Felsobanyaite Diffraction data computed using the structure from the paper listed below, along with the cell parameters refined from the powder pattern for R060239 Farkas L, Pertlik F Acta Mineralogica Petrographica 38 (1997) 5-15 Crystal structure determinations of felsobanyaite and basaluminite, Al4(SO4)(OH)10*4H2O Locality: Felsobanya, Hungary CELL PARAMETERS: 13.04974 10.12393 11.10339 90.00000 103.8954 90.00000 SPACE GROUP: P2_1 X-RAY WAVELENGTH: 1.541838 2-THETA INTENSITY D-SPACING H K L 4.46 100.00 9.3982 -1 0 1 5.27 9.51 7.9086 1 1 0 5.64 6.92 7.3808 1 0 1 6.04 11.83 6.8878 -1 1 1 6.95 16.09 5.9641 1 1 1 7.68 3.04 5.3892 0 0 2 7.71 11.08 5.3696 2 1 0 7.88 10.42 5.2519 -2 1 1 8.17 4.91 5.0620 0 2 0 8.68 22.59 4.7572 0 1 2 8.79 46.22 4.6991 -2 0 2 8.79 2.16 4.7006 1 2 0 9.01 17.67 4.5818 0 2 1 9.26 6.45 4.4576 2 1 1 9.26 4.11 4.4566 -1 2 1 9.68 9.12 4.2624 -2 1 2 9.88 2.91 4.1745 1 2 1 10.42 10.69 3.9561 -3 1 1 10.55 5.46 3.9066 -2 2 1 10.58 7.51 3.8972 3 1 0 11.14 37.14 3.6974 -1 0 3 11.10 5.55 3.7100 -1 2 2 11.30 9.04 3.6455 3 0 1 11.85 6.05 3.4730 -1 1 3 11.87 10.35 3.4672 2 1 2 11.95 2.85 3.4439 -2 2 2 12.00 4.43 3.4300 3 1 1 12.62 5.30 3.2609 1 3 0 12.69 2.34 3.2425 3 2 0 12.78 3.20 3.2205 0 3 1 12.99 4.59 3.1670 4 0 0 12.95 1.90 3.1761 -1 3 1 13.27 3.00 3.1009 -4 1 1 13.27 1.79 3.1007 1 1 3 13.39 1.24 3.0716 -4 0 2 13.40 1.39 3.0691 1 3 1 13.55 4.23 3.0368 -3 2 2 13.61 1.40 3.0225 4 1 0 13.74 1.10 2.9927 -3 1 3 13.78 1.54 2.9857 -1 2 3 13.79 3.45 2.9820 2 2 2 13.81 2.42 2.9783 2 3 0 13.99 4.00 2.9393 -4 1 2 13.91 3.51 2.9577 -2 3 1 14.04 2.54 2.9298 0 2 3 14.38 10.57 2.8602 0 3 2 14.73 1.28 2.7910 2 3 1 15.08 1.47 2.7266 -2 0 4 15.01 8.04 2.7393 -4 2 1 15.01 6.42 2.7394 2 1 3 15.00 2.35 2.7411 -2 3 2 15.14 4.81 2.7166 1 3 2 15.36 1.05 2.6760 -1 1 4 15.31 4.73 2.6848 4 2 0 15.49 2.08 2.6542 -3 3 1 15.64 1.72 2.6287 -4 1 3 15.75 1.38 2.6099 -5 0 1 15.96 2.66 2.5764 3 2 2 16.30 2.08 2.5220 -3 3 2 16.49 1.89 2.4926 -1 3 3 16.57 6.87 2.4805 2 2 3 16.71 2.23 2.4603 3 0 3 16.71 1.06 2.4597 0 3 3 16.68 4.36 2.4640 0 4 1 17.05 1.67 2.4110 4 1 2 17.54 1.03 2.3437 -4 3 1 17.54 2.19 2.3436 1 3 3 17.57 1.17 2.3401 -2 4 1 17.72 6.22 2.3197 -5 2 1 17.93 3.06 2.2927 -5 1 3 17.90 1.53 2.2959 -3 3 3 17.96 1.53 2.2894 2 0 4 17.91 9.09 2.2958 -1 4 2 17.94 1.09 2.2909 0 4 2 18.14 2.68 2.2656 5 2 0 18.23 1.15 2.2549 2 4 1 18.45 2.28 2.2283 -2 4 2 18.58 8.01 2.2127 3 2 3 18.85 1.55 2.1812 4 3 1 19.22 1.02 2.1393 -3 0 5 19.35 3.45 2.1243 -6 1 1 19.38 1.25 2.1209 -2 3 4 19.71 4.68 2.0860 2 2 4 19.69 1.51 2.0885 -1 4 3 20.03 6.43 2.0524 -2 4 3 20.73 1.09 1.9833 0 2 5 20.79 5.13 1.9780 -6 2 2 20.66 1.08 1.9900 0 5 1 21.10 1.13 1.9486 6 2 0 21.33 1.17 1.9282 -4 3 4 21.67 15.97 1.8983 -6 2 3 21.69 5.60 1.8965 1 2 5 21.96 1.35 1.8730 2 1 5 22.22 1.05 1.8517 -1 3 5 22.18 9.38 1.8550 -2 4 4 22.12 1.28 1.8595 -2 5 2 22.46 1.12 1.8317 -3 5 1 22.65 1.74 1.8167 0 3 5 22.82 1.74 1.8027 -3 4 4 22.95 1.02 1.7933 -5 3 4 23.07 6.23 1.7837 2 2 5 23.63 1.18 1.7420 -7 2 2 24.28 1.63 1.6952 -7 2 3 24.21 1.01 1.7005 -3 5 3 25.21 2.86 1.6338 -3 4 5 25.26 4.72 1.6303 1 2 6 25.18 1.18 1.6356 -1 5 4 25.51 2.69 1.6146 -7 2 4 26.08 1.11 1.5799 -4 4 5 27.55 1.64 1.4966 6 0 4 27.87 1.40 1.4798 7 0 3 27.99 2.89 1.4731 0 2 7 28.06 3.69 1.4699 3 6 2 28.39 8.30 1.4531 4 6 1 28.62 2.38 1.4415 -4 4 6 28.42 1.90 1.4513 2 6 3 28.63 1.20 1.4408 -9 0 1 28.87 2.90 1.4293 8 0 2 29.37 1.11 1.4051 -7 2 6 29.54 1.52 1.3971 -8 2 5 29.36 1.68 1.4054 -5 6 2 29.39 2.23 1.4044 5 6 0 35.74 1.12 1.1599 -10 4 2 36.12 1.07 1.1479 -2 8 4 36.12 1.07 1.1479 -2 8 4 XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.