Mackayite Pertlik F, Gieren A Neues Jahrbuch fur Mineralogie, Monatshefte 1977 (1977) 145-154 Verfeinerung der kristallstruktur von mackayite Fe(OH)[Te2O5] Locality: synthetic _database_code_amcsd 0014758 CELL PARAMETERS: 11.8000 11.8000 15.1000 90.000 90.000 90.000 SPACE GROUP: I4_1/acd X-RAY WAVELENGTH: 1.541838 Cell Volume: 2102.524 Density (g/cm3): 5.143 MAX. ABS. INTENSITY / VOLUME**2: 50.38790140 RIR: 3.190 RIR based on corundum from Acta Crystallographica A38 (1982) 733-739 2-THETA INTENSITY D-SPACING H K L Multiplicity 15.83 33.62 5.5983 1 1 2 8 17.80 75.08 4.9817 2 1 1 16 19.09 6.98 4.6489 2 0 2 8 21.30 1.54 4.1719 2 2 0 4 23.57 43.63 3.7750 0 0 4 2 24.44 1.63 3.6422 2 1 3 16 26.65 100.00 3.3452 3 1 2 16 27.89 65.96 3.1985 3 2 1 16 28.06 47.18 3.1798 2 0 4 8 30.30 1.71 2.9500 4 0 0 4 31.82 38.05 2.8119 4 1 1 16 31.97 21.27 2.7992 2 2 4 8 32.64 42.40 2.7437 3 2 3 16 33.78 4.40 2.6538 3 1 4 16 33.98 30.70 2.6386 4 2 0 8 34.21 16.20 2.6211 2 1 5 16 34.36 2.17 2.6098 3 3 2 8 36.10 33.70 2.4879 4 1 3 16 37.32 5.53 2.4095 1 1 6 8 38.74 4.54 2.3244 4 0 4 8 38.91 7.85 2.3149 2 0 6 8 40.65 37.49 2.2194 3 2 5 16 40.78 3.74 2.2126 5 1 2 16 42.30 9.62 2.1368 4 3 3 16 43.37 2.11 2.0865 3 1 6 16 43.38 1.20 2.0860 4 4 0 4 43.57 14.28 2.0773 4 1 5 16 46.00 2.70 1.9730 5 1 4 16 46.16 1.69 1.9667 6 0 0 4 46.46 4.72 1.9547 5 3 2 16 47.24 17.64 1.9241 6 1 1 16 47.49 2.59 1.9146 4 0 6 8 48.21 10.82 1.8875 0 0 8 2 48.80 4.44 1.8661 3 3 6 8 48.81 15.84 1.8657 6 2 0 8 49.95 10.01 1.8258 4 4 4 8 50.09 1.69 1.8211 4 2 6 16 50.41 9.12 1.8101 6 1 3 16 50.68 5.50 1.8011 3 2 7 16 51.22 2.74 1.7836 5 3 4 16 52.36 4.22 1.7472 6 3 1 16 52.46 10.87 1.7442 6 0 4 8 53.17 6.82 1.7226 4 1 7 16 53.82 13.45 1.7035 5 1 6 16 54.48 1.72 1.6843 3 1 8 16 54.89 1.60 1.6726 6 2 4 16 55.32 5.11 1.6606 6 3 3 16 56.37 4.27 1.6322 6 1 5 16 56.47 24.05 1.6294 5 5 2 8 56.47 8.50 1.6294 7 1 2 16 57.16 5.50 1.6116 7 2 1 16 57.65 9.62 1.5989 2 1 9 16 57.92 6.53 1.5922 4 3 7 16 58.53 6.12 1.5771 5 3 6 16 59.67 1.87 1.5496 6 0 6 8 59.96 5.49 1.5428 7 2 3 16 60.29 5.81 1.5351 4 2 8 16 61.05 1.99 1.5178 7 3 2 16 61.79 8.27 1.5014 6 4 4 16 62.18 2.41 1.4930 3 2 9 16 63.61 2.61 1.4629 2 0 10 8 63.61 3.82 1.4627 5 1 8 16 63.90 1.12 1.4568 8 1 1 16 64.37 3.10 1.4474 4 1 9 16 64.61 3.87 1.4424 6 1 7 16 65.34 4.27 1.4282 7 2 5 16 66.53 2.61 1.4054 7 4 3 16 66.84 5.96 1.3997 3 1 10 16 67.33 7.74 1.3908 5 5 6 8 67.91 2.68 1.3803 5 3 8 16 68.18 4.73 1.3753 8 3 1 16 68.27 4.07 1.3739 8 0 4 8 68.87 4.62 1.3632 6 3 7 16 69.99 2.12 1.3441 4 0 10 8 70.36 4.93 1.3381 8 2 4 16 70.74 2.94 1.3319 8 3 3 16 70.94 2.14 1.3285 2 1 11 16 71.04 4.66 1.3269 6 2 8 16 71.51 3.18 1.3194 7 3 6 16 71.51 2.97 1.3193 8 4 0 8 71.65 2.24 1.3171 8 1 5 16 72.42 1.06 1.3049 6 6 4 8 73.79 1.17 1.2841 9 1 2 16 74.38 1.09 1.2753 7 6 1 16 74.82 1.28 1.2690 6 1 9 16 75.03 2.13 1.2659 3 2 11 16 75.73 2.80 1.2560 8 3 5 16 76.85 1.20 1.2404 7 6 3 16 77.83 1.99 1.2273 9 3 2 16 79.07 2.62 1.2111 7 4 7 16 79.59 1.34 1.2044 7 5 6 16 80.40 2.23 1.1944 9 4 1 16 81.04 2.12 1.1866 4 3 11 16 81.58 4.76 1.1800 10 0 0 4 81.58 2.05 1.1800 8 6 0 8 81.72 1.06 1.1784 9 2 5 16 82.82 1.99 1.1655 9 4 3 16 83.03 1.48 1.1631 8 3 7 16 83.55 1.82 1.1572 9 1 6 16 85.62 2.43 1.1344 2 1 13 16 86.39 2.29 1.1263 10 0 4 8 87.03 4.44 1.1197 5 5 10 8 87.03 1.83 1.1197 7 1 10 16 87.61 1.19 1.1137 9 4 5 16 88.01 1.54 1.1096 7 5 8 16 88.27 1.85 1.1071 8 7 1 16 88.35 1.64 1.1063 10 2 4 16 88.43 2.32 1.1055 5 1 12 16 88.69 1.95 1.1029 8 1 9 16 88.91 1.96 1.1007 7 6 7 16 ================================================================================ XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.