Ericssonite Matsubara S Mineralogical Journal 10 (1980) 107-121 The crystal structure of orthoericssonite Note: this is the orthorhombic polytype Locality: Hijikuzu mine, Iwate Prefecture, Japan _database_code_amcsd 0014422 CELL PARAMETERS: 20.2300 6.9790 5.3920 90.000 90.000 90.000 SPACE GROUP: Pnmn X-RAY WAVELENGTH: 1.541838 Cell Volume: 761.270 Density (g/cm3): 4.258 MAX. ABS. INTENSITY / VOLUME**2: 17.41050551 RIR: 1.331 RIR based on corundum from Acta Crystallographica A38 (1982) 733-739 2-THETA INTENSITY D-SPACING H K L Multiplicity 13.42 4.70 6.5974 1 1 0 4 17.54 21.28 5.0575 4 0 0 2 18.65 1.14 4.7582 2 0 1 4 21.10 1.60 4.2113 3 0 1 4 21.28 16.60 4.1750 1 1 1 8 22.62 21.45 3.9314 2 1 1 8 24.13 11.50 3.6888 4 0 1 4 24.69 100.00 3.6057 3 1 1 8 25.45 20.09 3.5003 5 1 0 4 25.53 11.66 3.4895 0 2 0 2 26.43 38.50 3.3717 6 0 0 2 27.03 24.15 3.2987 2 2 0 4 27.35 36.82 3.2613 4 1 1 8 27.56 6.11 3.2362 5 0 1 4 30.45 78.73 2.9359 5 1 1 8 30.84 6.08 2.8993 1 2 1 8 31.14 22.48 2.8722 4 2 0 4 31.29 17.46 2.8588 6 0 1 4 31.80 83.14 2.8139 2 2 1 8 33.35 85.96 2.6869 3 2 1 8 33.53 40.19 2.6724 1 0 2 4 33.56 36.06 2.6701 7 1 0 4 33.89 13.26 2.6454 6 1 1 8 34.43 26.99 2.6051 2 0 2 4 35.23 4.00 2.5472 7 0 1 4 35.41 2.36 2.5350 4 2 1 8 35.50 10.60 2.5287 8 0 0 2 36.83 1.02 2.4406 2 1 2 8 37.08 7.56 2.4247 6 2 0 4 37.59 6.02 2.3928 7 1 1 8 37.81 12.27 2.3791 4 0 2 4 37.92 18.88 2.3728 5 2 1 8 39.35 8.14 2.2895 8 0 1 4 40.04 8.80 2.2518 4 1 2 8 40.19 3.48 2.2435 5 0 2 4 40.80 4.74 2.2114 6 2 1 8 41.04 1.49 2.1991 3 3 0 4 42.24 14.50 2.1395 9 1 0 4 42.31 1.73 2.1360 0 3 1 4 42.32 5.04 2.1359 5 1 2 8 42.37 6.32 2.1334 0 2 2 4 42.56 6.65 2.1242 1 3 1 8 42.61 34.61 2.1217 1 2 2 8 42.95 17.22 2.1056 6 0 2 4 43.29 2.09 2.0899 2 3 1 8 43.35 6.91 2.0875 2 2 2 8 43.63 2.35 2.0747 9 0 1 4 44.01 26.74 2.0574 7 2 1 8 44.23 2.39 2.0476 8 2 0 4 44.49 13.96 2.0363 3 3 1 8 44.54 13.51 2.0341 3 2 2 8 44.80 1.20 2.0230 10 0 0 2 44.95 15.70 2.0167 5 3 0 4 44.97 17.79 2.0159 6 1 2 8 45.62 2.58 1.9887 9 1 1 8 46.04 2.60 1.9714 7 0 2 4 46.13 7.21 1.9677 4 3 1 8 46.18 1.31 1.9657 4 2 2 8 47.95 4.13 1.8971 7 1 2 8 48.03 5.25 1.8941 10 0 1 4 48.17 13.52 1.8889 5 3 1 8 49.41 1.72 1.8444 8 0 2 4 49.89 1.03 1.8280 10 1 1 8 50.35 9.89 1.8122 7 3 0 4 50.59 1.85 1.8044 6 3 1 8 51.23 4.79 1.7833 9 2 1 8 51.23 10.01 1.7832 8 1 2 8 51.38 3.64 1.7784 11 1 0 4 52.13 1.12 1.7546 1 3 2 8 52.44 32.73 1.7448 0 4 0 2 52.58 1.40 1.7406 11 0 1 4 52.76 3.22 1.7352 2 3 2 8 53.04 7.08 1.7264 9 0 2 4 53.33 2.53 1.7178 7 3 1 8 53.41 5.96 1.7153 2 1 3 8 54.32 1.87 1.6889 11 1 1 8 54.77 1.88 1.6759 9 1 2 8 55.18 15.43 1.6647 10 2 1 8 55.73 3.64 1.6494 4 4 0 4 55.86 18.08 1.6458 4 1 3 8 55.98 3.05 1.6426 