Bavenite Lussier A J, Hawthorne F C Mineralogical Magazine 75 (2011) 213-239 Short-range constraints on chemical and structural variations in bavenite Locality: Lily Pad Lake, Fort Hope, Ontario, Canada Sample: 40BAV _database_code_amcsd 0019896 CELL PARAMETERS: 23.1895 4.9725 19.4488 90.000 90.000 90.000 SPACE GROUP: Cmcm X-RAY WAVELENGTH: 1.541838 Cell Volume: 2242.637 Density (g/cm3): 2.713 MAX. ABS. INTENSITY / VOLUME**2: 8.251488067 RIR: 0.990 RIR based on corundum from Acta Crystallographica A38 (1982) 733-739 2-THETA INTENSITY D-SPACING H K L Multiplicity 7.62 5.20 11.5948 2 0 0 2 9.09 1.35 9.7244 0 0 2 2 11.88 9.45 7.4508 2 0 2 4 17.81 10.93 4.9796 4 0 2 4 18.25 5.68 4.8622 0 0 4 2 19.80 1.62 4.4839 2 0 4 4 20.42 7.86 4.3487 1 1 2 8 21.25 36.74 4.1819 3 1 0 4 22.86 2.44 3.8896 1 1 3 8 23.01 4.04 3.8649 6 0 0 2 23.15 9.52 3.8418 3 1 2 8 23.89 49.29 3.7254 4 0 4 4 25.92 1.51 3.4380 1 1 4 8 26.28 32.40 3.3916 5 1 0 4 26.68 100.00 3.3412 5 1 1 8 27.52 20.58 3.2415 0 0 6 2 27.86 21.28 3.2024 5 1 2 8 28.59 16.86 3.1218 2 0 6 4 29.41 23.84 3.0373 1 1 5 8 29.52 8.35 3.0255 6 0 4 4 29.73 17.02 3.0052 5 1 3 8 31.41 13.82 2.8482 3 1 5 8 31.62 6.13 2.8293 4 0 6 4 32.18 1.09 2.7817 5 1 4 8 32.22 2.63 2.7779 8 0 2 4 32.81 4.23 2.7297 7 1 1 8 33.79 4.46 2.6524 7 1 2 8 35.02 13.71 2.5620 3 1 6 8 35.10 15.19 2.5563 5 1 5 8 35.38 8.49 2.5371 7 1 3 8 36.17 6.37 2.4836 6 0 6 4 36.43 2.56 2.4662 0 2 1 4 36.98 1.21 2.4311 0 0 8 2 36.98 3.25 2.4310 2 2 0 4 37.27 10.81 2.4123 1 1 7 8 37.28 7.04 2.4122 2 2 1 8 37.81 1.15 2.3794 2 0 8 4 38.16 1.62 2.3584 2 2 2 8 38.83 3.40 2.3190 10 0 0 2 39.39 1.54 2.2877 9 1 0 4 39.59 12.39 2.2762 2 2 3 8 39.67 6.32 2.2721 9 1 1 8 40.09 10.20 2.2493 7 1 5 8 40.51 2.54 2.2269 9 1 2 8 40.76 8.22 2.2136 0 2 4 4 41.53 1.12 2.1744 1 1 8 8 41.53 1.39 2.1744 2 2 4 8 42.04 3.84 2.1493 5 1 7 8 43.04 4.01 2.1018 3 1 8 8 43.07 2.47 2.1001 7 1 6 8 43.22 2.33 2.0931 10 0 4 4 43.27 2.31 2.0910 6 2 0 4 43.73 11.25 2.0700 9 1 4 8 43.77 6.12 2.0680 4 2 4 8 45.93 5.78 1.9759 5 1 8 8 45.96 4.61 1.9747 1 1 9 8 46.03 2.67 1.9719 9 1 5 8 46.70 5.77 1.9449 0 0 10 2 46.71 3.24 1.9448 2 2 6 8 47.02 1.37 1.9325 12 0 0 2 47.05 4.46 1.9313 11 1 1 8 47.32 6.38 1.9209 6 2 4 8 48.46 1.15 1.8783 8 2 1 8 48.72 