Parsonsite Locock A J, Burns P C, Flynn T M American Mineralogist 90 (2005) 240-246 The role of water in the structures of synthetic hallimondite, Pb2[(UO2)(AsO4)2](H2O)n and synthetic parsonsite, Pb2[(UO2)(PO4)2](H2O)n, 0 < n < 0.5 CELL PARAMETERS: 6.8432 10.4105 6.6718 101.418 98.347 86.264 SPACE GROUP: P-1 X-RAY WAVELENGTH: 1.541838 MAX. ABS. INTENSITY / VOLUME**2: 72.91179484 2-THETA INTENSITY D-SPACING H K L 8.67 17.43 10.1973 0 1 0 13.09 9.51 6.7659 1 0 0 13.67 5.54 6.4797 0 0 1 14.73 20.62 6.0133 0 -1 1 15.44 10.26 5.7380 1 1 0 17.39 10.04 5.0986 0 2 0 17.56 5.29 5.0499 0 1 1 17.63 11.97 5.0320 -1 0 1 18.23 7.42 4.8655 -1 -1 1 20.22 5.34 4.3924 1 0 1 21.02 69.62 4.2266 -1 1 1 21.17 100.00 4.1975 1 -1 1 21.42 41.33 4.1475 1 2 0 22.22 3.17 4.0003 -1 2 0 22.53 29.84 3.9459 -1 -2 1 22.87 18.43 3.8884 1 1 1 24.18 3.59 3.6800 0 2 1 26.22 61.35 3.3991 0 3 0 27.00 15.82 3.3024 -1 2 1 27.20 52.50 3.2786 0 -3 1 27.24 1.43 3.2734 0 -1 2 27.46 53.43 3.2475 2 1 0 27.53 28.98 3.2398 0 0 2 28.06 4.42 3.1805 -2 0 1 28.17 15.76 3.1674 1 2 1 28.29 50.47 3.1541 -2 -1 1 28.47 1.64 3.1350 -1 -1 2 28.90 20.35 3.0894 -1 0 2 28.95 6.17 3.0842 1 3 0 29.71 20.36 3.0067 0 -2 2 29.86 3.93 2.9926 -1 3 0 30.50 4.19 2.9307 -2 1 1 30.50 35.73 2.9305 0 1 2 30.71 24.93 2.9117 -1 -2 2 31.44 2.62 2.8452 2 0 1 31.90 3.10 2.8056 -1 1 2 31.98 12.16 2.7983 0 3 1 32.10 4.35 2.7886 1 -1 2 32.22 1.16 2.7783 2 -1 1 32.30 50.47 2.7714 -2 2 0 33.13 12.11 2.7042 2 1 1 34.34 6.57 2.6113 -1 3 1 34.38 10.36 2.6084 1 -2 2 34.40 9.27 2.6069 0 -3 2 34.69 6.76 2.5860 1 1 2 35.04 3.19 2.5611 1 3 1 35.15 3.79 2.5533 -1 -3 2 35.20 7.30 2.5495 -2 -1 2 35.20 1.14 2.5493 0 4 0 35.55 7.36 2.5250 0 2 2 35.69 6.65 2.5160 -2 0 2 36.77 1.77 2.4441 2 3 0 36.98 5.64 2.4310 2 2 1 37.22 1.57 2.4157 1 4 0 38.19 6.46 2.3566 -1 4 0 38.23 2.44 2.3540 -2 3 0 38.69 1.07 2.3275 1 -3 2 38.94 12.40 2.3129 1 -4 1 39.15 2.04 2.3011 1 2 2 39.98 14.86 2.2553 3 0 0 40.42 9.73 2.2316 0 4 1 40.54 8.51 2.2255 -3 0 1 40.64 1.35 2.2197 3 1 0 41.03 14.25 2.1999 0 -1 3 41.10 4.49 2.1962 2 0 2 41.12 6.98 2.1950 2 -1 2 41.26 4.27 2.1880 -1 -1 3 42.21 5.76 2.1410 0 -2 3 42.45 2.55 2.1292 -3 1 1 42.48 7.69 2.1280 -1 4 1 42.49 23.26 2.1277 -2 -4 1 42.79 5.09 2.1133 -2 2 2 42.84 4.90 2.1107 1 4 1 43.03 4.21 2.1020 2 1 2 43.10 9.29 2.0987 2 -2 2 43.25 2.38 2.0918 3 2 0 43.32 5.09 2.0885 -1 3 2 43.92 1.05 2.0613 0 -5 1 44.27 9.21 2.0458 3 0 1 44.42 2.24 2.0395 0 5 0 44.51 1.53 2.0357 0 1 3 44.52 18.57 2.0351 1 -4 2 44.93 1.03 2.0173 -1 1 3 44.96 1.29 2.0161 3 -1 1 45.10 2.58 2.0104 1 3 