5 0 3 4 56.91 9.42 1.6181 10 0 2 4 56.97 2.01 1.6165 9 3 0 4 57.26 2.62 1.6090 12 0 1 4 57.89 33.21 1.5929 1 2 3 8 58.52 2.11 1.5772 4 4 1 8 58.56 2.50 1.5763 10 1 2 8 59.18 9.12 1.5611 6 3 2 8 59.33 30.65 1.5576 11 2 1 8 59.67 1.93 1.5496 6 4 0 4 59.80 6.86 1.5466 6 1 3 8 60.26 1.03 1.5358 5 4 1 8 60.68 2.87 1.5262 7 0 3 4 61.00 1.35 1.5189 13 1 0 4 61.67 4.65 1.5040 7 3 2 8 62.35 3.39 1.4893 6 4 1 8 62.50 9.25 1.4861 5 2 3 8 63.69 18.20 1.4612 12 2 1 8 63.70 15.47 1.4609 1 4 2 8 64.25 9.05 1.4496 2 4 2 8 64.47 11.07 1.4453 8 3 2 8 64.49 6.13 1.4450 14 0 0 2 64.76 1.11 1.4394 7 4 1 8 64.93 5.39 1.4361 8 4 0 4 65.28 6.30 1.4294 12 0 2 4 66.37 4.22 1.4084 2 3 3 8 66.45 3.91 1.4070 4 4 2 8 66.62 1.99 1.4038 9 0 3 4 66.81 1.13 1.4003 12 1 2 8 66.91 1.50 1.3983 7 2 3 8 67.05 1.63 1.3957 14 0 1 4 67.49 2.51 1.3877 8 4 1 8 67.57 1.59 1.3864 9 3 2 8 68.53 4.66 1.3692 4 3 3 8 69.78 7.05 1.3478 13 0 2 4 69.94 8.00 1.3450 1 0 4 4 70.04 4.16 1.3435 6 4 2 8 70.28 1.20 1.3394 2 5 1 8 70.47 4.52 1.3362 2 0 4 4 70.54 1.49 1.3351 14 2 0 4 70.95 2.81 1.3284 10 3 2 8 71.16 5.18 1.3249 3 5 1 8 71.21 1.60 1.3242 15 1 0 4 71.51 1.48 1.3194 10 1 3 8 72.07 3.39 1.3105 6 3 3 8 72.39 1.85 1.3055 4 5 1 8 72.58 1.87 1.3025 4 0 4 4 72.59 8.83 1.3023 9 2 3 8 73.17 1.07 1.2934 13 3 0 4 73.70 1.55 1.2854 11 0 3 4 73.85 2.64 1.2833 10 4 1 8 73.95 6.10 1.2817 5 5 1 8 74.92 1.14 1.2675 8 4 2 8 75.67 2.44 1.2569 7 5 0 4 75.80 1.57 1.2550 1 2 4 8 75.85 1.54 1.2543 6 5 1 8 75.95 2.19 1.2529 14 1 2 8 77.17 1.74 1.2361 3 2 4 8 77.47 2.42 1.2320 6 1 4 8 77.83 2.79 1.2272 9 4 2 8 77.99 1.63 1.2251 15 2 1 8 79.46 5.08 1.2062 11 2 3 8 79.46 1.37 1.2062 15 0 2 4 79.64 1.63 1.2039 4 5 2 8 79.68 1.22 1.2033 7 1 4 8 79.88 1.36 1.2008 5 2 4 8 80.27 1.81 1.1960 5 4 3 8 80.86 2.18 1.1887 16 2 0 4 81.05 5.24 1.1864 10 4 2 8 81.10 2.19 1.1858 9 5 0 4 81.35 1.98 1.1828 12 4 1 8 81.88 1.21 1.1765 13 0 3 4 82.21 3.11 1.1726 8 1 4 8 82.71 2.83 1.1668 15 3 0 4 83.00 1.63 1.1634 6 5 2 8 83.02 1.40 1.1632 0 6 0 2 83.65 1.02 1.1561 9 0 4 4 83.69 1.57 1.1556 2 6 0 4 84.30 1.74 1.1488 7 4 3 8 84.53 2.15 1.1463 17 1 1 8 84.67 1.50 1.1447 16 0 2 4 85.10 1.38 1.1400 15 2 2 8 86.05 2.58 1.1299 2 6 1 8 86.07 2.16 1.1296 16 1 2 8 86.62 1.46 1.1239 18 0 0 2 86.82 2.55 1.1218 10 0 4 4 86.88 3.61 1.1212 3 6 1 8 87.27 1.21 1.1171 14 3 2 8 87.50 8.13 1.1148 13 2 3 8 87.68 1.08 1.1130 8 5 2 8 87.69 5.64 1.1129 14 4 0 4 87.80 1.87 1.1118 11 5 0 4 88.22 1.37 1.1076 10 1 4 8 88.41 3.43 1.1057 12 4 2 8 88.73 1.22 1.1025 17 2 1 8 88.76 2.91 1.1023 6 3 4 8 89.64 1.78 1.0937 9 4 3 8 ================================================================================ XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.