Zeophyllite Merlino S Acta Crystallographica B28 (1972) 2726-2732 The crystal structure of zeophyllite Locality: Radzein, Bohemia, Czech Republic _database_code_amcsd 0009455 CELL PARAMETERS: 9.3600 9.3600 36.4800 90.000 90.000 120.000 SPACE GROUP: R-3 X-RAY WAVELENGTH: 1.541838 Cell Volume: 2767.815 Density (g/cm3): 2.778 MAX. ABS. INTENSITY / VOLUME**2: 17.02855177 RIR: 1.996 RIR based on corundum from Acta Crystallographica A38 (1982) 733-739 2-THETA INTENSITY D-SPACING H K L Multiplicity 7.27 100.00 12.1600 0 0 3 2 11.95 10.43 7.4075 0 1 2 6 14.57 18.12 6.0800 0 0 6 2 14.62 1.57 6.0587 1 0 4 6 21.93 3.63 4.0533 0 0 9 2 22.07 2.16 4.0282 0 2 1 6 22.47 11.64 3.9565 2 0 2 6 24.00 3.78 3.7086 1 1 6 6 24.00 5.30 3.7086 2 -1 6 6 24.03 3.90 3.7037 0 2 4 6 26.80 9.64 3.3266 1 0 10 6 27.89 6.70 3.1993 0 2 7 6 29.09 5.86 3.0694 0 1 11 6 29.25 1.82 3.0530 2 1 1 6 29.25 1.87 3.0530 3 -1 1 6 29.38 15.20 3.0400 0 0 12 2 29.49 6.60 3.0294 2 0 8 6 29.56 32.16 3.0215 -1 3 2 6 30.79 3.65 2.9043 2 1 4 6 30.79 9.52 2.9043 3 -1 4 6 31.67 33.97 2.8248 -1 3 5 6 33.04 1.07 2.7114 0 2 10 6 33.16 3.05 2.7020 3 0 0 6 33.94 6.13 2.6412 2 1 7 6 35.20 3.41 2.5494 2 -1 12 6 35.29 3.50 2.5431 -1 3 8 6 36.21 2.47 2.4807 0 1 14 6 36.96 1.34 2.4320 0 0 15 2 38.37 5.07 2.3461 2 1 10 6 38.37 1.53 2.3461 3 -1 10 6 38.47 3.49 2.3400 2 2 0 6 39.04 2.48 2.3071 0 2 13 6 39.21 3.92 2.2978 4 -2 3 6 39.21 1.05 2.2978 2 2 3 6 40.07 3.56 2.2504 -1 3 11 6 40.07 6.31 2.2504 1 2 11 6 40.11 2.84 2.2483 3 0 9 6 40.19 1.46 2.2439 1 3 1 6 40.19 1.80 2.2439 -1 4 1 6 40.42 7.34 2.2313 4 -1 2 6 41.34 4.63 2.1838 4 -2 6 6 41.36 2.54 2.1829 1 3 4 6 41.86 2.26 2.1580 2 -1 15 6 43.63 1.01 2.0744 0 1 17 6 43.75 1.91 2.0693 3 -1 13 6 43.86 1.36 2.0643 -1 4 7 6 44.72 1.40 2.0267 0 0 18 2 44.72 10.82 2.0265 2 2 9 6 44.88 1.23 2.0196 3 0 12 6 44.95 4.84 2.0164 3 1 8 6 45.01 4.06 2.0141 0 4 2 6 45.65 4.21 1.9872 0 2 16 6 45.71 12.22 1.9849 -1 3 14 6 48.95 1.09 1.8609 4 -1 11 6 48.98 10.91 1.8598 2 -1 18 6 49.86 1.34 1.8291 3 -1 16 6 50.49 1.19 1.8076 0 3 15 6 51.68 18.79 1.7689 1 4 0 6 52.13 2.59 1.7545 1 3 13 6 52.26 1.47 1.7505 -1 5 3 6 52.26 3.35 1.7505 5 -1 3 6 52.26 3.46 1.7505 1 4 3 6 55.22 2.44 1.6633 2 0 20 6 55.97 1.66 1.6429 4 0 13 6 56.78 1.00 1.6213 0 3 18 6 56.79 1.95 1.6212 5 -1 9 6 57.03 2.17 1.6148 5 0 2 6 57.58 2.11 1.6008 1 3 16 6 59.37 1.09 1.5566 0 1 23 6 59.65 1.45 1.5501 3 2 13 6 60.43 2.32 1.5320 4 -2 18 6 60.62 1.16 1.5275 5 0 8 6 60.67 1.40 1.5265 4 2 2 6 61.89 2.35 1.4992 4 2 5 6 63.27 2.07 1.4697 -2 6 7 6 63.69 1.18 1.4612 3 0 21 6 63.95 1.31 1.4559 6 -3 9 6 63.95 1.54 1.4559 3 3 9 6 64.68 1.73 1.4411 3 2 16 6 64.93 1.89 1.4361 1 0 25 6 65.95 2.02 1.4165 3 1 20 6 67.11 1.55 1.3948 2 2 21 6 68.12 1.00 1.3765 5 0 14 6 70.66 1.34 1.3331 1 5 11 6 70.69 2.92 1.3327 4 1 18 6 71.56 1.15 1.3186 4 3 4 6 71.63 1.00 1.3174 2 1 25 6 72.87 1.52 1.2980 5 2 0 6 81.24 1.32 1.1842 4 0 25 6 82.98 1.64 1.1637 -1 3 29 6 86.60 1.22 1.1241 0 6 18 6 ================================================================================ XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.