Orientite Moore P B, Shen J, Araki T American Mineralogist 70 (1985) 171-181 Crystal chemistry of the (M2)3+ phi2 sheet: Structural principles and crystal structures of ruizite, macfallite and orientite Locality: Lake Manganese, Copper Harbor, Keweenaw County, Michigan, USA _database_code_amcsd 0000965 CELL PARAMETERS: 9.0740 19.1300 6.1210 90.000 90.000 90.000 SPACE GROUP: Bbmm X-RAY WAVELENGTH: 1.541838 Cell Volume: 1062.518 Density (g/cm3): 3.270 MAX. ABS. INTENSITY / VOLUME**2: 7.306510941 RIR: 0.728 RIR based on corundum from Acta Crystallographica A38 (1982) 733-739 2-THETA INTENSITY D-SPACING H K L Multiplicity 9.25 63.75 9.5650 0 2 0 2 17.48 60.22 5.0744 1 0 1 4 18.09 35.25 4.9048 1 1 1 8 18.55 47.40 4.7825 0 4 0 2 19.57 17.30 4.5370 2 0 0 2 20.11 24.06 4.4145 2 1 0 4 21.68 91.62 4.0992 2 2 0 4 22.39 2.25 3.9706 1 3 1 8 24.07 11.74 3.6968 2 3 0 4 25.59 8.94 3.4804 1 4 1 8 27.09 33.36 3.2915 2 4 0 4 29.23 48.86 3.0550 1 5 1 8 30.56 7.78 2.9248 2 5 0 4 30.67 9.50 2.9149 0 2 2 4 33.03 32.72 2.7117 3 0 1 4 33.18 44.42 2.6997 1 6 1 8 33.37 19.86 2.6848 3 1 1 8 34.38 1.30 2.6089 3 2 1 8 34.38 74.17 2.6086 2 6 0 4 34.80 100.00 2.5778 0 4 2 4 35.38 26.23 2.5372 2 0 2 4 35.99 2.32 2.4954 3 3 1 8 36.64 63.54 2.4524 2 2 2 8 37.37 11.57 2.4061 1 7 1 8 37.62 6.81 2.3912 0 8 0 2 38.15 15.35 2.3589 3 4 1 8 38.18 26.77 2.3574 2 3 2 8 38.45 9.05 2.3410 2 7 0 4 39.73 5.77 2.2685 4 0 0 2 40.02 24.04 2.2527 4 1 0 4 40.24 17.52 2.2413 2 4 2 8 40.79 2.97 2.2124 3 5 1 8 40.87 7.17 2.2079 0 6 2 4 42.29 9.80 2.1373 4 3 0 4 42.74 11.18 2.1154 2 8 0 4 42.76 17.88 2.1145 2 5 2 8 43.83 13.59 2.0656 3 6 1 8 44.19 6.71 2.0496 4 4 0 4 45.70 4.13 1.9853 2 6 2 8 45.83 9.36 1.9799 1 1 3 8 47.22 3.05 1.9248 2 9 0 4 47.87 1.21 1.9002 1 3 3 8 48.30 30.19 1.8843 0 8 2 4 48.99 3.53 1.8594 2 7 2 8 49.30 15.42 1.8484 4 6 0 4 50.05 3.28 1.8225 4 0 2 4 51.01 10.06 1.7902 4 2 2 8 51.02 4.90 1.7900 1 10 1 8 51.77 2.84 1.7659 1 5 3 8 52.20 1.36 1.7523 4 3 2 8 52.59 5.42 1.7402 2 8 2 8 53.83 58.45 1.7030 4 4 2 8 54.23 12.96 1.6915 3 0 3 4 54.33 3.73 1.6885 1 6 3 8 54.46 3.81 1.6849 3 1 3 8 54.68 1.81 1.6786 5 3 1 8 55.86 12.27 1.6458 4 8 0 4 55.88 26.24 1.6453 4 5 2 8 55.89 7.16 1.6452 1 11 1 8 56.48 3.91 