Taramellite Mazzi F, Rossi G Zeitschrift fur Kristallographie 121 (1965) 243-257 The crystal structure of taramellite Ba2(Fe,Ti,Mg)2H2(O2(Si4O12)) Locality: Fresno County, California, USA _database_code_amcsd 0010620 CELL PARAMETERS: 13.9500 12.2100 7.1500 90.000 90.000 90.000 SPACE GROUP: Pmmn X-RAY WAVELENGTH: 1.541838 Cell Volume: 1217.856 Density (g/cm3): 3.897 MAX. ABS. INTENSITY / VOLUME**2: 18.10012361 RIR: 1.512 RIR based on corundum from Acta Crystallographica A38 (1982) 733-739 2-THETA INTENSITY D-SPACING H K L Multiplicity 12.38 1.55 7.1500 0 0 1 2 12.69 37.16 6.9750 2 0 0 2 13.92 26.48 6.3629 1 0 1 4 14.36 3.50 6.1700 0 1 1 4 14.51 13.26 6.1050 0 2 0 2 15.70 31.98 5.6427 1 1 1 8 17.76 2.17 4.9928 2 0 1 4 19.21 5.21 4.6214 2 1 1 8 19.32 3.03 4.5939 2 2 0 4 20.16 20.29 4.4052 1 2 1 8 20.44 8.14 4.3455 3 1 0 4 22.76 1.15 3.9071 1 3 0 4 22.81 6.10 3.8981 3 0 1 4 23.01 100.00 3.8649 2 2 1 8 23.96 44.35 3.7135 3 1 1 8 24.91 3.44 3.5750 0 0 2 2 25.18 4.54 3.5371 0 3 1 4 25.54 9.49 3.4875 4 0 0 2 25.72 1.09 3.4631 1 0 2 4 25.99 4.01 3.4286 1 3 1 8 26.76 51.75 3.3317 1 1 2 8 27.14 19.68 3.2855 3 2 1 8 28.05 71.41 3.1815 2 0 2 4 28.29 9.08 3.1546 2 3 1 8 28.48 10.36 3.1345 4 0 1 4 28.94 48.38 3.0850 0 2 2 4 29.00 6.62 3.0787 2 1 2 8 29.16 3.11 3.0626 3 3 0 4 29.26 35.36 3.0525 0 4 0 2 29.42 13.57 3.0361 4 1 1 8 29.50 90.57 3.0282 4 2 0 4 29.66 2.19 3.0122 1 2 2 8 31.71 9.41 2.8213 2 2 2 8 31.79 21.88 2.8152 3 3 1 8 31.88 20.62 2.8074 0 4 1 4 32.01 11.44 2.7964 2 4 0 4 32.10 9.77 2.7884 4 2 1 8 32.43 2.98 2.7608 3 1 2 8 32.53 3.04 2.7522 1 4 1 8 32.93 10.15 2.7199 5 1 0 4 33.36 1.39 2.6860 0 3 2 4 33.99 12.91 2.6375 1 3 2 8 34.44 77.73 2.6043 2 4 1 8 34.51 4.44 2.5991 5 0 1 4 34.90 1.76 2.5707 3 2 2 8 35.31 2.20 2.5422 5 1 1 8 35.82 1.75 2.5065 2 3 2 8 35.98 34.22 2.4964 4 0 2 4 37.42 21.73 2.4033 3 4 1 8 37.61 7.28 2.3914 5 2 1 8 38.31 2.34 2.3493 1 0 3 4 38.49 6.72 2.3392 0 1 3 4 38.71 10.17 2.3258 3 3 2 8 38.98 2.33 2.3107 4 2 2 8 39.15 2.67 2.3012 5 3 0 4 39.22 2.99 2.2969 4 4 0 4 39.35 2.60 2.2899 1 4 2 8 39.98 8.31 2.2553 2 0 3 4 40.64 3.34 2.2201 0 2 3 4 40.68 8.82 2.2178 2 1 3 8 40.81 3.12 2.2110 6 0 1 4 40.97 5.72 2.2026 2 4 2 8 41.04 2.32 2.1995 5 0 2 4 41.15 3.92 2.1937 2 5 1 8 41.28 9.03 2.1869 4 4 1 8 41.51 3.70 2.1757 6 1 1 8 41.73 28.44 2.1646 5 1 2 8 41.78 1.48 2.1620 3 5 0 4 42.48 1.13 2.1280 4 3 2 8 42.63 1.39 2.1210 3 0 3 4 42.74 14.58 