Boleite Rouse R C Journal of Solid State Chemistry 6 (1973) 86-92 The crystal structure of boleite - a mineral containing silver atom clusters _database_code_amcsd 0019811 CELL PARAMETERS: 15.2900 15.2900 15.2900 90.000 90.000 90.000 SPACE GROUP: Pm3m X-RAY WAVELENGTH: 1.541838 Cell Volume: 3574.559 Density (g/cm3): 5.039 MAX. ABS. INTENSITY / VOLUME**2: 61.20270417 RIR: 3.955 RIR based on corundum from Acta Crystallographica A38 (1982) 733-739 2-THETA INTENSITY D-SPACING H K L Multiplicity 5.78 5.58 15.2900 1 0 0 6 10.02 9.83 8.8277 1 1 1 8 12.95 6.05 6.8379 2 1 0 24 14.19 1.27 6.2421 2 1 1 24 16.40 1.83 5.4058 2 2 0 12 17.40 35.05 5.0967 2 2 1 24 17.40 10.73 5.0967 3 0 0 6 18.35 13.97 4.8351 3 1 0 24 19.25 4.31 4.6101 3 1 1 24 20.12 100.00 4.4138 2 2 2 8 20.95 12.35 4.2407 3 2 0 24 21.75 6.97 4.0864 3 2 1 48 23.27 77.88 3.8225 4 0 0 6 24.00 23.44 3.7084 3 2 2 24 24.70 2.63 3.6039 4 1 1 24 24.70 7.36 3.6039 3 3 0 12 25.39 36.61 3.5078 3 3 1 24 26.06 7.30 3.4189 4 2 0 24 26.72 9.44 3.3366 4 2 1 48 27.36 1.67 3.2598 3 3 2 24 28.60 38.41 3.1211 4 2 2 24 29.20 23.62 3.0580 5 0 0 6 29.80 8.98 2.9986 4 3 1 48 30.38 15.65 2.9426 3 3 3 8 31.51 25.08 2.8393 5 2 0 24 31.51 1.42 2.8393 4 3 2 48 32.06 3.56 2.7916 5 2 1 48 33.14 65.62 2.7029 4 4 0 12 33.67 5.68 2.6616 5 2 2 24 33.67 4.93 2.6616 4 4 1 24 34.19 16.88 2.6222 5 3 0 24 34.71 24.21 2.5845 5 3 1 48 35.22 22.01 2.5483 4 4 2 24 35.22 12.12 2.5483 6 0 0 6 36.22 4.13 2.4804 6 1 1 24 36.22 12.52 2.4804 5 3 2 48 37.67 24.88 2.3879 6 2 1 48 37.67 16.38 2.3879 5 4 0 24 37.67 6.01 2.3879 4 4 3 24 38.14 9.16 2.3593 5 4 1 48 38.61 32.38 2.3317 5 3 3 24 39.08 28.07 2.3051 6 2 2 24 39.54 4.40 2.2793 6 3 0 24 39.54 1.51 2.2793 5 4 2 48 40.89 1.64 2.2069 4 4 4 8 41.33 1.79 2.1843 6 3 2 48 41.33 2.16 2.1843 7 0 0 6 41.77 12.20 2.1623 5 4 3 48 41.77 3.84 2.1623 5 5 0 12 42.21 1.10 2.1410 7 1 1 24 42.21 5.95 2.1410 5 5 1 24 42.64 11.19 2.1203 6 4 0 24 43.07 1.20 2.1002 6 4 1 48 43.49 2.11 2.0807 6 3 3 24 43.49 12.67 2.0807 5 5 2 24 43.49 6.32 2.0807 7 2 1 48 44.33 5.67 2.0432 6 4 2 48 44.75 8.08 2.0252 5 4 4 24 44.75 7.15 2.0252 7 2 2 24 45.16 2.59 2.0077 7 3 0 24 45.57 21.88 1.9906 7 3 1 48 45.57 10.63 1.9906 5 5 3 24 46.38 2.12 1.9577 6 4 3 48 46.78 1.29 1.9418 6 5 1 48 47.58 10.83 1.9112 8 0 0 6 47.97 1.47 1.8965 6 5 2 48 47.97 1.13 1.8965 8 1 0 24 48.36 1.68 1.8821 5 5 4 24 48.75 6.30 1.8680 7 3 3 24 49.14 4.98 1.8542 6 4 4 24 49.14 8.54 1.8542 8 2 0 24 49.52 1.20 1.8407 7 4 2 48 50.66 11.74 1.8019 6 6 0 12 50.66 17.86 1.8019 8 2 2 24 51.04 6.03 1.7896 8 3 0 24 51.04 3.47 1.7896 6 6 1 24 51.41 3.44 1.7774 7 5 0 24 52.15 20.58 1.7539 6 6 2 24 52.52 4.29 1.7425 8 3 2 48 52.88 