Ellenbergerite Comodi P, Zanazzi P F European Journal of Mineralogy 5 (1993) 831-838 Structural study of ellenbergerite. Part II: Effects of high pressure Sample: I, P = 32 kbar _database_code_amcsd 0006489 CELL PARAMETERS: 12.1600 12.1600 4.8820 90.000 90.000 120.000 SPACE GROUP: P6_3 X-RAY WAVELENGTH: 1.541838 Cell Volume: 625.166 Density (g/cm3): 3.257 MAX. ABS. INTENSITY / VOLUME**2: 8.738491800 RIR: 0.874 RIR based on corundum from Acta Crystallographica A38 (1982) 733-739 2-THETA INTENSITY D-SPACING H K L Multiplicity 8.40 16.51 10.5309 1 0 0 6 16.84 20.50 5.2654 2 0 0 6 20.05 24.21 4.4292 1 0 1 6 22.34 13.63 3.9803 1 2 0 6 22.34 24.72 3.9803 2 1 0 6 23.37 1.71 3.8067 1 1 1 6 24.87 45.22 3.5800 2 0 1 6 25.37 62.35 3.5103 3 0 0 6 28.94 61.34 3.0849 1 2 1 6 28.94 38.66 3.0849 2 1 1 6 29.38 67.82 3.0400 2 2 0 6 30.61 3.11 2.9207 1 3 0 6 30.61 6.62 2.9207 3 1 0 6 31.39 5.41 2.8500 3 0 1 6 34.05 16.93 2.6327 4 0 0 6 35.83 4.48 2.5064 1 3 1 6 35.83 7.26 2.5064 3 1 1 6 36.82 3.80 2.4410 0 0 2 1 37.22 1.40 2.4159 2 3 0 6 37.22 4.34 2.4159 3 2 0 6 37.83 8.66 2.3780 1 0 2 6 38.86 32.30 2.3172 4 0 1 6 39.20 3.08 2.2980 1 4 0 6 39.20 7.96 2.2980 4 1 0 6 39.79 26.04 2.2653 1 1 2 6 40.74 3.44 2.2146 2 0 2 6 41.71 28.02 2.1653 2 3 1 6 41.71 14.07 2.1653 3 2 1 6 43.49 15.61 2.0809 1 2 2 6 43.49 13.17 2.0809 2 1 2 6 43.53 5.77 2.0792 1 4 1 6 44.72 2.33 2.0267 3 3 0 6 45.25 14.33 2.0041 3 0 2 6 45.58 4.93 1.9901 2 4 0 6 45.58 1.43 1.9901 4 2 0 6 46.99 7.38 1.9339 5 0 1 6 47.79 8.76 1.9033 2 2 2 6 48.11 2.46 1.8914 1 5 0 6 48.61 3.04 1.8730 1 3 2 6 48.61 5.16 1.8730 3 1 2 6 49.46 3.20 1.8429 2 4 1 6 49.46 5.73 1.8429 4 2 1 6 51.02 30.84 1.7900 4 0 2 6 51.84 10.99 1.7637 1 5 1 6 51.84 8.48 1.7637 5 1 1 6 52.11 4.38 1.7551 6 0 0 6 52.88 1.44 1.7313 4 3 0 6 53.35 5.43 1.7171 2 3 2 6 53.35 4.32 1.7171 3 2 2 6 54.87 3.26 1.6732 1 4 2 6 55.65 4.16 1.6516 6 0 1 6 56.39 3.19 1.6317 3 4 1 6 56.39 2.65 1.6317 4 3 1 6 57.38 4.12 1.6059 1 6 0 6 57.38 4.41 1.6059 6 1 0 6 57.82 3.90 1.5946 5 0 2 6 57.85 5.12 1.5939 2 5 1 6 57.85 6.65 1.5939 5 2 1 6 59.26 13.74 1.5593 3 3 2 6 59.97 3.76 1.5425 2 4 2 6 59.97 6.17 1.5425 4 2 2 6 60.71 5.71 1.5255 1 6 1 6 60.95 28.98 1.5200 4 4 0 6 61.57 8.99 1.5063 1 2 3 6 61.57 7.47 1.5063 2 1 3 6 62.08 5.41 1.4951 1 5 2 6 62.08 2.80 1.4951 5 1 2 6 63.73 1.84 1.4604 2 6 0 6 64.85 1.91 1.4377 3 5 1 6 64.85 2.13 1.4377 5 3 1 6 65.50 2.19 1.4250 6 0 2 6 65.68 2.45 1.4216 3 1 3 6 66.18 4.60 1.4121 3 4 2 6 66.18 2.14 1.4121 4 3 2 6 66.87 1.06 1.3991 2 6 1 6 66.87 1.11 1.3991 6 2 1 6 67.10 1.84 1.3948 1 7 0 6 67.10 8.93 1.3948 7 1 0 6 67.51 5.78 1.3874 2 5 2 6 67.51 8.87 1.3874 5 2 2 6 67.69 22.14 1.3842 4 0 3 6 69.66 3.46 1.3497 2 3 3 6 69.66 1.83 1.3497 3 2 3 6 69.75 1.32 1.3483 5 4 0 6 70.15 1.37 1.3416 1 6 2 6 70.17 1.08 1.3412 7 1 1 6 71.70 1.62 1.3164 8 0 0 6 73.38 7.83 1.2903 4 4 2 6 73.55 2.87 1.2877 5 0 3 6 74.02 1.66 1.2807 3 5 2 6 74.04 2.49 1.2803 6 3 1 6 74.04 2.01 1.2803 3 6 1 6 74.68 7.08 1.2710 8 0 1 6 75.93 1.53 1.2532 6 2 2 6 76.58 5.59 1.2441 2 7 1 6 76.58 3.41 1.2441 7 2 1 6 77.36 2.24 1.2336 1 5 3 6 77.36 2.72 1.2336 5 1 3 6 78.34 2.40 1.2205 0 0 4 1 78.69 1.81 1.2160 5 5 0 6 78.97 2.15 1.2124 1 0 4 6 80.35 1.86 1.1950 8 1 1 6 82.70 2.34 1.1669 2 1 4 6 82.80 2.36 1.1657 6 3 2 6 82.80 2.98 1.1657 3 6 2 6 83.42 2.87 1.1586 8 0 2 6 85.27 4.17 1.1381 2 7 2 6 85.27 2.50 1.1381 7 2 2 6 85.79 2.07 1.1326 2 2 4 6 86.40 1.25 1.1261 3 1 4 6 88.25 1.39 1.1073 4 0 4 6 88.96 1.10 1.1002 1 8 2 6 88.96 1.92 1.1002 8 1 2 6 ================================================================================ XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.