Imiterite Diffraction data computed using the structure from the paper listed below, along with the cell parameters refined from single crystal data of R080014 Guillou J J, Monthel J, Picot P, Pillard F, Protas J, Samama J C Bulletin de Mineralogie 108 (1985) 457-464 L'imiterite, Ag2HgS2 nouvelle espece minerale; proprietes et structure cristalline Locality: Tinerhir, Boulmane, Morocco _database_code_amcsd 0012085 CELL PARAMETERS: 4.0400 8.0060 6.5800 90.000 107.130 90.000 SPACE GROUP: P2_1/c ATOM X Y Z OCCUPANCY ISO(B) Ag 0.62970 0.15110 0.40810 1.000 2.400 Hg 0.00000 0.00000 0.00000 1.000 1.470 S 0.20140 0.37050 0.23380 1.000 1.110 X-RAY WAVELENGTH: 1.541838 BOUNDS ON TWO THETA: 5.0 90.0 LIMITS IMPOSED ON THE INDICES ARE: +/- 3 +/- 7 +/- 5 MAX. ABS. INTENSITY / VOLUME**2: 129.2744494 The INTENSITY cut off value is 1.00 2-THETA INTENSITY D-SPACING H K L 17.94 22.98 4.9451 0 1 1 22.21 15.19 4.0030 0 2 0 23.04 4.10 3.8608 1 0 0 25.62 9.81 3.4775 1 1 0 25.78 42.71 3.4562 -1 1 1 26.39 2.71 3.3768 0 2 1 28.39 26.52 3.1441 0 0 2 30.55 21.01 2.9265 0 1 2 30.94 33.25 2.8901 -1 0 2 32.21 46.91 2.7789 1 2 0 32.34 35.97 2.7680 -1 2 1 32.56 100.00 2.7498 1 1 1 32.95 32.53 2.7184 -1 1 2 36.33 16.81 2.4726 0 2 2 36.58 76.42 2.4566 0 3 1 38.42 13.95 2.3432 -1 2 2 41.22 16.88 2.1899 -1 3 1 44.14 6.20 2.0519 -1 1 3 44.69 15.74 2.0277 0 1 3 46.31 2.38 1.9606 -1 3 2 46.36 16.21 1.9585 -2 1 1 47.08 2.28 1.9304 2 0 0 48.08 16.03 1.8926 1 2 2 48.51 8.25 1.8766 2 1 0 48.54 2.62 1.8754 -1 2 3 49.06 13.49 1.8569 0 2 3 50.62 8.45 1.8033 -2 2 1 51.42 15.58 1.7769 1 4 0 51.51 2.74 1.7740 -1 4 1 52.64 7.27 1.7388 2 2 0 52.99 11.00 1.7281 -2 2 2 54.34 5.91 1.6884 0 4 2 54.92 4.29 1.6718 2 1 1 55.30 13.78 1.6613 -1 3 3 55.60 14.91 1.6530 -2 1 3 55.77 3.37 1.6484 0 3 3 55.88 2.94 1.6454 -1 4 2 56.31 10.30 1.6337 -1 0 4 57.00 7.13 1.6156 1 1 3 57.20 1.59 1.6105 -2 3 1 58.73 1.50 1.5722 2 2 1 59.38 1.10 1.5565 -2 2 3 59.58 4.36 1.5517 0 5 1 59.97 1.95 1.5426 0 1 4 60.73 1.24 1.5252 1 2 3 61.28 1.93 1.5126 -1 2 4 62.91 5.17 1.4774 -1 5 1 63.54 12.23 1.4643 1 4 2 63.55 7.48 1.4640 2 0 2 63.59 5.00 1.4632 0 2 4 64.36 1.23 1.4475 0 4 3 64.76 5.53 1.4395 2 3 1 65.41 2.10 1.4268 0 5 2 66.56 2.22 1.4049 1 5 1 66.65 1.26 1.4032 1 3 3 66.79 3.64 1.4006 -1 5 2 67.40 4.82 1.3895 2 4 0 67.70 5.61 1.3840 -2 4 2 68.21 1.43 1.3749 2 2 2 69.11 3.94 1.3592 -2 2 4 70.42 5.06 1.3371 -3 0 2 70.59 4.03 1.3343 0 6 0 71.10 1.53 1.3259 1 0 4 72.22 1.87 1.3081 1 1 4 73.60 2.21 1.2869 3 0 0 74.18 1.27 1.2783 -1 5 3 74.58 1.81 1.2724 0 5 3 74.87 1.05 1.2682 -3 2 2 75.54 1.97 1.2587 1 2 4 75.82 2.35 1.2548 -2 5 1 76.71 3.59 1.2424 0 1 5 77.16 2.55 1.2363 0 4 4 77.44 1.89 1.2324 2 5 0 77.75 2.73 1.2283 0 6 2 77.99 1.10 1.2252 3 2 0 78.50 1.97 1.2184 -2 1 5 79.04 2.72 1.2115 -1 6 2 80.10 4.44 1.1980 -3 3 1 81.60 5.67 1.1798 -1 3 5 82.30 4.67 1.1716 -2 4 4 82.55 1.07 1.1686 2 5 1 83.11 1.34 1.1621 -2 5 3 84.01 3.60 1.1521 -3 3 3 84.29 1.87 1.1489 1 5 3 84.75 1.47 1.1439 3 2 1 85.80 1.34 1.1325 -3 2 4 85.96 5.17 1.1308 2 3 3 ================================================================================ XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.