Ferro-holmquistite Camara F, Oberti R American Mineralogist 90 (2005) 1167-1176 The crystal-chemistry of holmquistites: Ferroholmquistite from Greenbushes (Western Australia) and hints for compositional constraints in B-Li amphiboles Sample: Greenbushes, W Australia _database_code_amcsd 0003812 CELL PARAMETERS: 18.2872 17.6797 5.2784 90.000 90.000 90.000 SPACE GROUP: Pnma X-RAY WAVELENGTH: 1.541838 Cell Volume: 1706.571 Density (g/cm3): 3.144 MAX. ABS. INTENSITY / VOLUME**2: 12.48149679 RIR: 1.293 RIR based on corundum from Acta Crystallographica A38 (1982) 733-739 2-THETA INTENSITY D-SPACING H K L Multiplicity 10.89 100.00 8.1217 2 1 0 4 17.53 1.56 5.0578 0 1 1 4 17.91 1.12 4.9535 2 3 0 4 18.20 5.43 4.8748 1 1 1 8 19.42 1.39 4.5718 4 0 0 2 20.06 6.40 4.4258 2 1 1 8 20.09 28.41 4.4199 0 4 0 2 20.19 7.13 4.3989 1 2 1 8 21.89 2.57 4.0606 2 2 1 8 22.61 1.11 3.9319 0 3 1 4 22.85 1.22 3.8924 3 1 1 8 23.14 9.54 3.8440 1 3 1 8 24.48 3.54 3.6369 3 2 1 8 24.65 22.15 3.6121 2 3 1 8 26.76 2.73 3.3320 1 4 1 8 26.99 3.82 3.3041 3 3 1 8 27.04 2.93 3.2979 2 5 0 4 27.72 11.88 3.2186 4 2 1 8 28.08 8.09 3.1777 4 4 0 4 28.08 2.70 3.1776 2 4 1 8 29.74 55.37 3.0036 6 1 0 4 29.97 1.25 2.9810 4 3 1 8 30.17 1.35 2.9618 3 4 1 8 31.43 4.47 2.8462 5 2 1 8 32.00 32.12 2.7969 2 5 1 8 33.09 9.10 2.7072 6 3 0 4 33.46 1.98 2.6780 5 3 1 8 33.87 25.53 2.6464 3 5 1 8 34.72 2.96 2.5841 1 1 2 8 35.23 12.63 2.5478 1 6 1 8 35.40 24.19 2.5357 2 0 2 4 35.85 1.40 2.5051 1 2 2 8 36.13 1.19 2.4858 5 4 1 8 36.27 2.74 2.4767 2 6 1 8 36.35 11.93 2.4715 4 5 1 8 36.92 1.70 2.4345 2 7 0 4 37.12 9.68 2.4219 3 0 2 4 37.48 2.85 2.3995 3 1 2 8 39.02 1.23 2.3086 6 5 0 4 39.34 11.19 2.2904 5 5 1 8 39.42 1.39 2.2857 4 0 2 4 39.76 2.21 2.2668 4 1 2 8 39.78 2.11 2.2661 6 4 1 8 39.83 1.68 2.2633 7 2 1 8 40.22 3.12 2.2422 4 6 1 8 40.77 1.32 2.2131 8 2 0 4 40.82 4.89 2.2107 2 7 1 8 42.23 9.93 2.1402 5 0 2 4 42.35 2.68 2.1341 3 7 1 8 42.42 1.13 2.1310 4 3 2 8 42.55 8.09 2.1247 5 1 2 8 42.98 8.23 2.1043 5 6 1 8 43.75 1.50 2.0690 7 4 1 8 44.39 3.18 2.0410 8 2 1 8 44.43 2.14 2.0391 4 7 1 8 45.07 1.30 2.0116 5 3 2 8 46.17 5.85 1.9660 6 6 1 8 46.52 5.16 1.9522 7 5 1 8 46.99 2.44 1.9338 5 7 1 8 47.18 1.04 1.9262 5 4 2 8 47.36 1.12 1.9196 4 5 2 8 49.07 2.23 1.8567 7 0 2 4 49.78 1.78 1.8318 1 9 1 8 50.15 1.55 1.8190 10 1 0 4 50.17 2.57 1.8185 6 4 2 8 50.57 5.31 1.8048 2 9 1 8 50.60 3.08 1.8041 8 5 1 8 51.70 3.58 1.7680 0 10 0 2 51.88 1.00 1.7624 3 9 1 8 52.39 1.54 1.7466 10 3 0 4 53.27 3.00 1.7197 8 1 2 8 53.63 4.92 1.7089 8 6 1 8 54.42 1.58 1.6859 0 3 3 4 55.13 1.43 1.6660 2 8 2 8 56.36 1.61 1.6325 3 8 2 8 57.22 2.42 1.6100 9 0 2 4 57.25 1.14 1.6092 2 4 3 8 57.48 3.38 1.6034 9 1 2 8 57.82 7.24 1.5946 9 6 1 8 58.05 2.89 1.5888 8 8 0 4 58.29 5.31 1.5830 2 11 0 4 58.34 1.19 1.5818 4 3 3 8 58.60 13.55 1.5752 0 5 3 4 58.65 1.01 1.5740 4 10 1 8 58.84 1.32 1.5694 1 5 3 8 60.78 2.28 1.5239 12 0 0 2 61.60 2.63 1.5055 1 6 3 8 61.78 2.65 1.5016 6 2 3 8 62.29 5.87 1.4906 10 6 1 8 62.29 6.83 1.4904 2 6 3 8 63.10 6.38 1.4733 0 12 0 2 64.22 1.06 1.4503 2 10 2 8 64.55 3.02 1.4437 0 7 3 4 65.35 1.72 1.4280 3 10 2 8 65.60 1.67 1.4231 10 4 2 8 65.67 3.15 1.4217 6 11 0 4 66.47 2.97 1.4067 11 0 2 4 66.70 4.81 1.4022 11 1 2 8 66.91 1.20 1.3985 8 10 0 4 67.02 8.84 1.3963 11 6 1 8 68.59 1.09 1.3682 11 3 2 8 69.44 4.37 1.3535 6 6 3 8 69.49 1.87 1.3528 12 5 1 8 70.29 3.70 1.3392 3 11 2 8 71.71 1.19 1.3162 1 0 4 4 71.72 3.43 1.3161 12 1 2 8 71.94 1.79 1.3125 1 1 4 8 72.02 5.42 1.3112 12 6 1 8 72.06 2.02 1.3106 0 9 3 4 72.35 1.49 1.3061 2 0 4 4 72.57 2.07 1.3027 14 1 0 4 72.93 2.08 1.2971 8 5 3 8 73.42 1.51 1.2897 3 0 4 4 73.54 1.48 1.2878 12 3 2 8 73.76 1.02 1.2845 1 3 4 8 74.48 6.20 1.2739 2 12 2 8 74.84 1.72 1.2688 13 5 1 8 74.90 1.63 1.2678 4 0 4 4 75.54 3.51 1.2587 3 12 2 8 76.79 1.03 1.2413 5 0 4 4 81.85 2.23 1.1768 8 11 2 8 82.89 1.10 1.1647 10 6 3 8 85.34 3.02 1.1375 9 11 2 8 ================================================================================ XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.