Mo2 O12 P3 Tl Leclaire A, Monier J, Raveau B Journal of Solid State Chemistry 59 (1985) 301-305 Tl Mo2^IV^ P3 O12: A Molybdenophosphate with a Tunnel Structure _cod_database_code 1001342 _database_code_amcsd 0013555 CELL PARAMETERS: 8.8360 9.2550 12.2880 90.000 90.000 90.000 SPACE GROUP: Pbcm X-RAY WAVELENGTH: 1.541838 Cell Volume: 1004.878 Density (g/cm3): 4.502 MAX. ABS. INTENSITY / VOLUME**2: 42.28859219 RIR: 3.059 RIR based on corundum from Acta Crystallographica A38 (1982) 733-739 2-THETA INTENSITY D-SPACING H K L Multiplicity 10.01 5.62 8.8360 1 0 0 2 13.86 13.65 6.3910 1 1 0 4 14.42 6.59 6.1440 0 0 2 2 15.63 2.89 5.6700 1 1 1 8 19.18 2.06 4.6275 0 2 0 2 20.05 60.00 4.4292 1 1 2 8 20.10 46.51 4.4180 2 0 0 2 20.51 25.88 4.3306 0 2 1 4 21.68 6.82 4.0994 1 2 0 4 22.30 52.85 3.9870 2 1 0 4 22.87 39.38 3.8887 1 2 1 8 23.46 1.04 3.7924 2 1 1 8 24.08 7.95 3.6964 0 2 2 4 24.82 10.33 3.5869 2 0 2 4 25.84 100.00 3.4485 1 1 3 8 26.65 20.14 3.3445 2 1 2 8 27.92 25.45 3.1955 2 2 0 4 28.87 31.10 3.0926 2 2 1 8 29.12 15.07 3.0671 0 2 3 4 30.35 4.36 2.9453 3 0 0 2 30.70 7.65 2.9126 1 3 0 4 30.82 17.47 2.9016 1 0 4 4 31.31 10.93 2.8570 2 1 3 8 31.56 18.72 2.8350 2 2 2 8 31.57 65.71 2.8341 1 3 1 8 31.89 1.06 2.8066 3 1 0 4 32.33 38.82 2.7687 1 1 4 8 32.73 6.27 2.7362 3 1 1 8 33.75 17.64 2.6559 3 0 2 4 34.07 1.01 2.6318 1 3 2 8 35.06 14.18 2.5594 0 2 4 4 35.15 3.79 2.5529 3 1 2 8 35.63 1.47 2.5195 2 2 3 8 36.26 9.89 2.4774 2 3 1 8 36.55 4.49 2.4583 1 2 4 8 36.91 17.11 2.4354 3 2 1 8 36.94 5.14 2.4334 2 1 4 8 37.90 4.43 2.3737 1 3 3 8 38.90 9.12 2.3153 3 1 3 8 39.11 4.79 2.3035 3 2 2 8 39.28 4.64 2.2938 1 1 5 8 39.64 3.48 2.2738 0 4 1 4 40.74 11.98 2.2146 2 2 4 8 40.99 1.08 2.2021 1 4 1 8 41.61 6.95 2.1705 0 2 5 4 41.71 5.03 2.1653 0 4 2 4 41.98 15.09 2.1521 2 3 3 8 42.05 4.88 2.1486 4 1 0 4 42.43 2.46 2.1303 3 3 0 4 42.52 5.46 2.1260 3 0 4 4 42.56 15.22 2.1244 3 2 3 8 42.72 2.15 2.1165 4 1 1 8 42.78 1.39 2.1136 1 3 4 8 43.10 9.02 2.0990 3 3 1 8 43.54 1.99 2.0787 4 0 2 4 44.19 1.88 2.0497 2 4 0 4 44.22 15.00 2.0480 0 0 6 2 44.68 8.77 2.0282 4 1 2 8 45.00 9.07 2.0146 0 4 3 4 45.46 1.18 1.9951 1 0 6 4 45.50 7.26 1.9935 4 2 0 4 46.22 1.69 1.9642 1 4 3 8 46.57 3.97 1.9503 1 1 6 8 46.62 1.06 1.9481 2 2 5 8 46.72 2.08 1.9443 2 4 2 8 47.04 2.01 1.9319 3 2 4 8 47.80 2.92 1.9027 4 1 3 8 48.15 3.52 1.8900 3 3 3 8 48.46 4.96 1.8783 1 3 5 8 49.03 11.61 1.8581 2 0 6 4 49.31 1.38 1.8482 0 4 4 4 49.74 11.32 1.8330 2 4 3 8 50.07 3.46 1.8217 2 1 6 8 50.14 1.87 1.8195 3 4 0 4 50.37 11.74 1.8117 1 5 0 4 50.72 3.15 1.7999 3 4 1 8 50.95 3.02 1.7925 4 2 3 8 51.42 12.55 1.7772 4 3 1 8 51.73 3.17 1.7672 5 0 0 2 51.87 4.61 1.7626 2 3 5 8 51.93 5.74 1.7607 4 1 4 8 52.26 2.33 1.7506 3 3 4 8 52.36 6.12 1.7473 3 2 5 8 52.67 2.15 1.7377 1 5 2 8 52.73 1.60 1.7358 5 1 0 4 53.12 1.17 1.7243 2 2 6 8 53.30 6.46 1.7188 5 1 1 8 53.69 2.72 1.7072 2 5 0 4 53.76 10.40 1.7050 2 4 4 8 53.99 3.21 1.6983 5 0 2 4 54.18 