Meneghinite Diffraction data computed using the structure from the paper listed below, along with the cell parameters refined from the powder pattern for R070093 Euler R, Hellner E Zeitschrift fur Kristallographie 113 (1960) 345-372 Uber komplex zusammengesetzte sulfidische erze VI. Zur kristallstruktur des meneghinits, CuPb13Sb7S24 CELL PARAMETERS: 11.27471 23.34488 4.094630 90.00000 90.00000 90.00000 SPACE GROUP: Pbnm X-RAY WAVELENGTH: 1.541838 2-THETA INTENSITY D-SPACING H K L 10.74 2.51 8.1094 1 2 0 13.65 5.18 6.4044 1 3 0 15.01 1.20 5.8362 0 4 0 15.55 2.01 5.6374 2 0 0 16.93 2.18 5.1830 1 4 0 17.29 3.08 5.0763 2 2 0 20.41 5.32 4.3137 1 5 0 21.74 22.65 4.0547 2 4 0 22.84 3.83 3.8638 0 2 1 22.93 8.30 3.8487 1 0 1 24.02 9.51 3.6780 1 6 0 23.80 72.20 3.7105 3 1 0 24.17 25.40 3.6551 1 2 1 24.58 17.59 3.5958 2 5 0 24.71 11.55 3.5774 3 2 0 25.64 80.41 3.4498 1 3 1 26.15 6.63 3.3842 3 3 0 26.41 6.21 3.3519 0 4 1 27.00 3.01 3.2801 2 1 1 27.71 58.87 3.1980 1 7 0 27.68 31.87 3.2022 2 6 0 27.58 48.34 3.2130 1 4 1 29.11 44.60 3.0482 2 3 1 30.45 1.66 2.9181 0 8 0 30.35 1.32 2.9276 3 5 0 30.97 36.86 2.8703 2 7 0 30.85 100.00 2.8811 2 4 1 31.48 8.23 2.8250 1 8 0 31.54 1.52 2.8205 0 6 1 31.56 1.12 2.8187 4 0 0 31.79 3.64 2.7984 4 1 0 32.14 14.81 2.7688 3 0 1 32.54 1.45 2.7362 1 6 1 32.38 38.47 2.7495 3 1 1 32.49 7.35 2.7399 4 2 0 32.97 49.18 2.7019 2 5 1 33.07 10.30 2.6940 3 2 1 34.42 25.03 2.5915 2 8 0 34.19 3.15 2.6086 3 3 1 35.43 2.83 2.5204 1 7 1 35.17 2.61 2.5382 4 4 0 35.71 2.70 2.5015 3 4 1 37.67 3.05 2.3764 0 8 1 38.37 2.60 2.3345 0 10 0 38.10 5.50 2.3504 2 7 1 38.53 13.16 2.3253 1 8 1 39.28 2.35 2.2826 4 6 0 39.38 20.00 2.2771 4 2 1 39.77 2.40 2.2559 3 6 1 40.35 36.56 2.2248 4 3 1 41.03 4.08 2.1898 2 8 1 41.69 3.31 2.1569 2 10 0 41.81 5.40 2.1510 1 9 1 41.77 3.60 2.1528 4 7 0 42.14 3.13 2.1348 3 9 0 41.68 14.12 2.1573 4 4 1 42.23 1.59 2.1303 3 7 1 42.80 6.70 2.1034 5 4 0 44.48 38.57 2.0280 0 10 1 44.50 6.49 2.0273 4 8 0 44.04 46.40 2.0473 0 0 2 44.43 5.02 2.0305 5 5 0 44.94 1.83 2.0085 3 8 1 45.24 1.45 1.9960 1 10 1 45.29 6.15 1.9938 4 6 1 46.49 3.67 1.9454 0 12 0 45.92 5.59 1.9682 5 1 1 46.35 26.97 1.9510 5 6 0 47.45 2.76 1.9083 2 10 1 47.44 2.00 1.9087 4 9 0 47.53 5.50 1.9055 4 7 1 47.29 5.19 1.9145 5 3 1 47.86 8.22 1.8930 3 9 1 48.81 2.11 1.8584 1 11 1 48.54 8.04 1.8680 5 7 0 49.11 7.50 1.8480 3 11 0 48.24 6.49 1.8791 6 0 0 48.46 9.42 1.8710 5 4 1 48.40 5.50 1.8731 6 1 0 49.06 1.16 1.8496 1 5 2 50.01 15.08 1.8168 4 8 1 49.69 5.22 1.8276 2 4 2 50.91 2.11 1.7870 2 11 1 51.33 3.58 1.7734 1 13 0 50.98 3.00 1.7848 3 10 1 50.85 2.40 1.7888 1 6 2 50.74 18.86 1.7925 3 1 2 51.84 12.56 1.7572 0 12 1 51.15 4.91 1.7792 2 5 2 51.22 3.32 1.7769 3 2 2 51.71 10.23 1.7613 5 6 1 52.79 7.09 1.7277 3 12 0 52.01 2.09 1.7517 3 3 2 52.72 1.33 1.7300 4 9 1 53.35 1.47 1.7110 2 13 0 52.91 18.80 1.7243 1 7 2 52.89 9.71 1.7249 2 6 2 53.74 1.72 1.6995 5 7 