2.1156 2 2 3 8 43.30 10.06 2.0897 3 1 3 8 43.53 9.80 2.0789 6 2 1 8 43.58 7.29 2.0770 3 4 2 8 43.74 17.36 2.0695 3 5 1 8 44.03 7.08 2.0567 0 3 3 4 44.52 2.31 2.0350 0 6 0 2 44.53 1.26 2.0347 1 3 3 8 45.26 1.51 2.0035 3 2 3 8 45.45 14.16 1.9957 1 5 2 8 46.01 1.52 1.9727 2 3 3 8 46.15 2.52 1.9668 7 1 0 4 46.60 6.20 1.9491 6 0 2 4 46.76 2.60 1.9427 4 1 3 8 46.87 3.79 1.9383 1 6 1 8 46.96 22.43 1.9350 5 3 2 8 47.18 2.19 1.9264 4 5 1 8 47.22 4.50 1.9247 6 1 2 8 47.35 4.41 1.9197 7 0 1 4 47.97 12.70 1.8964 7 1 1 8 48.30 16.49 1.8845 2 6 1 8 48.39 2.78 1.8809 3 3 3 8 48.46 2.73 1.8786 0 4 3 4 49.06 4.26 1.8567 6 2 2 8 49.27 6.10 1.8496 6 4 0 4 49.61 1.38 1.8375 5 5 0 4 50.30 30.22 1.8139 2 4 3 8 50.60 1.38 1.8040 3 6 1 8 51.00 20.06 1.7906 6 4 1 8 51.03 3.47 1.7898 7 3 0 4 51.10 10.63 1.7875 0 0 4 2 51.59 5.67 1.7715 4 3 3 8 51.69 5.35 1.7685 0 6 2 4 52.03 12.45 1.7577 4 6 0 4 52.41 1.17 1.7457 4 5 2 8 52.48 10.45 1.7437 8 0 0 2 52.72 12.45 1.7362 7 3 1 8 53.41 1.88 1.7155 0 2 4 4 53.45 3.09 1.7144 2 1 4 8 53.45 1.65 1.7143 2 6 2 8 53.70 2.62 1.7068 4 6 1 8 53.74 1.78 1.7056 0 5 3 4 54.12 2.38 1.6946 0 7 1 4 55.04 2.46 1.6685 3 0 4 4 55.51 2.17 1.6555 5 3 3 8 55.57 8.22 1.6539 4 4 3 8 55.59 1.35 1.6531 3 1 4 8 55.74 5.44 1.6490 6 1 3 8 55.98 1.82 1.6428 6 4 2 8 56.11 2.64 1.6390 6 5 1 8 56.29 7.50 1.6343 5 5 2 8 56.36 1.46 1.6324 8 2 1 8 57.24 1.26 1.6094 3 2 4 8 57.39 6.41 1.6057 6 2 3 8 57.52 1.81 1.6023 5 6 1 8 57.56 2.79 1.6013 3 5 3 8 57.92 2.17 1.5922 3 7 1 8 57.98 6.56 1.5907 4 0 4 4 59.32 2.66 1.5578 1 7 2 8 59.75 2.63 1.5476 0 6 3 4 59.91 1.02 1.5440 7 5 0 4 59.92 2.07 1.5438 3 3 4 8 59.97 3.98 1.5425 0 4 4 4 60.11 15.39 1.5393 4 2 4 8 60.18 1.47 1.5377 9 1 0 4 60.38 2.27 1.5331 1 4 4 8 60.42 10.31 1.5322 4 5 3 8 60.46 1.62 1.5313 6 6 0 4 60.53 1.31 1.5295 2 7 2 8 60.68 13.34 1.5263 0 8 0 2 61.04 2.22 1.5180 8 2 2 8 61.09 3.34 1.5170 7 1 3 8 61.22 1.29 1.5141 8 4 0 4 61.36 5.67 1.5109 2 6 3 8 61.44 5.27 1.5092 7 5 1 8 61.58 2.73 1.5061 2 4 4 8 61.98 2.77 1.4973 6 6 1 8 62.53 1.25 1.4855 3 7 2 8 62.59 2.43 1.4842 1 8 1 8 62.72 2.88 1.4813 8 4 1 8 63.25 1.32 1.4702 9 2 1 8 63.69 5.93 1.4612 6 4 3 8 64.31 1.36 1.4485 9 3 0 4 64.62 1.43 1.4424 0 5 4 4 65.18 5.37 1.4312 7 3 3 8 65.25 1.32 1.4300 0 0 5 2 65.63 1.51 1.4225 1 0 5 4 66.15 10.02 1.4125 9 1 2 8 66.41 1.28 1.4076 6 1 4 8 66.42 1.47 1.4076 6 6 2 8 66.42 2.17 1.4076 0 7 3 4 66.43 2.36 1.4073 8 0 