2 45.16 2.13 2.0077 1 -1 3 45.24 3.73 2.0044 0 -3 3 45.25 4.37 2.0041 -1 -3 3 45.31 3.22 2.0014 -3 -1 2 45.34 1.29 2.0002 -2 4 0 45.79 9.17 1.9814 1 0 3 45.80 2.32 1.9810 -2 -1 3 45.81 4.78 1.9809 -3 0 2 45.99 9.84 1.9733 1 5 0 46.15 1.11 1.9670 -3 2 1 46.64 1.78 1.9474 -3 -2 2 46.68 2.41 1.9457 -2 -2 3 46.72 6.93 1.9442 2 2 2 46.74 9.51 1.9436 -2 0 3 47.02 4.27 1.9327 -1 5 0 47.54 11.08 1.9127 3 3 0 47.96 1.38 1.8970 0 -5 2 48.09 3.13 1.8922 -3 1 2 48.20 1.21 1.8879 1 1 3 48.33 13.80 1.8832 -1 -5 2 48.37 4.02 1.8817 3 2 1 48.67 12.55 1.8708 -2 3 2 48.83 4.54 1.8650 0 2 3 49.22 5.78 1.8512 2 4 1 49.28 1.63 1.8490 1 -3 3 49.30 7.39 1.8483 -2 -3 3 49.33 7.65 1.8474 -1 2 3 49.40 3.55 1.8447 -2 1 3 49.54 7.98 1.8400 0 4 2 49.68 10.25 1.8351 -3 -3 2 49.85 2.39 1.8292 0 -4 3 51.21 3.65 1.7839 -1 5 1 51.33 5.46 1.7801 -3 3 1 51.50 1.41 1.7746 1 -5 2 51.53 12.12 1.7735 3 -3 1 51.89 4.88 1.7622 2 3 2 51.97 2.83 1.7596 -3 2 2 52.03 2.35 1.7577 2 -4 2 52.59 2.23 1.7402 3 -1 2 53.03 9.96 1.7268 0 -6 1 53.21 2.01 1.7216 3 4 0 53.31 6.55 1.7183 -2 5 0 53.32 5.03 1.7182 2 0 3 53.47 5.14 1.7136 -2 -4 3 53.61 1.39 1.7094 -2 2 3 53.80 2.80 1.7039 -3 -1 3 53.93 5.21 1.7002 2 -5 1 54.00 1.81 1.6981 3 1 2 54.51 1.86 1.6833 0 3 3 55.23 3.60 1.6632 1 6 0 55.39 5.47 1.6587 -4 1 0 55.40 1.41 1.6586 2 1 3 55.41 5.49 1.6583 -1 -1 4 55.67 1.22 1.6512 -2 4 2 55.67 12.69 1.6510 -4 -2 1 55.73 1.55 1.6494 0 -1 4 55.77 2.31 1.6483 0 -5 3 55.80 5.72 1.6475 -4 1 1 56.31 1.57 1.6339 -1 6 0 56.61 2.22 1.6260 -1 0 4 56.67 1.35 1.6242 -2 5 1 56.73 4.49 1.6226 2 -3 3 56.91 5.75 1.6180 2 5 1 57.56 3.55 1.6013 1 3 3 57.72 3.70 1.5973 -3 4 1 57.73 1.29 1.5968 -1 -3 4 57.84 2.44 1.5942 0 5 2 58.20 1.35 1.5851 4 0 1 58.43 1.95 1.5795 2 -5 2 58.64 1.19 1.5744 -2 -1 4 58.74 1.54 1.5719 0 6 1 58.86 2.50 1.5690 4 -1 1 58.92 2.50 1.5675 -2 -2 4 59.32 2.41 1.5578 -1 1 4 59.46 1.80 1.5545 0 1 4 59.47 1.04 1.5544 1 -5 3 59.57 1.08 1.5520 1 -1 4 60.00 2.08 1.5418 3 5 0 60.11 2.80 1.5394 1 -2 4 60.49 2.85 1.5305 -3 -4 3 60.49 1.27 1.5305 -1 6 1 60.54 1.07 1.5293 1 0 4 61.14 1.99 1.5157 -1 -4 4 61.46 3.56 1.5087 4 2 1 61.70 4.06 1.5033 0 -4 4 62.13 2.98 1.4939 1 -3 4 62.25 1.50 1.4914 3 -4 2 62.54 1.65 1.4852 -1 -6 3 62.63 1.03 1.4832 0 -7 1 62.78 3.43 1.4800 0 -6 3 62.99 1.50 1.4756 1 1 4 63.20 1.16 1.4712 3 -1 3 63.44 1.39 1.4663 -1 2 4 63.49 2.22 1.4653 -4 2 2 64.33 1.47 1.4482 3 -2 3 64.40 4.63 1.4467 -4 -1 3 64.94 1.34 1.4360 -4 -2 3 64.98 1.18 1.4353 1 7 0 65.23 2.24 1.4303 4 3 1 65.27 2.21 1.4295 -3 -2 4 65.33 2.83 1.4283 3 1 3 65.42 1.19 1.4266 