Jagoite Mellini M, Merlino S American Mineralogist 66 (1981) 852-858 The crystal structure of jagoite _database_code_amcsd 0000843 CELL PARAMETERS: 8.5280 8.5280 33.3300 90.000 90.000 120.000 SPACE GROUP: P-62c X-RAY WAVELENGTH: 1.541838 Cell Volume: 2099.231 Density (g/cm3): 5.764 MAX. ABS. INTENSITY / VOLUME**2: 89.62369391 RIR: 5.063 RIR based on corundum from Acta Crystallographica A38 (1982) 733-739 2-THETA INTENSITY D-SPACING H K L Multiplicity 11.98 4.95 7.3855 1 0 0 6 12.28 5.61 7.2106 1 0 1 12 14.40 28.75 6.1505 1 0 3 12 15.95 31.42 5.5550 0 0 6 2 16.04 1.41 5.5269 1 0 4 12 17.93 7.75 4.9484 1 0 5 12 20.83 2.15 4.2640 1 1 0 3 21.51 50.05 4.1309 1 1 2 6 22.21 11.20 4.0018 1 0 7 12 23.44 20.50 3.7959 1 1 4 6 24.25 15.45 3.6703 2 0 1 12 24.69 11.29 3.6053 2 0 2 12 25.42 12.24 3.5042 2 0 3 12 26.35 100.00 3.3824 1 1 6 6 26.40 1.19 3.3761 2 0 4 12 26.75 4.71 3.3330 0 0 10 2 26.93 9.93 3.3105 1 0 9 12 29.04 25.49 3.0752 2 0 6 12 29.40 1.62 3.0380 1 0 10 12 29.99 62.70 2.9799 1 1 8 6 31.93 2.16 2.8033 1 0 11 12 32.06 13.00 2.7914 2 1 0 6 32.18 26.63 2.7817 2 1 1 12 32.23 22.19 2.7775 0 0 12 2 32.40 12.45 2.7635 2 0 8 12 32.52 6.75 2.7531 2 1 2 12 33.09 4.81 2.7073 2 1 3 12 33.87 5.66 2.6469 2 1 4 12 34.14 2.87 2.6260 1 1 10 6 34.29 3.32 2.6149 2 0 9 12 34.50 5.40 2.5997 1 0 12 12 34.84 29.58 2.5748 2 1 5 12 36.01 22.69 2.4942 2 1 6 12 36.50 27.73 2.4618 3 0 0 6 37.34 15.14 2.4081 2 1 7 12 38.43 3.18 2.3424 2 0 11 12 38.69 4.88 2.3273 1 1 12 6 38.83 6.93 2.3190 2 1 8 12 39.00 4.19 2.3094 3 0 5 12 40.47 4.05 2.2291 2 1 9 12 42.40 2.62 2.1320 2 2 0 3 42.66 7.25 2.1195 3 0 8 12 42.76 2.64 2.1148 2 2 2 6 42.95 6.43 2.1060 2 0 13 12 43.44 3.31 2.0831 0 0 16 2 43.54 14.54 2.0787 1 1 14 6 44.11 14.73 2.0530 2 1 11 12 44.22 13.41 2.0484 3 1 0 6 44.30 2.26 2.0445 3 1 1 12 45.00 6.74 2.0144 3 1 3 12 45.32 7.43 2.0009 2 0 14 12 45.57 5.39 1.9904 2 2 6 6 46.10 4.69 1.9689 2 1 12 12 46.37 1.53 1.9580 3 1 5 12 47.30 13.82 1.9219 3 1 6 12 47.59 1.19 1.9107 3 0 11 12 47.77 3.09 1.9039 2 0 15 12 47.93 2.60 1.8979 2 2 8 6 48.19 5.27 1.8883 2 1 13 12 48.37 3.70 1.8816 3 1 7 12 48.65 1.98 1.8717 1 1 16 6 49.21 2.32 1.8517 0 0 18 2 49.36 1.76 1.8464 4 0 0 6 49.44 1.69 1.8435 4 0 1 12 49.47 14.23 1.8423 3 0 12 12 49.59 1.92 1.8382 3 1 8 12 50.08 7.69 1.8214 4 0 3 12 50.38 5.37 1.8114 2 1 14 12 50.95 5.85 1.7924 3 1 9 12 52.21 2.33 1.7521 4 0 6 12 52.43 1.06 1.7451 3 1 10 12 52.65 1.73 1.7385 2 1 15 12 53.21 1.04 1.7215 4 0 7 12 53.55 2.59 1.7114 3 0 14 12 53.70 2.41 1.7067 1 0 19 12 53.99 6.75 1.6984 1 1 18 6 54.04 1.97 1.6970 3 1 11 12 54.20 4.45 1.6922 3 2 1 12 54.43 7.06 1.6857 3 2 2 12 54.81 3.86 1.6750 3 2 3 12 