Monticellite Lager G A, Meagher E P American Mineralogist 63 (1978) 365-377 High-temperature structural study of six olivines T = 795 deg C, sample is from Crestmore, California, USA _database_code_amcsd 0000649 CELL PARAMETERS: 4.8570 11.1990 6.4540 90.000 90.000 90.000 SPACE GROUP: Pbnm X-RAY WAVELENGTH: 1.541838 Cell Volume: 351.056 Density (g/cm3): 3.002 MAX. ABS. INTENSITY / VOLUME**2: 8.914766113 RIR: 0.967 RIR based on corundum from Acta Crystallographica A38 (1982) 733-739 2-THETA INTENSITY D-SPACING H K L Multiplicity 15.83 15.67 5.5995 0 2 0 2 19.93 1.80 4.4560 1 1 0 4 21.00 31.07 4.2295 0 2 1 4 22.92 15.91 3.8808 1 0 1 4 24.26 21.09 3.6691 1 2 0 4 24.27 49.72 3.6669 1 1 1 8 27.64 28.52 3.2270 0 0 2 2 27.97 11.88 3.1897 1 2 1 8 30.20 51.48 2.9598 1 3 0 4 31.97 2.07 2.7998 0 4 0 2 32.01 7.06 2.7959 0 2 2 4 33.30 100.00 2.6904 1 3 1 8 34.31 75.10 2.6136 1 1 2 8 34.93 25.78 2.5685 0 4 1 4 37.02 1.25 2.4285 2 0 0 2 37.06 13.75 2.4256 1 4 0 4 37.10 19.50 2.4231 1 2 2 8 37.91 9.13 2.3733 2 1 0 4 39.70 1.14 2.2706 1 4 1 8 40.49 1.90 2.2280 2 2 0 4 40.50 6.56 2.2275 2 1 1 8 41.39 1.54 2.1812 1 3 2 8 42.94 3.02 2.1060 2 2 1 8 44.51 1.42 2.0356 2 3 0 4 44.55 1.65 2.0339 1 5 0 4 46.82 1.26 1.9404 2 0 2 4 46.83 1.61 1.9399 1 5 1 8 46.90 7.96 1.9374 1 1 3 8 47.56 3.01 1.9119 2 1 2 8 49.09 4.64 1.8558 1 2 3 8 49.70 19.93 1.8345 2 4 0 4 49.73 51.08 1.8335 2 2 2 8 50.93 9.11 1.7930 0 6 1 4 51.81 10.49 1.7646 2 4 1 8 52.52 2.43 1.7423 1 6 0 4 52.59 19.74 1.7402 1 3 3 8 53.23 7.91 1.7207 1 5 2 8 53.73 10.77 1.7059 0 4 3 4 57.00 25.51 1.6157 0 6 2 4 57.08 19.22 1.6135 0 0 4 2 57.52 2.62 1.6023 3 1 0 4 57.79 4.15 1.5954 2 5 1 8 57.81 2.16 1.5948 2 4 2 8 57.85 1.19 1.5939 2 1 3 8 59.43 1.30 1.5553 3 2 0 4 59.44 6.14 1.5551 3 1 1 8 60.97 11.77 1.5195 1 7 0 4 61.31 2.76 1.5120 3 2 1 8 62.53 2.00 1.4853 3 3 0 4 63.42 1.92 1.4666 2 5 2 8 64.36 1.33 1.4475 3 3 1 8 64.98 2.60 1.4352 3 1 2 8 65.94 5.68 1.4167 1 3 4 8 66.30 1.22 1.4098 0 6 3 4 66.74 2.84 1.4015 3 4 0 4 66.77 10.41 1.4011 3 2 2 8 66.93 1.34 1.3980 0 4 4 4 67.05 1.61 1.3959 2 4 3 8 68.22 2.70 1.3748 1 7 2 8 68.51 2.06 1.3696 3 4 1 8 69.93 1.51 1.3452 2 6 2 8 70.01 1.88 1.3439 2 0 4 4 70.59 1.35 1.3343 2 1 4 8 72.26 1.76 1.3075 2 5 3 8 73.70 1.13 1.2855 3 4 2 8 73.73 1.52 1.2851 3 1 3 8 73.78 3.14 1.2842 0 8 2 4 75.60 1.01 1.2578 0 2 5 4 76.77 1.98 1.2416 1 8 2 8 78.15 1.16 1.2230 3 6 0 4 78.44 1.41 1.2193 2 6 3 8 78.73 4.32 1.2155 3 5 2 8 78.82 1.84 1.2142 4 0 0 2 79.03 3.57 1.2116 2 4 4 8 79.82 1.42 1.2016 3 6 1 8 80.60 1.37 1.1919 2 8 1 8 81.32 3.96 1.1832 1 3 5 8 82.06 2.60 1.1743 3 4 3 8 85.29 1.71 1.1380 3 7 0 4 85.97 1.65 1.1307 4 1 2 8 86.11 3.66 1.1292 1 9 2 8 87.02 1.44 1.1198 3 2 4 8 87.61 1.88 1.1138 4 2 2 8 88.36 5.94 1.1062 1 7 4 8 88.64 2.30 1.1034 0 10 1 4 89.73 1.33 1.0928 3 3 4 8 ================================================================================ XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.