1 54.27 22.39 1.6844 3 11 1 54.51 1.58 1.6776 2 12 1 54.86 1.96 1.6675 0 14 0 53.61 2.81 1.7033 6 1 1 54.07 5.05 1.6899 6 2 1 55.51 4.91 1.6495 1 14 0 54.89 13.03 1.6668 2 7 2 55.21 3.30 1.6578 1 8 2 55.41 1.47 1.6523 4 1 2 55.86 3.13 1.6400 4 2 2 57.43 2.41 1.5990 2 14 0 57.14 10.54 1.6065 2 8 2 57.13 1.19 1.6069 7 1 0 57.65 1.16 1.5935 4 4 2 57.57 5.23 1.5956 7 2 0 58.75 1.45 1.5665 4 11 1 58.31 3.35 1.5772 7 3 0 60.29 2.57 1.5301 1 14 1 59.89 1.28 1.5392 0 10 2 60.98 3.50 1.5145 4 13 0 61.63 3.37 1.5002 2 15 0 60.55 1.19 1.5241 4 6 2 62.12 4.13 1.4895 2 14 1 62.33 1.85 1.4849 2 10 2 62.40 2.07 1.4835 4 7 2 62.68 1.81 1.4776 3 9 2 62.25 5.76 1.4867 7 2 1 62.95 7.03 1.4718 7 3 1 64.37 3.82 1.4428 1 15 1 63.18 3.88 1.4671 5 4 2 64.76 5.04 1.4352 4 14 0 64.00 1.12 1.4504 7 7 0 64.49 4.03 1.4406 4 8 2 64.43 3.05 1.4417 5 5 2 65.21 5.94 1.4264 6 9 1 66.14 4.95 1.4086 2 15 1 65.17 2.40 1.4271 7 5 1 66.05 2.40 1.4103 0 12 2 65.94 17.57 1.4124 5 6 2 66.81 1.29 1.3961 4 9 2 67.79 10.12 1.3784 6 10 1 68.69 1.43 1.3624 4 15 0 67.70 5.58 1.3799 5 7 2 68.16 5.24 1.3718 3 11 2 67.45 4.50 1.3844 6 0 2 67.59 3.84 1.3820 6 1 2 69.33 2.98 1.3516 6 12 0 69.99 2.58 1.3404 1 13 2 69.47 4.92 1.3492 8 5 0 69.66 1.22 1.3459 1 2 3 70.42 3.41 1.3333 7 8 1 70.32 4.48 1.3349 1 3 3 71.22 5.32 1.3204 3 12 2 71.68 1.12 1.3129 2 13 2 71.25 3.17 1.3199 1 4 3 72.94 5.75 1.2934 1 17 1 73.27 1.29 1.2884 1 18 0 72.62 1.95 1.2983 6 13 0 72.97 1.56 1.2929 0 14 2 72.02 2.98 1.3077 2 3 3 72.65 8.77 1.2978 7 9 1 73.53 3.95 1.2845 1 14 2 72.93 7.28 1.2936 2 4 3 74.61 1.81 1.2686 2 17 1 74.94 2.36 1.2639 2 18 0 73.74 4.05 1.2814 8 5 1 73.64 1.14 1.2829 3 0 3 73.77 3.15 1.2810 3 1 3 74.10 4.07 1.2760 2 5 3 75.20 1.96 1.2602 2 14 2 75.12 1.75 1.2613 7 10 1 75.16 1.43 1.2607 8 6 1 75.32 4.50 1.2585 7 2 2 76.60 1.26 1.2406 7 12 0 75.96 2.87 1.2495 7 3 2 78.03 2.12 1.2214 1 19 0 76.24 1.45 1.2456 9 2 0 77.95 3.62 1.2225 5 15 1 77.46 1.56 1.2290 1 8 3 79.10 6.59 1.2077 2 18 1 78.33 3.12 1.2176 4 13 2 78.91 3.07 1.2101 2 15 2 78.01 2.45 1.2217 4 2 3 78.65 4.62 1.2134 4 3 3 79.78 2.19 1.1990 7 13 0 79.54 1.84 1.2021 4 4 3 81.49 1.10 1.1782 4 18 0 80.73 1.36 1.1873 7 12 1 80.00 5.65 1.1964 9 1 1 80.38 3.66 1.1917 9 2 1 81.88 13.01 1.1736 5 16 1 81.75 4.85 1.1752 4 14 2 81.05 1.07 1.1835 7 7 2 81.49 5.70 1.1783 0 10 3 82.07 1.03 1.1714 4 6 3 83.95 1.40 1.1499 3 9 3 85.57 1.91 1.1323 4 18 1 85.39 1.52 1.1342 4 15 2 86.14 1.05 1.1263 4 19 0 84.40 1.71 1.1450 5 4 3 85.98 3.15 1.1279 6 12 2 85.58 2.83 1.1322 4 8 3 85.97 2.12 1.1281 9 9 0 86.11 5.26 1.1266 8 5 2 86.15 1.58 1.1262 10 1 0 87.00 2.49 1.1173 0 12 3 86.90 2.06 1.1184 5 6 3 89.72 1.46 1.0905 1 18 2 89.10 2.17 1.0964 6 13 2 88.95 4.86 1.0979 3 11 3 88.79 1.15 1.0994 6 2 3 91.32 2.73 1.0755 2 18 2 90.03 2.09 1.0876 9 9 1 92.38 2.33 1.0660 3 21 0 92.38 2.33 1.0660 3 21 0 XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.