55.00 2.80 1.6695 2 1 16 12 55.33 1.95 1.6604 3 2 4 12 55.52 2.10 1.6552 2 0 18 12 55.62 4.91 1.6524 4 0 9 12 55.76 9.89 1.6485 3 1 12 12 56.00 6.20 1.6421 3 2 5 12 56.81 9.14 1.6206 3 2 6 12 57.15 5.84 1.6116 4 1 0 6 57.44 10.13 1.6044 2 1 17 12 57.45 1.26 1.6042 4 1 2 12 57.76 1.64 1.5963 3 2 7 12 57.81 4.38 1.5949 4 1 3 12 58.00 1.04 1.5902 3 0 16 12 58.08 1.50 1.5882 2 2 14 6 58.54 3.24 1.5767 4 0 11 12 58.84 5.61 1.5695 3 2 8 12 58.96 1.24 1.5665 4 1 5 12 59.54 1.50 1.5527 3 1 14 12 59.56 7.22 1.5522 1 1 20 6 59.58 1.44 1.5517 1 0 21 12 59.74 2.69 1.5478 4 1 6 12 59.95 3.78 1.5430 2 1 18 12 60.05 3.02 1.5407 3 2 9 12 60.18 3.08 1.5376 4 0 12 12 61.00 1.16 1.5190 2 0 20 12 61.18 1.02 1.5150 0 0 22 2 61.38 1.27 1.5104 3 2 10 12 61.58 1.16 1.5061 3 1 15 12 62.84 4.92 1.4788 3 2 11 12 62.89 2.02 1.4778 4 1 9 12 63.20 1.23 1.4713 5 0 2 12 63.72 1.49 1.4605 3 1 16 12 65.20 2.00 1.4309 2 1 20 12 65.37 2.72 1.4275 5 0 6 12 65.76 1.23 1.4201 4 0 15 12 66.10 1.03 1.4136 3 2 13 12 66.93 1.90 1.3980 2 2 18 6 67.06 1.21 1.3957 4 2 0 6 67.15 2.78 1.3940 4 1 12 12 67.25 2.51 1.3922 5 0 8 12 67.32 1.82 1.3909 4 2 2 12 67.44 1.39 1.3888 0 0 24 2 67.65 1.41 1.3848 4 2 3 12 67.90 5.55 1.3804 3 2 14 12 67.92 1.56 1.3800 3 0 20 12 68.09 1.82 1.3770 3 3 6 6 68.12 1.88 1.3765 4 2 4 12 68.28 2.73 1.3736 3 1 18 12 68.71 2.33 1.3661 4 2 5 12 68.80 1.02 1.3645 4 1 13 12 69.43 1.79 1.3536 4 2 6 12 69.81 1.39 1.3473 3 2 15 12 70.28 1.37 1.3394 4 2 7 12 70.70 2.58 1.3324 3 1 19 12 71.07 1.11 1.3265 5 1 0 6 71.26 1.94 1.3234 4 2 8 12 71.65 3.44 1.3171 5 1 3 12 72.44 1.23 1.3046 4 1 15 12 72.68 2.63 1.3010 5 1 5 12 73.22 2.04 1.2927 3 1 20 12 73.39 2.18 1.2902 5 1 6 12 73.65 2.49 1.2861 2 1 23 12 73.93 3.31 1.2820 3 2 17 12 74.63 1.28 1.2717 4 0 19 12 75.79 2.18 1.2551 5 0 14 12 75.87 1.09 1.2540 2 0 25 12 76.16 1.39 1.2500 3 2 18 12 76.24 1.58 1.2488 5 1 9 12 76.36 1.22 1.2471 4 2 12 12 77.62 1.31 1.2301 6 0 1 12 77.80 3.50 1.2276 1 1 26 6 78.53 1.33 1.2180 3 1 22 12 78.76 1.18 1.2151 5 1 11 12 79.07 1.34 1.2110 2 0 26 12 79.12 1.85 1.2104 6 0 5 12 79.19 1.62 1.2096 3 0 24 12 79.62 2.74 1.2041 4 2 14 12 79.66 1.45 1.2036 4 0 21 12 79.70 1.13 1.2030 2 1 25 12 79.81 2.61 1.2018 6 0 6 12 80.73 1.10 1.1904 0 0 28 2 80.91 1.55 1.1881 3 2 20 12 84.24 1.81 1.1495 3 1 24 12 85.06 1.87 1.1404 6 0 11 12 85.11 1.18 1.1400 4 0 23 12 85.20 1.82 1.1390 5 1 15 12 85.38 2.35 1.1370 4 2 17 12 86.32 1.14 1.1270 4 3 11 12 88.44 1.00 1.1054 5 0 20 12 88.86 2.27 1.1013 3 2 23 12 89.13 2.94 1.0986 5 1 17 12 ================================================================================ XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.