Julgoldite-(Fe3+) Artioli G, Geiger C A, Dapiaggi M American Mineralogist 88 (2003) 1084-1090 The crystal chemistry of julgoldite-Fe3+ from Bombay, India, studied using synchrotron X-ray powder diffraction and 57Fe Mossbauer spectroscopy CELL PARAMETERS: 8.8879 6.0580 19.3321 90.000 97.498 90.000 SPACE GROUP: A2/m X-RAY WAVELENGTH: 1.541838 MAX. ABS. INTENSITY / VOLUME**2: 7.355609893 2-THETA INTENSITY D-SPACING H K L 9.23 32.47 9.5834 0 0 2 10.04 14.57 8.8119 1 0 0 12.73 5.68 6.9545 -1 0 2 14.52 9.89 6.1020 1 0 2 18.03 5.72 4.9205 -1 1 1 18.52 51.26 4.7917 0 0 4 18.70 32.20 4.7461 1 1 1 19.90 12.95 4.4610 -1 0 4 20.15 22.43 4.4060 2 0 0 21.06 3.84 4.2175 -2 0 2 21.77 7.54 4.0828 -1 1 3 22.24 4.57 3.9964 1 0 4 23.30 86.85 3.8185 2 0 2 23.41 4.93 3.7997 1 1 3 24.93 2.39 3.5716 -2 1 1 25.62 25.86 3.4772 -2 0 4 25.91 4.66 3.4386 2 1 1 27.34 1.77 3.2618 -2 1 3 28.29 3.75 3.1551 -1 1 5 29.27 21.27 3.0510 2 0 4 29.49 2.60 3.0290 0 2 0 29.98 5.54 2.9810 2 1 3 30.43 83.35 2.9373 1 1 5 30.43 16.65 2.9373 3 0 0 30.65 20.11 2.9170 -3 0 2 30.96 22.92 2.8882 0 2 2 31.00 2.55 2.8850 1 0 6 31.22 16.35 2.8645 1 2 0 32.23 11.22 2.7770 -1 2 2 32.40 80.43 2.7633 -2 0 6 32.45 2.86 2.7591 -2 1 5 33.02 14.21 2.7131 1 2 2 33.04 2.34 2.7110 3 0 2 33.64 1.15 2.6639 -3 0 4 33.68 34.82 2.6609 -3 1 1 34.81 1.56 2.5776 3 1 1 35.05 85.84 2.5603 0 2 4 35.83 7.59 2.5059 -1 2 4 35.98 27.77 2.4960 2 2 0 36.18 2.74 2.4825 2 1 5 36.23 26.27 2.4792 -1 1 7 36.52 24.28 2.4602 -2 2 2 36.85 3.96 2.4394 2 0 6 37.25 1.84 2.4140 1 2 4 37.54 7.67 2.3958 0 0 8 37.60 4.92 2.3923 -1 0 8 37.91 59.06 2.3731 2 2 2 38.35 15.37 2.3469 3 1 3 38.66 1.69 2.3292 1 1 7 38.85 2.53 2.3182 -3 0 6 39.06 7.49 2.3062 -3 1 5 40.44 32.41 2.2305 -2 0 8 40.81 3.47 2.2109 -4 0 2 40.97 12.30 2.2030 4 0 0 41.06 4.47 2.1980 0 2 6 41.44 4.96 2.1791 -1 2 6 42.03 31.66 2.1496 2 2 4 42.89 18.65 2.1087 -4 0 4 42.89 2.13 2.1087 3 2 0 43.05 1.10 2.1011 -3 2 2 43.31 3.68 2.0891 1 2 6 43.38 3.58 2.0859 -4 1 1 44.78 3.26 2.0241 -3 1 7 46.52 3.47 1.9522 1 3 1 46.95 6.45 1.9354 -4 0 6 47.27 1.09 1.9229 -4 1 5 47.63 1.57 1.9093 4 0 4 47.65 3.22 1.9086 1 1 9 47.81 4.80 1.9023 4 1 3 47.88 19.46 1.8999 2 2 6 48.44 30.09 1.8791 0 2 8 48.49 6.15 1.8774 -1 2 8 48.79 5.53 1.8666 3 2 4 49.31 1.31 1.8480 -2 0 10 49.51 3.09 1.8409 -3 2 6 50.84 1.18 1.7961 -2 2 8 51.15 3.32 1.7858 -4 2 2 51.28 6.46 1.7816 4 2 0 51.88 1.36 1.7624 5 0 0 52.01 4.19 1.7584 -4 1 7 52.33 3.30 1.7482 3 0 8 52.64 2.36 1.7386 -4 0 8 52.77 6.21 1.7348 4 1 5 52.90 22.27 1.7306 -4 2 4 52.91 7.73 1.7306 1 3 5 53.28 1.77 1.7193 4 2 2 53.52 6.44 1.7121 4 0 6 53.57 3.58 1.7106 -3 0 10 54.13 1.23 1.6944 5 0 2 54.31 4.94 1.6890 -5 1 3 54.48 6.04 1.6843 -1 1 11 55.04 9.82 1.6685 -3 3 1 56.42 1.41 1.6309 -4 2 6 56.80 2.63 1.6208 -1 3 7 56.85 6.93 1.6197 0 2 10 57.02 52.31 1.6152 4 2 4 57.26 1.89 1.6089 -1 0 12 57.72 19.43 1.5972 0 0 12 58.22 2.47 1.5848 -4 1 9 58.33 1.76 1.5820 3 3 3 58.51 28.03 1.5776 -2 2 10 58.84 2.44 1.5694 -3 3 5 58.87 1.42 1.5686 -2 0 12 59.12 4.84 1.5626 1 2 10 59.67 1.37 1.5496 -4 0 10 60.45 2.38 1.5314 -5 2 2 60.62 1.09 1.5276 -5 1 7 60.71 12.78 1.5255 4 0 8 60.81 1.58 1.5233 5 2 0 61.07 1.45 1.5173 -5 0 8 61.08 1.84 1.5171 3 0 10 61.20 35.56 1.5145 0 4 0 61.50 27.77 1.5079 -4 2 8 61.79 5.92 1.5014 -5 2 4 62.74 1.68 1.4809 -6 0 2 63.33 13.98 1.4687 2 2 10 64.53 2.33 1.4441 0 4 4 64.61 1.36 1.4425 2 0 12 65.55 5.76 1.4241 6 0 2 65.64 1.67 1.4223 4 3 3 65.72 3.16 1.4209 -1 2 12 66.14 3.09 1.4128 0 2 12 66.41 6.04 1.4078 2 4 2 66.51 3.32 1.4058 -6 0 6 67.45 2.17 1.3885 -2 4 4 67.83 7.99 1.3816 -4 0 12 68.92 1.98 1.3625 4 2 8 69.12 1.75 1.3591 -4 3 7 69.23 1.98 1.3572 -3 1 13 69.26 1.71 1.3566 -5 2 8 69.26 2.01 1.3566 2 4 4 69.76 2.50 1.3481 4 3 5 69.88 2.22 1.3461 3 4 0 70.00 2.77 1.3441 -3 4 2 70.72 1.95 1.3321 3 0 12 70.82 9.81 1.3304 -6 2 2 70.97 11.88 1.3281 -2 4 6 71.08 3.29 1.3263 -5 3 3 71.22 2.46 1.3240 -1 3 11 71.38 1.50 1.3215 6 2 0 71.84 7.00 1.3141 -6 2 4 72.23 1.11 1.3080 -3 0 14 72.88 1.21 1.2979 -5 1 11 73.62 1.71 1.2867 2 4 6 74.06 2.12 1.2802 0 4 8 74.39 1.87 1.2752 -6 2 6 74.48 1.42 1.2740 -4 3 9 74.55 2.45 1.2728 6 0 6 74.77 1.22 1.2697 -7 0 2 75.17 1.23 1.2640 -5 2 10 75.33 7.15 1.2616 2 0 14 75.41 2.27 1.2605 -1 1 15 75.94 4.82 1.2530 -2 4 8 76.10 1.83 1.2508 5 1 9 76.30 3.26 1.2480 4 4 0 76.33 3.60 1.2475 0 2 14 76.37 1.05 1.2470 -6 0 10 76.91 1.45 1.2396 -2 2 14 77.61 3.89 1.2301 -4 4 4 78.04 2.03 1.2245 5 2 8 78.40 1.29 1.2197 4 0 12 78.74 1.28 1.2153 1 2 14 80.53 1.32 1.1927 -4 4 6 82.14 1.39 1.1734 6 2 6 82.41 1.83 1.1702 -5 2 12 82.92 1.05 1.1644 2 1 15 84.52 1.31 1.1464 -3 3 13 84.67 1.22 1.1447 3 4 8 85.13 3.77 1.1397 1 5 5 85.31 1.72 1.1377 7 2 2 85.62 2.05 1.1344 4 4 6 85.67 1.39 1.1339 -3 4 10 85.85 1.43 1.1320 5 2 10 85.90 1.41 1.1314 4 2 12 86.78 1.60 1.1222 -1 2 16 86.86 1.03 1.1214 -3 5 1 87.58 3.97 1.1140 0 2 16 87.89 1.34 1.1109 -8 0 2 88.32 2.11 1.1066 -1 5 7 88.43 2.07 1.1054 -8 0 4 88.62 2.57 1.1036 6 2 8 88.84 1.63 1.1015 8 0 0 89.02 1.38 1.0997 7 2 4 89.09 7.79 1.0990 0 4 12 89.13 1.44 1.0986 6 0 10 89.61 1.33 1.0940 3 5 3 ================================================================================ XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.