Tl3(CrO4)Sr8Cu4O16 Martin C, Letouze F, Maignan A, Seshadri R, Michel C, Hervieu M, Raveau B Chemistry of Materials 8 (1996) 865-873 The superconducting copper oxychromate Tl3(CrO4)Sr8Cu4O16: long- range ordering between thallium and chromium _cod_database_code 1001725 _database_code_amcsd 0012210 CELL PARAMETERS: 3.7780 15.2440 17.6770 90.000 90.000 90.000 SPACE GROUP: Amm2 X-RAY WAVELENGTH: 1.541838 Cell Volume: 1018.050 Density (g/cm3): 6.329 MAX. ABS. INTENSITY / VOLUME**2: 90.92822228 RIR: 4.678 RIR based on corundum from Acta Crystallographica A38 (1982) 733-739 2-THETA INTENSITY D-SPACING H K L Multiplicity 7.66 54.02 11.5443 0 1 1 2 10.01 5.28 8.8385 0 0 2 1 11.61 4.11 7.6220 0 2 0 2 15.35 1.64 5.7721 0 2 2 2 16.13 9.61 5.4960 0 1 3 2 20.09 17.05 4.4192 0 0 4 1 23.11 2.26 3.8481 0 3 3 2 23.34 2.04 3.8110 0 4 0 2 23.55 4.82 3.7780 1 0 0 2 24.80 8.45 3.5906 1 1 1 4 25.45 16.68 3.4995 0 4 2 2 25.64 26.53 3.4739 1 0 2 2 25.87 3.36 3.4440 0 1 5 2 28.23 1.54 3.1611 1 2 2 4 28.67 6.84 3.1134 1 1 3 4 29.74 10.39 3.0044 0 5 1 2 29.90 1.41 2.9882 1 3 1 4 30.34 16.12 2.9462 0 0 6 1 30.81 1.39 2.9021 0 3 5 2 30.99 72.76 2.8861 0 4 4 2 31.15 88.58 2.8717 1 0 4 2 33.08 14.75 2.7078 0 5 3 2 33.34 1.05 2.6873 1 2 4 4 33.40 100.00 2.6830 1 4 0 4 34.95 5.98 2.5674 1 4 2 4 35.26 2.14 2.5452 1 1 5 4 36.05 3.11 2.4913 0 1 7 2 38.28 15.91 2.3515 1 5 1 4 38.63 5.06 2.3309 0 4 6 2 38.76 2.88 2.3233 1 0 6 2 39.01 4.89 2.3089 0 5 5 2 40.84 20.95 2.2096 0 0 8 1 41.01 5.65 2.2009 1 5 3 4 41.79 2.13 2.1614 0 7 1 2 43.51 2.59 2.0798 1 1 7 4 45.74 25.19 1.9837 1 4 6 4 46.07 8.43 1.9701 1 5 5 4 46.71 3.33 1.9448 0 5 7 2 47.57 4.56 1.9116 0 4 8 2 47.68 6.91 1.9074 1 0 8 2 47.73 14.61 1.9055 0 8 0 2 47.80 1.29 1.9028 1 6 4 4 48.17 24.93 1.8890 2 0 0 2 48.53 1.08 1.8761 1 7 1 4 48.85 1.33 1.8642 2 1 1 4 50.81 3.36 1.7968 1 7 3 4 51.13 1.00 1.7864 2 1 3 4 52.70 2.40 1.7370 2 0 4 2 52.88 2.19 1.7314 1 1 9 4 52.95 6.78 1.7291 1 5 7 4 53.74 18.97 1.7057 1 4 8 4 54.42 3.73 1.6861 0 9 1 2 55.18 1.85 1.6645 1 7 5 4 55.26 3.58 1.6623 2 4 2 4 55.67 3.28 1.6511 0 5 9 2 56.53 1.09 1.6279 0 9 3 2 57.47 6.72 1.6036 0 4 10 2 57.57 8.39 1.6011 1 0 10 2 57.64 3.02 1.5992 2 5 1 4 57.68 1.02 1.5981 0 1 11 2 58.00 4.77 1.5902 2 0 6 2 58.10 11.86 1.5877 1 8 4 4 58.39 21.27 1.5805 2 4 4 4 59.68 4.88 1.5493 2 5 3 4 60.09 2.70 1.5397 1 9 1 4 60.62 1.79 1.5275 0 9 5 2 61.27 2.43 1.5130 1 5 9 4 61.62 1.10 1.5052 2 1 7 4 61.75 1.45 1.5022 0 10 2 2 62.08 6.24 1.4950 1 9 3 4 63.10 4.60 1.4733 1 8 6 4 63.11 4.42 1.4731 0 0 12 1 63.38 1.43 1.4676 2 4 6 4 63.65 2.18 1.4620 2 5 5 4 64.58 3.73 1.4430 0 8 8 2 64.68 1.62 1.4411 0 10 4 2 64.95 8.54 1.4358 2 0 8 2 65.68 1.53 1.4216 0 5 11 2 65.96 2.58 1.4161 1 9 5 4 66.10 1.26 1.4137 1 10 0 4 66.47 2.78 1.4067 0 9 7 2 67.05 1.44 1.3959 1 10 2 4 68.26 1.36 1.3740 0 4 12 2 68.35 2.15 1.3724 1 0 12 2 69.35 1.83 1.3550 2 5 7 4 70.03 2.61 1.3436 2 4 8 4 70.15 7.07 1.3415 2 8 0 4 70.82 1.90 1.3305 1 5 11 4 71.58 1.37 1.3183 1 9 7 4 73.01 1.23 1.2959 0 8 10 2 73.31 6.31 1.2913 1 4 12 4 74.44 1.40 1.2745 1 10 6 4 75.26 1.13 1.2626 0 0 14 1 75.60 2.53 1.2579 2 9 1 4 76.39 1.01 1.2467 3 0 2 2 76.65 2.23 1.2432 2 5 9 4 77.94 1.85 1.2258 1 8 10 4 78.19 4.63 1.2225 2 4 10 4 78.80 2.84 1.2146 1 9 9 4 79.07 4.74 1.2111 3 0 4 2 79.62 1.63 1.2041 1 12 0 4 80.29 5.48 1.1957 3 4 0 4 80.94 1.45 1.1878 2 9 5 4 81.61 1.69 1.1798 1 5 13 4 81.94 1.13 1.1758 2 10 2 4 82.73 1.66 1.1665 0 12 6 2 82.83 1.43 1.1654 0 8 12 2 83.16 3.45 1.1616 2 0 12 2 83.18 1.39 1.1614 3 5 1 4 84.49 2.90 1.1467 2 8 8 4 84.58 1.35 1.1457 2 10 4 4 84.88 3.04 1.1425 1 4 14 4 85.48 1.34 1.1359 2 5 11 4 86.21 2.43 1.1282 2 9 7 4 87.22 1.05 1.1177 1 13 1 4 87.59 1.71 1.1140 1 9 11 4 87.86 1.29 1.1112 2 4 12 4 88.18 2.75 1.1080 3 4 6 4 88.42 1.09 1.1056 3 5 5 4 ================================================================================ XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.