1.6293 2 9 2 8 56.68 2.10 1.6239 2 11 0 4 56.75 3.99 1.6222 0 10 2 4 57.82 4.47 1.5947 3 4 3 8 57.84 21.92 1.5942 0 12 0 2 58.32 8.04 1.5822 4 6 2 8 59.61 3.37 1.5511 4 9 0 4 60.50 33.50 1.5302 0 0 4 2 60.62 37.96 1.5275 2 10 2 8 60.63 1.33 1.5273 5 6 1 8 61.12 19.51 1.5162 4 7 2 8 61.67 2.50 1.5040 2 12 0 4 62.14 2.63 1.4938 6 2 0 4 63.19 2.03 1.4715 6 3 0 4 63.37 1.19 1.4677 5 7 1 8 63.63 4.76 1.4624 4 10 0 4 63.87 2.36 1.4575 0 4 4 4 64.26 15.24 1.4495 4 8 2 8 64.64 6.43 1.4420 6 4 0 4 65.06 6.80 1.4336 2 2 4 8 66.08 3.72 1.4139 0 12 2 4 66.48 1.07 1.4064 6 5 0 4 67.50 3.42 1.3876 2 4 4 8 67.91 5.76 1.3802 4 11 0 4 67.96 1.58 1.3793 1 10 3 8 68.25 1.65 1.3743 3 12 1 8 68.69 1.58 1.3664 6 6 0 4 69.30 1.62 1.3559 2 5 4 8 69.30 5.73 1.3558 6 0 2 4 69.50 5.90 1.3524 6 1 2 8 69.66 3.21 1.3498 2 12 2 8 70.09 1.41 1.3426 5 2 3 8 70.10 4.45 1.3424 6 2 2 8 71.07 2.47 1.3264 5 3 3 8 71.08 6.66 1.3262 6 3 2 8 71.25 1.03 1.3235 3 9 3 8 71.47 16.39 1.3199 2 6 4 8 72.12 5.24 1.3097 1 11 3 8 72.20 7.65 1.3084 2 14 0 4 72.46 1.74 1.3044 6 4 2 8 72.46 3.91 1.3043 4 12 0 4 73.18 2.73 1.2934 3 13 1 8 73.47 2.17 1.2889 0 8 4 4 73.59 5.22 1.2872 5 10 1 8 74.19 3.01 1.2782 6 8 0 4 74.85 2.49 1.2686 4 0 4 4 74.88 1.65 1.2682 7 0 1 4 75.04 3.99 1.2658 4 1 4 8 76.31 1.01 1.2478 5 6 3 8 76.32 3.28 1.2477 0 14 2 4 76.32 5.58 1.2477 6 6 2 8 76.57 2.18 1.2442 4 3 4 8 76.60 1.28 1.2438 7 3 1 8 76.89 2.41 1.2399 2 8 4 8 77.79 1.63 1.2277 2 15 0 4 77.91 1.32 1.2262 4 4 4 8 77.94 1.65 1.2258 7 4 1 8 78.90 1.14 1.2132 1 0 5 4 81.05 1.03 1.1864 6 10 0 4 81.63 2.15 1.1794 6 8 2 8 81.69 3.86 1.1787 4 6 4 8 83.29 2.42 1.1601 3 12 3 8 83.61 2.69 1.1565 1 5 5 8 84.16 1.64 1.1503 7 7 1 8 84.81 1.32 1.1432 5 9 3 8 85.67 3.25 1.1339 1 6 5 8 86.38 5.49 1.1264 8 2 0 4 86.93 4.55 1.1207 4 8 4 8 87.31 1.56 1.1167 8 3 0 4 87.62 6.74 1.1137 0 16 2 4 87.96 1.60 1.1102 3 13 3 8 88.09 1.39 1.1089 1 7 5 8 88.35 4.31 1.1063 5 10 3 8 88.36 2.47 1.1062 6 10 2 8 88.57 1.17 1.1041 3 4 5 8 88.59 9.11 1.1040 0 12 4 4 88.62 1.20 1.1036 8 4 0 4 89.13 1.05 1.0986 1 17 1 8 89.61 3.51 1.0940 3 16 1 8 ================================================================================ XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.