Boulangerite Kaden R, Wagner G, Bente K The Canadian Mineralogist 50 (2012) 219-233 Crystal chemistry and electrical conductivity of boulangerite, dadsonite and iodine-substituted pillaite grown by chemical vapor transport Locality: synthetic _database_code_amcsd 0019740 CELL PARAMETERS: 21.5540 23.4540 8.0790 90.000 100.760 90.000 SPACE GROUP: P2_1/a X-RAY WAVELENGTH: 1.541838 Cell Volume: 4012.349 Density (g/cm3): 6.232 MAX. ABS. INTENSITY / VOLUME**2: 49.44754694 RIR: 2.584 RIR based on corundum from Acta Crystallographica A38 (1982) 733-739 2-THETA INTENSITY D-SPACING H K L Multiplicity 5.62 1.16 15.7171 1 1 0 4 11.26 2.09 7.8586 2 2 0 4 12.63 1.09 7.0097 -2 0 1 2 13.10 5.25 6.7589 3 1 0 4 14.65 9.00 6.0474 3 2 0 4 15.62 1.07 5.6745 2 1 1 4 15.91 2.74 5.5690 -1 3 1 4 17.17 1.68 5.1639 4 1 0 4 17.29 1.02 5.1294 2 4 0 4 18.39 4.61 4.8249 4 2 0 4 18.95 1.03 4.6830 2 3 1 4 19.38 4.94 4.5798 1 5 0 4 19.73 1.52 4.4987 1 4 1 4 20.26 8.92 4.3834 4 3 0 4 21.32 1.67 4.1676 5 1 0 4 21.46 2.60 4.1407 2 4 1 4 21.85 2.03 4.0674 4 0 1 2 22.32 6.56 3.9832 5 2 0 4 22.40 2.70 3.9685 0 0 2 2 22.41 5.21 3.9674 -2 0 2 2 22.63 6.02 3.9293 4 4 0 4 22.73 16.03 3.9129 0 1 2 4 22.73 15.09 3.9118 -2 1 2 4 22.75 4.31 3.9090 0 6 0 2 22.76 26.54 3.9067 3 5 0 4 22.81 1.29 3.8984 -2 5 1 4 23.14 20.74 3.8440 1 6 0 4 23.16 1.46 3.8407 -5 2 1 4 23.67 6.34 3.7591 0 2 2 4 23.67 5.15 3.7582 -2 2 2 4 23.84 1.28 3.7331 -4 4 1 4 23.87 42.72 3.7271 1 1 2 4 23.89 36.70 3.7253 -3 1 2 4 23.90 100.00 3.7238 5 3 0 4 24.27 34.65 3.6670 2 6 0 4 24.33 1.05 3.6581 -3 5 1 4 24.67 1.16 3.6083 4 3 1 4 24.78 1.14 3.5934 1 2 2 4 24.79 1.31 3.5919 -3 2 2 4 25.24 2.87 3.5292 6 0 0 2 25.40 4.10 3.5071 2 0 2 2 25.41 2.32 3.5048 -4 0 2 2 25.68 6.03 3.4685 2 1 2 4 25.70 6.82 3.4664 -4 1 2 4 25.91 1.04 3.4390 5 1 1 4 25.92 2.18 3.4370 -6 1 1 4 25.95 14.30 3.4332 5 4 0 4 26.46 2.96 3.3687 -4 5 1 4 26.53 3.28 3.3600 2 2 2 4 26.54 5.22 3.3581 -4 2 2 4 26.67 1.39 3.3421 4 4 1 4 26.94 36.56 3.3094 1 7 0 4 27.44 1.12 3.2499 2 6 1 4 27.73 40.88 3.2166 6 3 0 4 27.88 8.76 3.1998 2 3 2 4 27.90 10.47 3.1982 -4 3 2 4 27.93 3.75 3.1944 2 7 0 4 28.03 3.53 3.1828 3 1 2 4 28.05 2.74 3.1806 -5 1 2 4 28.39 1.76 3.1434 5 5 0 4 29.48 4.27 3.0297 0 5 2 4 29.49 3.95 3.0292 -2 5 2 4 29.54 30.82 3.0237 6 4 0 4 29.68 33.79 3.0098 2 