3 4 66.92 4.05 1.3982 4 8 0 4 67.14 3.20 1.3942 8 4 2 8 67.62 2.69 1.3854 1 2 5 8 67.94 1.20 1.3798 2 7 3 8 68.06 1.29 1.3776 3 5 4 8 68.14 7.28 1.3761 2 8 2 8 68.19 1.62 1.3753 6 5 3 8 68.68 9.05 1.3667 5 7 2 8 68.75 2.29 1.3654 2 2 5 8 69.16 1.26 1.3583 3 1 5 8 69.24 3.55 1.3569 9 4 1 8 69.70 1.10 1.3491 0 3 5 4 69.81 1.20 1.3472 3 7 3 8 70.06 2.20 1.3430 0 6 4 4 70.09 7.78 1.3425 9 3 2 8 70.62 1.39 1.3338 3 2 5 8 70.85 2.82 1.3300 8 3 3 8 71.18 1.15 1.3246 2 3 5 8 71.29 3.19 1.3228 7 1 4 8 71.94 1.54 1.3125 7 7 0 4 72.60 6.72 1.3022 4 8 2 8 72.77 1.51 1.2996 10 0 2 4 73.01 2.16 1.2958 7 5 3 8 73.07 7.29 1.2949 0 4 5 4 73.20 4.57 1.2931 4 2 5 8 73.33 4.87 1.2910 7 7 1 8 73.44 1.61 1.2894 1 4 5 8 73.51 2.96 1.2883 6 6 3 8 73.98 2.12 1.2813 3 9 1 8 73.98 1.05 1.2813 5 5 4 8 74.53 3.88 1.2732 2 4 5 8 74.57 1.05 1.2726 5 0 5 4 74.67 1.20 1.2711 10 2 2 8 74.83 5.95 1.2688 10 4 0 4 75.11 1.70 1.2648 7 3 4 8 75.16 1.65 1.2640 2 8 3 8 75.22 2.64 1.2632 1 9 2 8 75.35 1.41 1.2614 11 1 0 4 75.92 4.02 1.2533 4 6 4 8 76.21 2.16 1.2493 10 4 1 8 76.29 4.42 1.2482 8 0 4 4 76.46 1.81 1.2458 5 2 5 8 76.51 2.88 1.2451 4 9 1 8 76.72 3.40 1.2422 11 1 1 8 77.71 6.38 1.2289 9 5 2 8 78.30 1.20 1.2210 0 10 0 2 78.40 2.03 1.2198 7 4 4 8 79.81 2.44 1.2017 6 8 2 8 80.10 1.43 1.1981 10 1 3 8 80.38 1.21 1.1947 7 8 1 8 80.45 2.71 1.1938 11 3 1 8 80.54 1.06 1.1927 3 5 5 8 81.08 2.21 1.1860 2 10 1 8 82.04 1.93 1.1746 2 0 6 4 82.04 2.19 1.1746 5 4 5 8 82.50 2.59 1.1692 2 1 6 8 82.80 1.35 1.1657 9 1 4 8 82.85 1.36 1.1652 3 10 1 8 83.08 1.12 1.1625 2 9 3 8 83.24 3.38 1.1607 0 8 4 4 83.42 1.22 1.1586 9 7 0 4 83.60 1.87 1.1566 7 1 5 8 83.70 1.78 1.1555 0 10 2 4 83.71 1.97 1.1553 8 4 4 8 83.77 2.35 1.1547 5 9 2 8 83.84 1.27 1.1539 2 6 5 8 83.88 1.84 1.1535 2 2 6 8 83.97 2.50 1.1524 4 10 0 4 84.22 1.72 1.1497 7 7 3 8 84.33 2.94 1.1485 8 8 0 4 84.42 2.28 1.1474 12 0 1 4 84.84 1.18 1.1429 3 9 3 8 85.11 1.44 1.1399 2 10 2 8 85.91 1.13 1.1313 6 4 5 8 87.00 1.47 1.1200 10 4 3 8 87.27 2.01 1.1172 7 3 5 8 87.29 1.84 1.1169 4 9 3 8 87.50 1.34 1.1149 11 1 3 8 87.80 3.05 1.1118 11 5 1 8 88.05 1.99 1.1093 4 6 5 8 88.19 1.72 1.1079 7 9 1 8 88.47 1.30 1.1051 5 10 1 8 88.76 3.22 1.1022 9 7 2 8 88.85 4.37 1.1013 4 8 4 8 89.00 1.01 1.0999 6 7 4 8 89.87 1.94 1.0915 5 1 6 8 ================================================================================ XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.