Argentopyrite Diffraction data computed using the structure from the paper listed below, along with the cell parameters refined from single crsytal data of R090027 Yang H, Pinch W W, Downs R T American Mineralogist 94 (2009) 1727-1730 Crystal structure of argentopyrite, AgFe2S3, and its relationship with cubanite Locality: Joachimstal, Bohemia, Czech Republic, type sample CELL PARAMETERS: 6.6992 11.4620 6.4575 90.000 90.000 90.200 SPACE GROUP: P2_1/n ATOM X Y Z OCCUPANCY ISO(B) Ag 0.33197 0.16461 0.38491 1.000 2.653 Fe 0.83066 0.32887 0.37493 1.000 1.248 Fe 0.32872 0.49989 0.37518 1.000 1.216 S 0.14775 0.34665 0.27103 1.000 1.611 S 0.64979 0.48920 0.26747 1.000 1.374 S 0.68393 0.17049 0.23119 1.000 1.374 X-RAY WAVELENGTH: 1.541838 BOUNDS ON TWO THETA: 5.0 90.0 LIMITS IMPOSED ON THE INDICES ARE: +/- 6 +/- 10 +/- 5 MAX. ABS. INTENSITY / VOLUME**2: 19.92168094 The INTENSITY cut off value is 1.00 2-THETA INTENSITY D-SPACING H K L 15.30 3.53 5.7925 -1 1 0 15.34 17.89 5.7750 1 1 0 15.46 5.18 5.7310 0 2 0 15.75 18.38 5.6261 0 1 1 19.09 19.43 4.6492 1 0 1 20.60 4.02 4.3119 1 -1 1 20.72 4.56 4.2864 0 2 1 24.63 42.76 3.6148 -1 2 1 24.69 85.04 3.6063 1 2 1 26.61 77.60 3.3496 2 0 0 26.82 87.53 3.3238 -1 3 0 26.90 65.38 3.3139 1 3 0 27.12 32.75 3.2882 0 3 1 27.63 19.19 3.2287 0 0 2 28.73 100.00 3.1078 0 1 2 30.05 8.02 2.9734 2 0 1 30.24 11.08 2.9553 -1 3 1 30.32 12.06 2.9483 1 3 1 30.74 40.54 2.9086 1 0 2 30.87 2.51 2.8963 -2 2 0 30.97 9.07 2.8875 2 2 0 31.05 20.99 2.8803 2 -1 1 31.10 41.92 2.8759 2 1 1 31.21 1.66 2.8655 0 4 0 31.75 1.74 2.8182 1 1 2 33.92 5.34 2.6426 2 -2 1 34.24 4.24 2.6192 0 4 1 34.56 25.73 2.5952 -1 2 2 34.60 6.12 2.5921 1 2 2 36.80 24.58 2.4420 -1 4 1 36.89 14.92 2.4367 1 4 1 38.30 3.48 2.3500 -2 3 1 38.42 2.76 2.3430 2 3 1 38.74 2.11 2.3246 2 0 2 38.89 3.89 2.3160 -1 3 2 38.95 3.02 2.3126 1 3 2 39.54 13.35 2.2793 2 -1 2 39.58 6.15 2.2772 2 1 2 41.16 1.40 2.1933 -3 1 0 41.59 2.43 2.1712 -1 5 0 41.69 1.71 2.1666 1 5 0 41.81 2.33 2.1603 0 5 1 42.74 4.19 2.1155 0 1 3 42.85 7.83 2.1104 3 0 1 43.63 1.85 2.0743 3 1 1 43.95 1.51 2.0601 2 4 1 44.34 4.55 2.0428 -1 4 2 44.41 8.35 2.0397 1 4 2 44.93 2.09 2.0177 1 -1 3 44.99 2.61 2.0151 0 2 3 45.63 10.40 1.9881 -2 3 2 45.74 9.95 1.9838 2 3 2 45.87 1.79 1.9783 3 2 1 47.06 49.36 1.9308 -3 3 0 47.08 2.33 1.9303 -1 2 3 47.11 11.09 1.9290 1 2 3 47.22 