1.81 1.6927 1 1 7 8 54.25 1.20 1.6910 2 5 1 8 54.47 3.17 1.6846 0 4 5 4 54.58 4.05 1.6815 3 0 6 4 54.80 1.08 1.6753 1 3 6 8 54.90 5.01 1.6723 4 2 4 8 54.97 1.25 1.6705 5 1 2 8 55.24 6.17 1.6628 3 4 3 8 55.46 4.83 1.6568 1 5 3 8 55.90 3.65 1.6449 2 5 2 8 55.90 3.17 1.6449 4 3 3 8 56.03 3.30 1.6413 0 2 7 4 56.22 1.97 1.6362 5 2 1 8 57.08 2.45 1.6137 1 2 7 8 57.23 1.40 1.6097 3 3 5 8 57.68 1.41 1.5982 5 1 3 8 57.70 4.52 1.5977 4 4 0 4 58.23 1.85 1.5844 4 4 1 8 58.39 1.89 1.5804 3 2 6 8 58.65 1.84 1.5741 2 4 5 8 58.93 5.25 1.5672 3 5 0 4 59.00 2.01 1.5655 3 4 4 8 59.97 2.92 1.5425 0 6 0 2 60.14 5.06 1.5386 2 2 7 8 60.25 3.98 1.5360 0 0 8 2 60.46 2.96 1.5312 5 2 3 8 60.49 1.35 1.5305 0 6 1 4 61.36 1.06 1.5110 1 4 6 8 61.70 13.63 1.5035 1 3 7 8 62.03 1.89 1.4961 0 6 2 4 62.15 1.25 1.4935 1 1 8 8 62.39 2.86 1.4883 3 1 7 8 62.67 5.24 1.4825 4 1 6 8 62.95 1.29 1.4764 3 3 6 8 63.56 1.09 1.4637 3 5 3 8 63.63 1.55 1.4623 3 4 5 8 63.93 2.29 1.4563 2 6 0 4 64.23 4.29 1.4501 4 3 5 8 64.56 2.31 1.4435 0 6 3 4 64.63 2.14 1.4421 2 3 7 8 64.93 6.45 1.4361 5 3 3 8 65.06 2.80 1.4337 3 2 7 8 65.08 3.27 1.4333 2 1 8 8 65.14 2.33 1.4321 6 0 2 4 65.32 3.35 1.4285 4 2 6 8 65.83 1.29 1.4188 4 5 0 4 66.65 2.51 1.4033 6 2 0 4 67.04 1.15 1.3960 3 5 4 8 67.08 1.25 1.3953 5 4 1 8 67.14 1.85 1.3943 6 2 1 8 67.79 2.16 1.3824 4 5 2 8 68.37 1.20 1.3721 2 6 3 8 68.46 3.41 1.3704 5 2 5 8 68.54 1.05 1.3691 5 4 2 8 68.69 2.22 1.3665 3 6 0 4 69.24 7.79 1.3569 1 5 6 8 69.37 3.41 1.3547 3 3 7 8 70.53 3.03 1.3352 1 1 9 8 70.61 2.13 1.3339 3 6 2 8 70.94 1.68 1.3285 5 4 3 8 70.98 6.87 1.3280 6 0 4 4 71.00 2.27 1.3276 6 2 3 8 71.21 1.87 1.3242 5 1 6 8 71.39 1.15 1.3213 6 3 1 8 71.81 1.61 1.3145 6 1 4 8 72.01 1.27 1.3113 2 5 6 8 72.68 1.12 1.3010 5 3 5 8 73.53 3.03 1.2880 4 5 4 8 74.14 2.84 1.2789 1 7 2 8 75.21 1.23 1.2633 3 4 7 8 75.77 2.92 1.2554 4 3 7 8 76.11 2.01 1.2507 7 1 0 4 76.26 3.34 1.2485 3 6 4 8 76.47 1.08 1.2457 1 7 3 8 76.55 1.29 1.2446 3 5 6 8 76.57 2.18 1.2443 7 1 1 8 77.16 1.21 1.2362 1 3 9 8 77.17 2.68 1.2361 6 4 1 8 77.30 3.50 1.2343 5 1 7 8 77.46 2.60 1.2321 0 6 6 4 77.96 1.15 1.2256 7 1 2 8 78.36 1.40 1.2203 1 6 6 8 79.15 1.46 1.2101 2 7 3 8 79.41 1.45 1.2067 1 1 10 8 79.70 4.36 1.2031 1 7 4 8 79.83 1.14 1.2015 2 3 9 8 80.22 1.84 1.1966 3 2 9 8 81.02 1.08 1.1868 2 6 6 8 81.45 1.39 1.1816 4 4 7 8 81.57 2.34 1.1801 5 5 4 8 81.93 1.08 1.1759 0 4 9 4 82.07 1.09 1.1743 2 1 10 8 82.30 1.16 1.1716 1 5 8 8 82.76 1.50 1.1663 4 5 6 8 83.36 2.36 1.1593 5 0 8 4 83.51 1.51 1.1576 6 2 6 8 84.03 1.66 1.1518 0 8 1 4 84.47 2.30 1.1469 2 2 10 8 84.93 1.36 1.1419 2 5 8 8 84.93 1.61 1.1418 5 6 2 8 85.41 1.45 1.1367 3 6 6 8 85.44 1.33 1.1363 2 4 9 8 86.07 1.04 1.1297 4 7 1 8 86.66 4.86 1.1235 7 3 3 8 86.73 1.02 1.1227 3 7 4 8 87.53 2.03 1.1145 2 8 1 8 88.95 1.62 1.1004 1 1 11 8 ================================================================================ XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.