7.58 1.7313 7 5 2 48 53.61 4.94 1.7095 8 4 0 24 53.97 1.89 1.6989 7 4 4 24 53.97 2.92 1.6989 6 6 3 24 54.33 1.35 1.6885 9 1 0 24 54.69 4.79 1.6783 9 1 1 24 54.69 7.71 1.6783 7 5 3 48 55.05 3.80 1.6683 8 4 2 48 55.40 2.33 1.6584 7 6 0 24 55.75 1.75 1.6488 7 6 1 48 56.80 1.58 1.6207 7 6 2 48 56.80 2.77 1.6207 8 4 3 48 57.15 1.23 1.6117 9 3 0 24 57.15 4.12 1.6117 8 5 1 48 57.15 1.51 1.6117 7 5 4 48 58.19 1.23 1.5855 8 5 2 48 58.53 2.73 1.5770 7 6 3 48 59.21 6.43 1.5605 8 4 4 24 59.89 2.78 1.5445 9 4 1 48 59.89 1.96 1.5445 8 5 3 48 59.89 1.07 1.5445 7 7 0 12 60.22 5.30 1.5367 7 7 1 24 60.22 4.56 1.5367 7 5 5 24 60.56 6.34 1.5290 10 0 0 6 60.89 3.75 1.5214 9 4 2 48 60.89 1.99 1.5214 7 6 4 48 60.89 1.36 1.5214 10 1 0 24 61.89 2.53 1.4993 10 2 0 24 62.22 1.61 1.4922 8 5 4 48 62.22 2.30 1.4922 10 2 1 48 62.54 1.45 1.4851 9 4 3 48 62.87 4.35 1.4781 7 7 3 24 62.87 4.46 1.4781 9 5 1 48 63.20 1.56 1.4713 6 6 6 8 63.52 2.24 1.4645 10 3 0 24 63.85 1.77 1.4578 9 5 2 48 64.82 1.50 1.4384 9 4 4 24 64.82 2.25 1.4384 10 3 2 48 65.14 3.56 1.4320 8 5 5 24 65.46 4.65 1.4258 9 5 3 48 65.78 5.11 1.4196 10 4 0 24 66.10 7.41 1.4136 8 7 2 48 66.10 2.75 1.4136 10 4 1 48 67.05 5.19 1.3958 10 4 2 48 67.37 1.66 1.3900 7 6 6 24 67.68 1.08 1.3843 8 7 3 48 67.68 2.42 1.3843 9 5 4 48 68.00 1.36 1.3787 11 1 1 24 68.00 3.75 1.3787 7 7 5 24 68.63 2.04 1.3676 8 6 5 48 68.63 1.93 1.3676 10 5 0 24 69.56 10.04 1.3515 8 8 0 12 69.87 1.14 1.3462 10 5 2 48 70.49 2.07 1.3359 11 3 1 48 70.49 5.50 1.3359 9 5 5 24 70.80 7.56 1.3308 10 4 4 24 71.42 1.71 1.3209 11 3 2 48 71.42 2.27 1.3209 7 7 6 24 71.42 4.40 1.3209 10 5 3 48 72.03 2.82 1.3111 10 6 0 24 72.95 8.69 1.2969 11 3 3 24 72.95 1.42 1.2969 9 7 3 48 73.25 6.75 1.2922 10 6 2 48 73.55 1.05 1.2877 10 5 4 48 74.46 1.28 1.2742 12 0 0 6 74.77 1.52 1.2698 10 6 3 48 75.07 1.32 1.2654 9 8 1 48 75.37 1.18 1.2611 7 7 7 8 75.97 1.03 1.2526 9 8 2 48 75.97 1.81 1.2526 10 7 0 24 76.87 4.32 1.2402 12 2 2 24 77.17 2.91 1.2361 8 8 5 24 78.36 2.35 1.2203 12 3 2 48 78.66 1.63 1.2164 10 7 3 48 79.25 5.06 1.2088 12 4 0 24 79.55 3.86 1.2050 11 6 2 48 80.14 3.07 1.1976 9 9 1 24 82.20 1.31 1.1727 9 8 5 48 82.50 2.89 1.1693 11 7 1 48 83.08 1.72 1.1625 10 8 3 48 83.38 1.06 1.1591 10 7 5 48 83.38 1.84 1.1591 11 7 2 48 84.26 1.18 1.1493 13 2 2 24 84.84 7.90 1.1428 11 7 3 48 85.13 1.10 1.1396 10 8 4 48 85.72 1.64 1.1334 11 6 5 48 87.18 1.67 1.1181 9 9 5 24 87.76 1.27 1.1122 10 8 5 48 88.93 1.09 1.1006 11 6 6 24 89.22 1.11 1.0978 12 7 1 48 89.22 1.15 1.0978 13 5 0 24 89.51 6.49 1.0949 13 5 1 48 ================================================================================ XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.