48.54 1.9250 3 3 0 47.60 47.12 1.9103 0 6 0 48.55 1.91 1.8754 0 3 3 48.72 17.36 1.8692 0 5 2 50.17 9.62 1.8182 -2 5 1 50.34 3.38 1.8128 2 5 1 50.39 39.56 1.8108 2 0 3 50.52 37.12 1.8067 -1 3 3 50.56 40.46 1.8051 1 3 3 51.05 1.49 1.7892 2 -1 3 51.08 7.37 1.7881 2 1 3 51.78 1.16 1.7655 1 6 1 52.26 15.11 1.7504 3 -2 2 52.35 12.12 1.7475 3 2 2 54.81 6.85 1.6748 4 0 0 55.07 6.06 1.6677 -1 4 3 55.13 1.47 1.6661 1 4 3 55.27 5.02 1.6619 -2 6 0 55.45 2.98 1.6571 3 -3 2 55.46 8.63 1.6569 2 6 0 55.58 2.95 1.6534 3 3 2 55.93 2.89 1.6441 0 6 2 56.44 5.40 1.6303 2 5 2 56.79 2.45 1.6212 4 0 1 57.05 4.50 1.6144 0 0 4 57.24 1.46 1.6095 -2 6 1 57.38 5.40 1.6059 4 -1 1 57.42 1.13 1.6049 2 6 1 57.44 3.13 1.6044 4 1 1 57.69 4.10 1.5978 -1 6 2 57.78 4.72 1.5956 1 6 2 58.85 1.66 1.5692 0 5 3 59.73 7.21 1.5483 -3 4 2 59.90 9.05 1.5442 3 4 2 62.08 1.66 1.4951 3 2 3 63.08 3.05 1.4738 4 1 2 63.73 6.20 1.4604 0 7 2 64.02 1.97 1.4543 2 0 4 64.13 1.39 1.4522 -1 3 4 64.93 1.68 1.4362 -2 7 1 65.12 2.84 1.4324 2 7 1 65.64 3.03 1.4223 -2 5 3 65.84 1.48 1.4186 -3 6 1 66.08 1.39 1.4140 3 6 1 67.54 2.27 1.3869 4 -3 2 67.70 2.50 1.3840 4 3 2 68.48 1.03 1.3701 -1 8 1 68.59 2.88 1.3683 1 8 1 70.23 1.16 1.3402 -2 7 2 71.11 1.13 1.3257 -4 5 1 71.36 9.58 1.3218 4 0 3 71.37 2.35 1.3215 4 5 1 71.75 10.42 1.3155 -2 6 3 71.88 2.34 1.3135 4 -1 3 71.91 8.54 1.3130 2 6 3 73.66 2.29 1.2860 -1 8 2 74.08 1.97 1.2798 5 -2 1 75.05 1.71 1.2657 -5 3 0 75.24 2.19 1.2630 5 3 0 75.34 2.41 1.2615 -4 6 0 75.65 1.32 1.2572 4 6 0 76.02 2.65 1.2519 -1 9 0 76.13 1.10 1.2503 1 9 0 76.22 1.90 1.2491 -4 5 2 76.99 2.72 1.2385 3 -3 4 77.00 1.62 1.2384 -1 2 5 77.03 1.22 1.2380 1 2 5 77.07 1.09 1.2375 5 0 2 77.11 2.68 1.2370 3 3 4 77.40 2.62 1.2330 0 6 4 78.11 1.69 1.2235 0 3 5 78.89 1.26 1.2134 2 7 3 79.25 1.17 1.2088 5 2 2 79.55 4.61 1.2050 2 0 5 79.64 4.35 1.2038 -1 3 5 79.68 4.72 1.2033 1 3 5 80.06 1.40 1.1986 2 -1 5 80.09 1.26 1.1983 2 1 5 80.65 1.25 1.1913 5 4 1 82.12 1.33 1.1736 1 8 3 83.36 1.43 1.1594 1 4 5 83.83 1.14 1.1540 -4 7 1 84.76 1.22 1.1437 4 5 3 85.92 1.89 1.1312 -3 8 2 86.22 1.54 1.1281 3 8 2 87.19 1.09 1.1180 3 0 5 87.33 4.35 1.1165 6 0 0 88.18 4.26 1.1079 -3 9 0 88.52 4.11 1.1046 3 9 0 89.91 4.31 1.0911 5 -3 3 ================================================================================ XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.