Leadhillite Diffraction data computed using the structure from the paper listed below, along with the cell parameters refined from the powder pattern for R060047 Bindi L, Menchetti S American Mineralogist 90 (2005) 1641-1647 Structural changes accompanying the phase transformation between leadhillite and susannite: a structural study by means of in situ high-temperature single- crystal X-ray diffraction Sample: Chah Mileh Mine, Anarak District, Esfahan Province, Iran Sample: T = 25C CELL PARAMETERS: 9.104000 20.79200 11.57700 90.00000 90.50000 90.00000 SPACE GROUP: P2_1/a X-RAY WAVELENGTH: 1.541838 2-THETA INTENSITY D-SPACING H K L 7.65 24.78 11.5785 0 0 1 13.06 4.18 6.7863 -1 1 1 13.13 2.73 6.7477 1 1 1 14.89 4.37 5.9552 0 3 1 15.32 4.97 5.7893 0 0 2 18.61 3.02 4.7691 -1 1 2 18.72 1.58 4.7423 1 1 2 19.52 18.04 4.5502 2 0 0 19.65 31.31 4.5202 1 4 0 19.98 5.10 4.4466 0 3 2 20.94 4.90 4.2444 -2 0 1 21.08 1.19 4.2153 -1 4 1 21.13 8.75 4.2061 1 4 1 22.69 4.56 3.9204 0 5 1 23.05 2.00 3.8595 0 0 3 24.59 3.26 3.6215 -2 3 1 24.67 4.34 3.6097 2 3 1 24.81 55.78 3.5889 -2 0 2 24.96 52.13 3.5685 -1 4 2 24.97 26.34 3.5661 2 0 2 25.04 100.00 3.5572 1 4 2 26.36 7.99 3.3817 0 5 2 27.99 4.54 3.1883 -2 3 2 28.13 4.74 3.1723 2 3 2 29.06 10.39 3.0729 2 5 0 29.76 6.65 3.0018 3 1 0 30.27 1.96 2.9529 -2 0 3 30.40 42.81 2.9399 -1 4 3 30.47 24.28 2.9338 2 0 3 30.50 4.70 2.9304 1 4 3 30.89 19.00 2.8946 0 0 4 31.63 9.21 2.8286 1 7 0 32.43 1.36 2.7602 2 6 0 32.68 1.35 2.7397 -1 1 4 32.81 1.65 2.7295 1 1 4 32.96 1.04 2.7174 -2 3 3 33.72 1.46 2.6578 3 1 2 34.20 56.64 2.6212 3 4 0 34.44 24.18 2.6040 0 8 0 35.05 3.00 2.5597 -3 4 1 35.14 2.44 2.5534 3 4 1 35.28 1.44 2.5435 -1 7 2 35.32 3.06 2.5406 0 8 1 36.81 4.94 2.4413 -1 4 4 36.91 3.67 2.4351 2 0 4 37.32 1.27 2.4092 -2 5 3 37.48 2.25 2.3988 2 5 3 37.84 2.27 2.3770 -3 1 3 37.84 1.24 2.3772 0 5 4 38.09 1.03 2.3621 3 1 3 38.88 21.19 2.3157 0 0 5 38.98 1.44 2.3101 -2 3 4 39.45 1.37 2.2837 -1 7 3 39.60 3.18 2.2751 4 0 0 39.53 2.70 2.2793 1 7 3 39.88 6.13 2.2601 2 8 0 40.19 4.16 2.2433 1 9 0 40.34 1.65 2.2352 -4 0 1 40.69 4.19 2.2169 2 8 1 40.98 1.28 2.2017 1 9 1 41.77 2.74 2.1620 4 3 0 41.75 1.15 2.1627 3 4 3 42.47 1.89 2.1277 -4 3 1 42.59 7.74 2.1222 -4 0 2 42.54 1.32 2.1244 3 7 0 42.79 11.08 2.1127 4 0 2 42.90 16.70 2.1077 -2 8 2 43.00 12.43 2.1030 2 8 2 43.22 