7.06 1.8691 9 1 6 8 48.76 2.03 1.8676 4 2 6 8 49.18 3.98 1.8526 8 2 2 8 50.05 7.28 1.8225 5 1 9 8 51.98 6.22 1.7593 8 2 4 8 52.05 9.07 1.7571 6 2 6 8 52.69 7.49 1.7373 6 0 10 4 52.71 9.30 1.7367 11 1 5 8 54.01 1.08 1.6979 8 2 5 8 54.08 1.55 1.6958 10 2 0 4 54.70 2.29 1.6780 10 0 8 4 54.96 2.70 1.6706 10 2 2 8 55.16 2.25 1.6650 4 2 8 8 55.35 4.76 1.6599 12 0 6 4 55.47 5.53 1.6564 14 0 0 2 55.81 4.23 1.6473 1 3 1 8 56.06 2.07 1.6406 10 2 3 8 56.41 1.75 1.6310 0 2 9 4 56.42 2.36 1.6309 8 2 6 8 56.80 4.09 1.6207 0 0 12 2 57.02 1.63 1.6151 3 3 1 8 57.56 1.08 1.6012 10 2 4 8 58.04 3.50 1.5892 7 1 10 8 58.78 1.04 1.5709 9 1 9 8 58.81 1.40 1.5701 4 2 9 8 58.90 3.90 1.5679 14 0 4 4 58.91 3.65 1.5678 5 1 11 8 60.01 1.38 1.5416 13 1 5 8 60.03 1.05 1.5411 5 3 2 8 60.19 1.33 1.5375 3 3 4 8 60.43 4.21 1.5319 0 2 10 4 60.88 1.23 1.5215 1 3 5 8 60.90 1.54 1.5211 12 2 1 8 61.52 4.35 1.5073 12 2 2 8 62.50 2.71 1.4861 5 3 4 8 62.67 1.57 1.4823 7 3 0 4 62.70 1.83 1.4818 9 1 10 8 62.74 2.02 1.4810 4 2 10 8 62.88 4.92 1.4780 7 3 1 8 63.95 2.72 1.4558 12 2 4 8 64.48 1.19 1.4450 7 3 3 8 65.72 3.99 1.4208 1 3 7 8 65.87 1.33 1.4179 7 3 4 8 66.36 1.00 1.4086 3 1 13 8 67.15 3.04 1.3940 9 3 0 4 67.64 1.08 1.3851 7 3 5 8 68.01 1.47 1.3785 14 2 0 4 68.44 1.51 1.3708 12 0 10 4 69.76 1.42 1.3480 7 3 6 8 71.28 3.95 1.3231 16 0 6 4 71.31 2.36 1.3225 9 1 12 8 71.79 1.62 1.3149 7 1 13 8 72.27 2.11 1.3073 6 0 14 4 72.29 2.97 1.3071 11 1 11 8 73.69 2.04 1.2855 5 1 14 8 74.19 1.08 1.2782 10 2 10 8 74.47 1.07 1.2741 2 2 13 8 74.76 1.55 1.2698 17 1 4 8 75.37 1.85 1.2610 14 0 10 4 75.96 1.56 1.2528 1 1 15 8 75.96 3.25 1.2528 8 0 14 4 76.04 1.08 1.2516 4 2 13 8 76.75 1.47 1.2418 12 0 12 4 77.17 1.49 1.2360 2 4 0 4 77.21 1.07 1.2355 11 3 5 8 78.20 1.15 1.2224 7 3 9 8 78.59 2.61 1.2173 5 3 10 8 78.73 1.26 1.2155 4 4 0 4 79.01 1.13 1.2119 13 3 1 8 79.34 1.48 1.2076 1 3 11 8 79.91 2.64 1.2004 12 2 10 8 80.11 1.02 1.1979 2 4 4 8 81.32 2.90 1.1831 19 1 1 8 83.38 2.41 1.1591 13 3 5 8 83.57 1.84 1.1570 17 1 8 8 85.28 1.55 1.1381 4 4 6 8 85.48 2.61 1.1359 7 3 11 8 87.72 1.46 1.1126 13 3 7 8 89.81 2.02 1.0920 0 2 16 4 ================================================================================ XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.