Segelerite Moore P B, Araki T American Mineralogist 62 (1977) 692-702 Overite, segelerite, and jahnsite: a study in combinatorial polymorphism _database_code_amcsd 0000583 CELL PARAMETERS: 14.8260 18.7510 7.3070 90.000 90.000 90.000 SPACE GROUP: Pbca X-RAY WAVELENGTH: 1.541838 Cell Volume: 2031.363 Density (g/cm3): 2.661 MAX. ABS. INTENSITY / VOLUME**2: 12.37927640 RIR: 1.515 RIR based on corundum from Acta Crystallographica A38 (1982) 733-739 2-THETA INTENSITY D-SPACING H K L Multiplicity 9.43 100.00 9.3755 0 2 0 2 11.94 1.45 7.4130 2 0 0 2 15.24 4.67 5.8149 2 2 0 4 16.50 33.21 5.3717 1 2 1 8 17.69 16.61 5.0144 2 1 1 8 18.93 16.85 4.6877 0 4 0 2 22.23 1.87 3.9992 2 3 1 8 22.44 6.93 3.9620 2 4 0 4 23.33 10.46 3.8129 1 4 1 8 23.72 25.01 3.7516 3 2 1 8 25.85 27.84 3.4469 4 2 0 4 26.18 5.17 3.4042 0 2 2 4 27.21 6.31 3.2771 2 0 2 4 27.99 4.24 3.1881 4 3 0 4 28.86 3.76 3.0936 2 2 2 8 28.96 16.15 3.0834 3 4 1 8 30.75 50.60 2.9075 4 4 0 4 31.03 94.11 2.8817 0 4 2 4 31.06 2.23 2.8797 2 6 0 4 31.72 1.02 2.8209 1 6 1 8 34.00 2.97 2.6367 5 2 1 8 34.47 29.52 2.6020 4 0 2 4 34.81 1.18 2.5773 4 1 2 8 37.65 3.00 2.3892 4 6 0 4 37.96 4.11 2.3704 5 4 1 8 38.77 7.83 2.3228 6 1 1 8 39.23 1.23 2.2965 2 1 3 8 39.62 4.15 2.2750 4 4 2 8 39.86 1.10 2.2616 2 6 2 8 40.89 6.26 2.2070 1 8 1 8 41.18 1.60 2.1921 6 3 1 8 42.26 1.77 2.1387 1 4 3 8 42.49 2.64 2.1277 3 2 3 8 44.54 3.01 2.0341 3 8 1 8 45.35 20.96 1.9996 4 6 2 8 45.69 2.22 1.9857 6 5 1 8 45.80 11.54 1.9810 4 8 0 4 46.01 16.18 1.9728 0 8 2 4 46.09 3.41 1.9693 2 5 3 8 46.87 1.26 1.9383 6 6 0 4 47.74 2.96 1.9052 1 6 3 8 48.79 1.07 1.8664 4 7 2 8 49.16 16.43 1.8533 8 0 0 2 49.42 3.19 1.8443 8 1 0 4 49.92 13.77 1.8268 0 0 4 2 52.24 1.49 1.7511 2 7 3 8 52.55 9.12 1.7415 4 8 2 8 53.14 2.00 1.7235 8 4 0 4 53.77 1.13 1.7049 7 6 1 8 53.86 2.60 1.7021 0 4 4 4 53.92 1.36 1.7005 6 8 0 4 54.70 1.16 1.6780 1 8 3 8 54.93 1.02 1.6715 6 3 3 8 55.38 1.09 1.6589 2 4 4 8 56.13 1.06 1.6386 4 0 4 4 56.55 1.00 1.6275 2 10 2 8 57.06 6.29 1.6141 4 2 4 8 57.68 1.08 1.5981 3 8 3 8 57.69 2.39 1.5979 8 3 2 8 58.64 2.51 1.5744 6 5 3 8 59.12 5.83 1.5626 0 12 0 2 59.28 15.30 1.5587 8 4 2 8 59.79 8.42 1.5468 4 4 4 8 59.97 1.12 1.5426 2 6 4 8 60.24 1.29 1.5363 7 8 1 8 60.90 8.90 1.5212 4 10 2 8 63.94 1.47 1.4560 6 7 3 8 64.18 1.18 1.4512 4 6 4 8 64.69 2.74 1.4408 0 8 4 4 65.26 1.73 1.4296 2 1 5 8 66.26 1.04 1.4105 2 12 2 8 66.47 1.08 1.4066 8 7 2 8 67.59 1.20 1.3860 3 2 5 8 69.60 5.99 1.3507 8 8 2 8 70.07 1.06 1.3429 4 8 4 8 70.27 4.04 1.3396 4 12 2 8 72.10 1.26 1.3101 1 12 3 8 72.20 1.04 1.3085 0 10 4 4 72.68 5.17 1.3010 8 0 4 4 72.88 1.11 1.2979 8 1 4 8 75.47 2.56 1.2596 4 14 0 4 75.62 1.84 1.2575 0 14 2 4 75.80 1.39 1.2551 6 1 5 8 75.90 1.08 1.2536 8 4 4 8 78.01 1.09 1.2249 12 2 0 4 80.38 2.16 1.1946 8 12 0 4 80.97 2.24 1.1874 0 12 4 4 81.69 2.66 1.1787 0 4 6 4 83.57 1.42 1.1570 4 0 6 4 84.35 1.18 1.1483 4 2 6 8 85.33 1.30 1.1375 8 8 4 8 85.59 1.07 1.1347 0 6 6 4 87.39 2.07 1.1159 0 16 2 4 89.39 1.07 1.0960 12 6 2 8 ================================================================================ XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.