4.05 2.0929 -1 9 2 43.73 7.10 2.0693 -2 0 5 43.98 13.77 2.0583 1 4 5 44.83 2.44 2.0213 4 3 2 44.83 1.06 2.0210 1 7 4 45.39 3.89 1.9973 -3 7 2 46.07 1.31 1.9696 -4 5 1 46.17 3.73 1.9656 -4 0 3 46.16 1.36 1.9659 4 5 1 46.45 1.76 1.9543 4 0 3 46.48 4.78 1.9531 -2 8 3 46.60 6.16 1.9485 -3 4 4 46.62 6.33 1.9475 2 8 3 46.88 6.36 1.9375 3 4 4 46.86 2.18 1.9381 1 9 3 46.92 4.96 1.9359 0 8 4 48.09 1.62 1.8913 -4 3 3 48.10 2.43 1.8910 -4 5 2 48.28 2.07 1.8843 4 5 2 49.02 1.18 1.8575 3 7 3 49.14 1.20 1.8533 -2 5 5 49.37 1.38 1.8454 2 5 5 49.54 1.16 1.8393 -3 1 5 50.70 2.52 1.8000 0 11 2 50.89 1.51 1.7936 -1 7 5 51.18 1.22 1.7842 -2 8 4 51.35 1.05 1.7786 2 8 4 51.56 2.05 1.7717 1 9 4 52.07 1.10 1.7557 -3 9 2 52.20 3.13 1.7517 3 9 2 52.30 1.21 1.7484 2 11 0 52.56 9.98 1.7404 -3 4 5 52.66 1.63 1.7374 -4 3 4 52.79 2.21 1.7335 -5 1 2 52.89 9.26 1.7304 0 8 5 52.88 10.13 1.7306 3 4 5 53.30 1.45 1.7182 5 4 0 53.46 1.48 1.7133 4 8 0 53.98 1.18 1.6980 5 4 1 54.05 1.38 1.6961 -4 8 1 54.35 2.22 1.6874 -1 12 1 54.87 1.41 1.6726 2 11 2 55.68 3.50 1.6500 -5 4 2 55.86 2.66 1.6451 -4 8 2 55.89 3.36 1.6444 5 4 2 56.03 2.89 1.6407 4 8 2 56.08 1.53 1.6393 4 5 4 56.19 1.92 1.6363 -1 12 2 56.23 1.93 1.6352 1 12 2 56.80 2.07 1.6201 -2 8 5 56.90 1.43 1.6176 4 0 5 57.01 1.18 1.6148 2 8 5 57.09 1.39 1.6125 -1 9 5 58.65 1.69 1.5733 -5 4 3 58.83 1.12 1.5690 -3 7 5 58.84 2.18 1.5688 -4 8 3 58.95 2.36 1.5661 5 4 3 59.07 1.51 1.5631 4 8 3 59.29 2.68 1.5578 -2 0 7 59.18 1.76 1.5605 -1 12 3 59.24 1.78 1.5591 1 12 3 59.41 7.95 1.5550 -1 4 7 59.55 5.44 1.5517 1 4 7 59.57 4.26 1.5513 2 0 7 59.86 1.63 1.5444 0 13 2 61.07 2.06 1.5167 6 0 0 61.30 1.67 1.5115 2 13 0 61.52 2.80 1.5067 3 12 0 61.74 1.05 1.5018 -5 7 2 61.93 1.02 1.4976 5 7 2 62.06 1.27 1.4948 -3 12 1 62.68 1.19 1.4815 -5 4 4 62.67 1.29 1.4818 6 3 0 63.17 1.12 1.4712 4 8 4 63.30 1.21 1.4685 1 12 4 63.93 1.15 1.4555 4 11 0 65.17 1.18 1.4307 5 9 0 70.08 1.35 1.3421 -4 0 7 70.39 2.27 1.3369 -2 8 7 70.58 1.26 1.3337 4 0 7 70.64 2.27 1.3327 2 8 7 72.02 1.81 1.3106 6 8 0 73.58 1.44 1.2865 0 0 9 75.06 1.68 1.2648 -3 12 5 75.32 1.11 1.2611 3 12 5 76.52 1.11 1.2443 2 16 1 80.46 1.09 1.1929 -4 8 7 80.87 1.53 1.1880 5 4 7 83.46 1.19 1.1575 -3 4 9 83.82 1.05 1.1534 0 8 9 83.92 1.46 1.1523 3 4 9 83.92 1.46 1.1523 3 4 9 XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.