4 2 4 29.70 34.27 3.0084 -4 4 2 4 29.82 1.01 2.9958 -7 1 1 4 30.07 14.64 2.9714 3 3 2 4 30.09 14.29 2.9696 -5 3 2 4 30.39 5.01 2.9410 1 5 2 4 30.40 5.34 2.9401 -3 5 2 4 30.76 1.28 2.9067 -3 7 1 4 30.82 1.77 2.9016 4 1 2 4 30.84 2.48 2.8995 -6 1 2 4 31.53 8.53 2.8372 4 2 2 4 31.56 7.56 2.8353 -6 2 2 4 31.67 7.74 2.8254 2 8 0 4 31.72 30.05 2.8212 7 3 0 4 31.75 1.14 2.8184 4 6 1 4 31.76 22.33 2.8173 3 4 2 4 31.78 26.84 2.8158 -5 4 2 4 31.86 44.99 2.8091 -1 6 2 4 31.86 1.14 2.8088 2 5 2 4 32.06 1.71 2.7920 -6 5 1 4 32.14 43.29 2.7849 0 6 2 4 32.15 38.12 2.7845 -2 6 2 4 32.99 9.63 2.7155 1 6 2 4 32.99 10.49 2.7148 -3 6 2 4 33.33 20.13 2.6883 7 4 0 4 33.82 8.06 2.6505 3 5 2 4 33.84 7.83 2.6492 -5 5 2 4 34.54 1.58 2.5970 -6 6 1 4 34.59 2.01 2.5929 5 2 2 4 34.62 1.46 2.5911 -7 2 2 4 34.74 6.51 2.5819 8 2 0 4 35.47 1.01 2.5305 2 9 0 4 35.67 3.77 2.5171 5 3 2 4 35.69 3.98 2.5155 -7 3 2 4 35.82 1.93 2.5071 8 3 0 4 35.84 1.13 2.5054 -3 7 2 4 36.76 3.75 2.4447 3 9 0 4 37.11 11.02 2.4226 2 7 2 4 37.12 9.74 2.4219 -4 7 2 4 37.93 21.52 2.3721 6 2 2 4 37.96 20.92 2.3705 -8 2 2 4 38.45 2.66 2.3415 4 6 2 4 38.45 5.01 2.3410 9 1 0 4 38.46 2.51 2.3404 -6 6 2 4 38.50 11.86 2.3381 4 9 0 4 38.84 2.30 2.3188 3 7 2 4 38.85 1.66 2.3180 -5 7 2 4 38.89 7.69 2.3155 1 8 2 4 38.90 7.27 2.3151 -3 8 2 4 39.05 2.16 2.3068 9 2 0 4 39.08 3.20 2.3052 8 5 0 4 40.09 10.76 2.2493 2 8 2 4 40.10 10.32 2.2487 -4 8 2 4 40.53 1.35 2.2257 3 10 0 4 40.65 4.65 2.2195 5 9 0 4 40.93 2.13 2.2049 7 1 2 4 40.96 2.54 2.2034 -9 1 2 4 41.49 8.14 2.1762 7 2 2 4 41.52 7.46 2.1748 -9 2 2 4 41.98 4.71 2.1522 6 5 2 4 42.00 3.74 2.1510 -8 5 2 4 42.14 19.69 2.1444 4 10 0 4 42.42 2.13 2.1308 7 3 2 4 42.45 1.79 2.1295 -9 3 2 4 42.70 2.58 2.1175 10 0 0 2 42.79 1.36 2.1131 -10 2 1 4 43.01 1.07 2.1031 9 5 0 4 43.15 1.19 2.0964 6 9 0 4 43.69 1.97 2.0718 7 4 2 4 43.72 1.32 2.0706 -9 4 2 4 44.14 8.81 2.0518 5 10 0 4 44.38 2.39 2.0411 3 11 0 4 44.55 5.59 2.0337 8 0 2 2 44.58 5.98 2.0324 -10 0 2 2 44.79 1.46 2.0233 -5 9 2 4 44.88 49.18 2.0197 -2 0 4 2 45.25 1.00 2.0038 8 2 2 4 45.28 3.81 2.0027 7 5 2 4 45.31 4.00 2.0016 -9 5 2 4 45.53 2.01 1.9922 1 10 2 4 45.54 2.31 1.9919 -3 10 2 4 45.97 1.64 1.9744 7 9 0 4 46.21 4.70 1.9646 8 8 0 4 46.46 1.79 1.9545 0 12 0 2 46.49 1.03 1.9534 6 10 0 4 47.17 1.59 1.9269 7 6 2 4 47.19 2.43 