2 6 1 65.53 1.91 1.4245 -2 6 1 65.61 2.02 1.4230 -3 -6 1 65.63 1.06 1.4226 4 0 2 65.81 1.14 1.4191 4 -1 2 65.82 1.19 1.4190 -2 4 3 66.12 1.39 1.4132 -1 7 0 66.32 1.95 1.4095 2 -5 3 66.55 1.59 1.4051 2 -1 4 66.82 2.01 1.4001 1 2 4 66.87 1.12 1.3992 3 -3 3 66.87 1.13 1.3991 0 6 2 66.88 3.36 1.3990 4 1 2 66.97 1.72 1.3974 -3 -6 2 67.13 2.28 1.3943 -2 -7 1 67.25 2.48 1.3922 3 4 2 67.41 1.35 1.3892 4 -2 2 67.61 4.67 1.3857 -4 4 0 67.78 1.23 1.3825 3 6 0 68.09 4.77 1.3770 1 -7 2 68.51 3.28 1.3697 -2 -7 2 68.51 1.69 1.3697 -2 -5 4 68.51 1.80 1.3696 3 2 3 68.69 3.58 1.3665 0 7 1 68.90 2.88 1.3628 -4 -5 1 68.90 2.05 1.3628 1 6 2 68.99 2.12 1.3613 -3 1 4 69.76 2.14 1.3481 -1 5 3 69.76 3.73 1.3480 5 1 0 70.20 3.33 1.3408 -4 -5 2 70.24 1.36 1.3400 -4 -4 3 70.29 1.12 1.3392 4 4 1 70.40 1.01 1.3374 4 -3 2 70.82 1.51 1.3305 -1 -2 5 71.05 1.07 1.3267 4 5 0 71.19 1.11 1.3245 3 -6 1 71.31 3.36 1.3226 -4 2 3 71.35 2.07 1.3219 -5 -1 2 71.63 1.29 1.3175 0 -2 5 71.76 3.02 1.3153 -3 -6 3 71.88 1.19 1.3134 -5 0 2 72.02 1.53 1.3113 -2 3 4 72.12 1.02 1.3096 -1 -3 5 72.38 2.79 1.3057 -2 6 2 72.74 1.47 1.3000 -3 4 3 73.01 2.36 1.2959 0 0 5 73.01 1.82 1.2959 -5 2 0 73.33 1.02 1.2910 -1 -8 1 74.03 1.52 1.2806 2 6 2 74.68 1.22 1.2709 -1 -8 2 74.69 2.58 1.2708 4 -4 2 75.13 2.19 1.2646 3 -6 2 75.38 1.59 1.2609 -1 4 4 75.59 1.07 1.2580 -4 0 4 75.88 1.31 1.2539 -4 -3 4 76.06 2.30 1.2514 5 -2 1 76.26 1.28 1.2486 3 -1 4 76.27 1.15 1.2484 1 -6 4 76.58 2.33 1.2442 -1 8 0 76.72 1.34 1.2422 -5 -4 1 76.88 1.51 1.2400 4 -2 3 77.20 1.15 1.2356 2 5 3 77.61 1.13 1.2301 -5 -2 3 78.66 1.19 1.2164 -4 -4 4 78.73 1.02 1.2155 4 4 2 78.82 1.10 1.2143 5 4 0 79.32 1.29 1.2079 2 8 0 79.35 2.07 1.2076 -1 -8 3 79.67 1.16 1.2034 0 -7 4 79.69 1.04 1.2033 -3 7 0 80.30 1.37 1.1957 -3 0 5 81.03 2.25 1.1866 2 -8 1 81.25 1.31 1.1841 -2 -7 4 81.39 2.20 1.1823 -4 5 2 81.83 2.11 1.1771 -2 2 5 82.13 1.68 1.1735 3 -4 4 82.37 1.22 1.1708 2 -2 5 82.44 1.53 1.1699 -5 -4 3 82.84 1.22 1.1653 -3 7 1 82.97 1.23 1.1638 2 -6 4 83.74 1.34 1.1551 1 -5 5 83.96 1.09 1.1526 -1 -6 5 84.03 1.04 1.1518 5 2 2 84.14 2.48 1.1505 2 4 4 84.99 1.16 1.1412 2 8 1 85.05 2.44 1.1406 0 3 5 85.15 1.16 1.1395 0 -9 2 85.36 2.72 1.1372 -6 0 1 85.76 1.17 1.1329 -3 -5 5 85.88 1.73 1.1317 2 1 5 87.45 1.06 1.1154 -5 0 4 88.41 1.19 1.1057 -1 7 3 88.65 1.10 1.1034 -1 8 2 88.74 1.17 1.1024 -6 -3 1 89.43 1.67 1.0957 2 -8 3 89.88 1.76 1.0914 5 -5 1 89.91 1.42 1.0911 -6 -3 2 ================================================================================ XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.