Fuenzalidaite Konnert J A, Evans H T, McGee J J, Ericksen G E American Mineralogist 79 (1994) 1003-1008 Mineralogical studies of the nitrate deposits of Chile: VII. Two saline minerals with the composition K6(Na,K)4Na6Mg10(XO4)12(IO3)12.12H2O: Fuenzalidaite (X=S) and carloruizite (X=Se) CELL PARAMETERS: 9.4643 9.4643 27.3360 90.000 90.000 120.000 SPACE GROUP: P-3c1 X-RAY WAVELENGTH: 1.541838 MAX. ABS. INTENSITY / VOLUME**2: 35.92941391 2-THETA INTENSITY D-SPACING H K L 6.47 100.00 13.6680 0 0 2 12.59 5.80 7.0293 0 1 2 12.59 12.77 7.0293 1 0 2 12.95 4.91 6.8340 0 0 4 16.89 12.76 5.2488 0 1 4 16.89 5.19 5.2488 1 0 4 18.75 1.64 4.7322 1 1 0 19.03 13.52 4.6628 1 1 1 21.16 2.70 4.1996 1 1 3 21.69 13.23 4.0982 2 0 0 22.33 7.69 3.9821 0 1 6 22.33 4.70 3.9821 1 0 6 22.65 40.82 3.9255 2 0 2 22.86 4.36 3.8905 1 1 4 24.89 4.22 3.5780 1 1 5 25.34 15.40 3.5147 0 2 4 25.34 24.18 3.5147 2 0 4 26.08 6.60 3.4170 0 0 8 28.30 4.57 3.1539 0 1 8 28.30 3.09 3.1539 1 0 8 28.82 18.67 3.0979 2 1 0 29.01 7.04 3.0782 2 1 1 29.31 18.62 3.0469 0 2 6 29.31 28.23 3.0469 2 0 6 29.57 9.29 3.0213 2 1 2 29.57 11.32 3.0213 1 2 2 29.66 21.68 3.0120 1 1 7 31.71 2.41 2.8216 1 2 4 31.71 3.01 2.8216 2 1 4 32.32 3.19 2.7703 1 1 8 32.76 2.70 2.7336 0 0 10 33.45 11.50 2.6791 0 3 2 33.45 3.31 2.6791 3 0 2 34.16 26.00 2.6244 0 2 8 35.38 14.77 2.5369 0 3 4 35.38 2.92 2.5369 3 0 4 37.04 3.76 2.4270 2 1 7 38.03 1.72 2.3661 2 2 0 38.42 4.26 2.3431 3 0 6 38.62 6.85 2.3314 2 2 2 39.34 4.33 2.2901 2 2 3 39.56 2.48 2.2780 0 0 12 39.63 2.58 2.2741 0 2 10 39.63 1.33 2.2741 2 0 10 39.79 4.13 2.2654 1 3 1 40.34 1.39 2.2359 2 2 4 40.92 1.92 2.2056 1 3 3 41.13 1.28 2.1948 0 1 12 41.59 1.13 2.1714 2 2 5 41.64 1.63 2.1688 1 2 9 41.64 3.38 2.1688 2 1 9 41.88 2.11 2.1570 1 3 4 42.36 7.13 2.1339 3 0 8 43.10 4.85 2.0990 1 3 5 43.10 1.04 2.0990 3 1 5 44.19 3.15 2.0497 2 1 10 45.56 1.09 1.9911 0 2 12 45.56 3.68 1.9911 2 0 12 46.21 1.87 1.9646 1 3 7 46.21 3.07 1.9646 3 1 7 46.25 2.47 1.9628 0 4 4 46.51 5.07 1.9526 0 0 14 48.07 1.18 1.8927 3 1 8 48.41 1.54 1.8804 3 2 0 48.73 1.97 1.8688 4 0 6 48.89 5.86 1.8628 3 2 2 49.50 1.07 1.8416 2 3 3 49.68 1.42 1.8352 1 2 12 49.68 2.20 1.8352 2 1 12 50.12 2.73 1.8200 3 1 9 50.33 4.00 1.8130 3 2 4 50.33 3.15 1.8130 2 3 4 50.57 1.50 1.8050 1 1 14 51.05 7.87 1.7890 2 2 10 51.06 1.18 1.7886 4 1 0 51.18 1.00 1.7848 1 4 1 51.18 1.51 1.7848 4 1 1 51.39 1.12 1.7781 3 2 5 51.39 1.37 1.7781 2 3 5 51.53 1.16 1.7735 1 4 2 51.87 3.39 1.7627 2 0 14 52.04 1.97 1.7573 4 0 8 52.11 3.71 1.7551 4 1 3 52.29 3.22 1.7496 0 3 12 52.34 2.01 1.7479 3 1 10 52.60 2.09 1.7398 1 2 13 52.66 2.69 1.7381 3 2 6 52.92 1.22 1.7303 1 4 4 52.92 3.00 1.7303 4 1 4 53.94 3.58 1.6999 1 4 5 53.94 1.80 1.6999 4 1 5 54.89 1.16 1.6726 1 0 16 55.17 1.94 1.6649 1 4 6 55.17 1.38 1.6649 4 1 6 55.64 1.29 1.6518 1 2 14 55.80 5.87 1.6474 2 3 8 56.04 4.31 1.6410 2 2 12 56.11 1.76 1.6393 5 0 0 56.54 1.92 1.6276 0 5 2 56.54 1.26 1.6276 5 0 2 57.84 1.69 1.5940 0 5 4 57.84 1.19 1.5940 5 0 4 58.22 1.73 1.5846 1 4 8 58.51 1.60 1.5774 3 3 0 58.53 4.77 1.5769 2 0 16 58.53 2.02 1.5769 0 2 16 59.68 5.15 1.5492 2 3 10 60.03 2.29 1.5412 1 4 9 63.26 2.49 1.4700 1 5 1 64.08 1.44 1.4533 1 5 3 64.15 1.65 1.4517 1 4 11 64.15 1.06 1.4517 4 1 11 64.23 2.24 1.4501 3 2 12 64.31 3.16 1.4486 0 3 16 64.78 1.51 1.4391 5 1 4 65.55 2.22 1.4240 0 2 18 66.51 2.80 1.4059 0 5 10 66.51 2.14 1.4059 5 0 10 68.71 1.56 1.3661 6 0 0 68.92 1.29 1.3624 4 1 13 69.39 2.18 1.3544 3 2 14 69.80 2.06 1.3475 4 3 0 69.89 1.58 1.3458 3 4 1 70.67 1.28 1.3330 3 4 3 70.82 1.45 1.3306 5 0 12 71.18 1.07 1.3247 5 1 9 72.33 1.04 1.3065 2 5 2 73.47 1.37 1.2889 2 5 4 75.13 1.10 1.2645 3 2 16 75.36 1.46 1.2612 2 5 6 75.36 1.57 1.2612 5 2 6 77.00 1.53 1.2383 1 6 3 77.99 1.87 1.2252 5 2 8 78.20 1.02 1.2224 3 0 20 78.50 1.38 1.2185 6 1 5 80.72 1.13 1.1904 1 6 7 81.46 1.87 1.1815 2 3 18 86.89 1.37 1.1211 1 4 19 ================================================================================ XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.