1.9259 -9 6 2 4 47.29 2.09 1.9220 2 12 0 4 47.31 8.55 1.9214 8 4 2 4 47.34 7.60 1.9203 -10 4 2 4 47.38 5.08 1.9186 11 1 0 4 47.92 1.00 1.8984 10 3 1 4 48.69 2.94 1.8700 9 1 2 4 48.72 1.80 1.8692 11 3 0 4 48.72 3.87 1.8689 -11 1 2 4 48.81 1.42 1.8659 8 5 2 4 48.84 1.06 1.8649 -10 5 2 4 48.92 9.31 1.8619 10 6 0 4 48.94 22.99 1.8611 5 9 2 4 48.96 22.27 1.8604 -7 9 2 4 49.06 1.25 1.8570 8 9 0 4 49.07 3.76 1.8565 1 11 2 4 49.08 4.04 1.8563 -3 11 2 4 49.15 2.27 1.8535 7 10 0 4 49.32 1.06 1.8476 7 7 2 4 49.35 1.09 1.8467 -9 7 2 4 49.69 1.01 1.8350 9 8 0 4 49.69 1.08 1.8348 2 3 4 4 49.73 1.72 1.8335 4 12 0 4 49.84 1.37 1.8296 4 10 2 4 49.86 1.33 1.8291 -6 10 2 4 50.89 2.90 1.7945 1 5 4 4 50.89 1.06 1.7944 -2 6 4 4 50.90 2.26 1.7939 -5 5 4 4 51.08 2.89 1.7881 -1 6 4 4 51.09 1.55 1.7879 -3 6 4 4 51.37 2.73 1.7785 2 13 0 4 51.46 10.40 1.7759 3 3 4 4 51.49 11.90 1.7749 -7 3 4 4 51.51 1.70 1.7743 -12 2 1 4 51.66 3.45 1.7693 0 6 4 4 51.67 3.77 1.7690 -4 6 4 4 51.81 6.26 1.7646 12 0 0 2 51.97 1.12 1.7596 12 1 0 4 51.98 5.61 1.7594 -1 12 2 4 51.99 2.72 1.7588 5 10 2 4 52.01 3.46 1.7583 -7 10 2 4 52.10 5.54 1.7554 8 10 0 4 52.17 3.92 1.7534 0 12 2 4 52.17 3.57 1.7533 -2 12 2 4 52.34 7.33 1.7480 3 13 0 4 52.51 3.88 1.7428 7 11 0 4 52.56 1.78 1.7413 3 4 4 4 52.59 1.37 1.7404 -7 4 4 4 52.81 2.49 1.7335 10 1 2 4 52.84 2.22 1.7325 -12 1 2 4 53.03 7.02 1.7270 11 6 0 4 53.12 4.51 1.7241 -1 7 4 4 53.13 5.51 1.7239 -3 7 4 4 53.56 5.65 1.7110 4 3 4 4 53.59 5.14 1.7100 -8 3 4 4 54.63 3.71 1.6800 4 4 4 4 54.66 4.45 1.6790 -8 4 4 4 54.98 2.69 1.6701 1 14 0 4 55.02 1.00 1.6691 11 7 0 4 55.54 5.02 1.6547 2 14 0 4 55.65 1.28 1.6516 12 5 0 4 55.96 1.46 1.6433 0 8 4 4 55.97 1.45 1.6429 -4 8 4 4 55.97 5.11 1.6428 5 3 4 4 56.01 4.16 1.6417 -9 3 4 4 57.01 3.22 1.6153 5 4 4 4 57.05 3.14 1.6143 -9 4 4 4 57.99 1.45 1.5903 -10 2 4 4 58.07 2.92 1.5883 10 6 2 4 58.10 3.50 1.5876 -12 6 2 4 59.04 1.29 1.5645 -11 9 1 4 59.36 1.03 1.5569 -5 9 4 4 59.98 1.00 1.5423 -12 7 2 4 60.13 1.04 1.5387 13 5 0 4 60.52 1.26 1.5298 7 1 4 4 60.55 2.01 1.5291 11 5 2 4 60.57 2.72 1.5287 2 9 4 4 60.58 1.88 1.5284 -13 5 2 4 60.59 2.22 1.5282 -6 9 4 4 61.70 1.24 1.5034 9 12 0 4 62.13 1.29 1.4941 3 9 4 4 62.53 1.25 1.4854 3 14 2 4 62.54 1.10 1.4852 -5 14 2 4 63.24 4.08 1.4705 2 10 4 4 63.26 4.99 1.4700 -6 10 4 4 63.51 