 1.7427 0 0 4 52.56 1.46 1.7412 -2 5 3 52.61 2.73 1.7396 -3 5 2 52.73 1.45 1.7360 0 1 4 52.89 4.58 1.7310 4 1 0 53.16 2.29 1.7230 0 10 2 53.20 2.54 1.7218 2 10 0 53.38 1.55 1.7164 0 2 4 54.20 2.12 1.6922 3 8 0 54.61 1.69 1.6805 4 3 0 54.97 1.19 1.6703 -3 6 2 55.22 2.26 1.6633 2 6 3 55.27 2.03 1.6619 3 6 2 55.76 1.89 1.6487 -1 8 3 55.83 1.11 1.6467 -3 0 3 55.84 1.03 1.6465 -3 8 1 55.91 1.43 1.6446 1 8 3 55.93 1.20 1.6440 0 4 4 56.48 3.30 1.6292 3 1 3 56.67 2.07 1.6244 -3 2 3 57.63 2.40 1.5994 -2 7 3 57.66 1.02 1.5986 -4 4 1 57.67 1.00 1.5985 0 9 3 57.86 1.38 1.5937 4 4 1 58.96 3.64 1.5665 -1 12 1 59.01 3.31 1.5654 1 12 1 59.13 1.88 1.5624 -2 0 4 59.33 1.11 1.5577 -3 9 1 59.35 1.96 1.5572 -1 5 4 59.39 1.14 1.5561 1 9 3 59.45 2.51 1.5548 -4 1 2 59.47 1.46 1.5543 3 9 1 59.54 1.46 1.5527 1 5 4 59.71 2.83 1.5485 2 1 4 59.83 1.35 1.5459 -2 10 2 59.83 2.45 1.5458 4 1 2 59.94 1.05 1.5433 -2 2 4 60.94 1.04 1.5202 2 8 3 60.99 1.44 1.5191 3 8 2 61.05 1.15 1.5179 -4 3 2 61.31 1.53 1.5121 2 3 4 61.68 1.12 1.5038 -4 6 1 61.87 1.63 1.4997 4 6 1 62.19 1.64 1.4927 0 12 2 63.01 1.82 1.4752 -1 10 3 64.04 1.09 1.4541 -3 9 2 64.07 1.27 1.4533 -1 7 4 64.14 1.04 1.4520 2 11 2 65.98 1.24 1.4158 0 14 0 67.10 1.04 1.3949 -3 11 1 67.23 2.10 1.3924 3 11 1 67.24 1.05 1.3923 4 8 1 68.41 1.06 1.3714 -3 8 3 69.17 1.00 1.3581 5 1 1 69.29 1.02 1.3560 -1 2 5 70.52 1.16 1.3354 4 4 3 71.30 3.03 1.3228 -1 12 3 71.43 1.06 1.3207 1 12 3 71.59 1.08 1.3181 -3 5 4 71.93 1.26 1.3126 3 9 3 72.18 1.01 1.3088 0 10 4 74.10 1.17 1.2795 3 6 4 76.01 1.45 1.2520 3 13 1 78.10 1.15 1.2237 4 1 4 79.10 1.37 1.2107 3 11 3 82.76 1.23 1.1662 -3 12 3 83.62 1.06 1.1564 6 1 0 87.48 1.09 1.1150 3 13 3 88.99 1.18 1.1000 -6 1 2 89.22 1.14 1.0978 2 1 6 ================================================================================ XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.