3.27 1.4649 13 7 0 4 64.14 1.17 1.4520 2 16 0 4 64.41 1.08 1.4465 -8 13 2 4 64.76 2.43 1.4396 3 10 4 4 64.78 1.79 1.4391 -7 10 4 4 64.82 1.38 1.4383 12 5 2 4 64.86 1.22 1.4376 -14 5 2 4 64.98 1.07 1.4352 3 16 0 4 65.16 1.14 1.4317 9 13 0 4 65.56 1.71 1.4238 13 8 0 4 66.07 3.19 1.4142 13 1 2 4 66.10 2.89 1.4136 -15 1 2 4 66.32 1.06 1.4094 12 6 2 4 66.36 1.48 1.4087 6 8 4 4 66.37 1.50 1.4084 9 11 2 4 66.40 1.43 1.4080 -11 11 2 4 66.40 1.18 1.4079 -10 8 4 4 66.47 1.06 1.4066 13 2 2 4 66.51 1.08 1.4059 -15 2 2 4 66.51 2.79 1.4059 3 15 2 4 66.52 2.51 1.4057 -5 15 2 4 66.58 1.07 1.4045 -2 12 4 4 67.18 1.04 1.3935 -15 3 2 4 67.29 1.35 1.3915 9 1 4 4 67.34 1.41 1.3905 -13 1 4 4 67.42 1.00 1.3890 7 15 0 4 67.99 1.40 1.3788 4 15 2 4 68.00 1.41 1.3786 -6 15 2 4 68.00 1.14 1.3786 14 7 0 4 68.04 1.07 1.3778 6 14 2 4 68.06 1.32 1.3775 -8 14 2 4 68.52 3.00 1.3694 8 6 4 4 68.57 2.56 1.3685 -12 6 4 4 70.48 1.01 1.3361 7 14 2 4 70.50 1.12 1.3358 -9 14 2 4 70.62 1.60 1.3337 -1 1 6 4 70.64 1.09 1.3335 -5 1 6 4 70.89 2.19 1.3293 10 0 4 2 70.95 1.80 1.3284 -14 0 4 2 71.14 1.96 1.3252 6 10 4 4 71.18 1.56 1.3246 -10 10 4 4 71.35 2.33 1.3218 1 13 4 4 71.37 2.27 1.3216 -5 13 4 4 71.48 1.30 1.3197 5 11 4 4 71.52 1.21 1.3192 -9 11 4 4 71.91 2.09 1.3130 9 6 4 4 71.96 2.28 1.3121 -13 6 4 4 72.07 1.26 1.3104 4 16 2 4 72.11 1.64 1.3098 12 12 0 4 72.81 3.04 1.2989 10 12 2 4 72.84 2.91 1.2985 -12 12 2 4 73.11 1.38 1.2944 13 11 0 4 73.37 1.61 1.2904 0 4 6 4 73.39 1.66 1.2901 -6 4 6 4 74.06 1.56 1.2801 0 14 4 4 74.07 1.79 1.2799 -4 14 4 4 74.50 1.53 1.2736 -7 4 6 4 74.54 2.07 1.2731 -3 6 6 4 74.69 2.76 1.2708 -2 6 6 4 74.70 1.93 1.2707 -4 6 6 4 75.86 1.26 1.2541 6 16 2 4 75.88 1.37 1.2539 -8 16 2 4 76.44 1.42 1.2461 11 12 2 4 76.47 1.35 1.2457 -13 12 2 4 76.98 1.76 1.2386 17 2 0 4 77.03 1.01 1.2380 0 18 2 4 77.03 1.05 1.2379 -2 18 2 4 77.50 1.07 1.2316 -3 18 2 4 77.62 1.23 1.2301 17 3 0 4 78.09 1.60 1.2238 4 2 6 4 78.14 1.50 1.2231 -10 2 6 4 78.89 1.54 1.2134 14 8 2 4 78.92 1.33 1.2130 -16 8 2 4 80.75 1.55 1.1901 9 17 0 4 81.07 1.25 1.1862 11 7 4 4 81.13 1.30 1.1855 -15 7 4 4 84.51 1.18 1.1465 6 4 6 4 85.74 3.06 1.1332 3 9 6 4 85.78 2.78 1.1327 -9 9 6 4 ================================================================================ XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.