Ba Ni O5 Yb2 Garcia-Matres E, Rodriguez-Carvajal J, Martinez J, Alonso J, Salinas-Sanchez A, Saez-Puche R Solid State Ionics 63 (1993) 915-921 Polymorphism in the oxides R2NaNiO5 (R= Tm, Yb, Lu) _cod_database_code 1006062 _database_code_amcsd 0015516 CELL PARAMETERS: 12.1581 5.6423 6.9545 90.000 90.000 90.000 SPACE GROUP: Pnma X-RAY WAVELENGTH: 1.541838 Cell Volume: 477.076 Density (g/cm3): 8.660 MAX. ABS. INTENSITY / VOLUME**2: 179.6428193 RIR: 6.754 RIR based on corundum from Acta Crystallographica A38 (1982) 733-739 2-THETA INTENSITY D-SPACING H K L Multiplicity 14.57 1.28 6.0791 2 0 0 2 14.67 7.59 6.0367 1 0 1 4 20.27 14.84 4.3816 0 1 1 4 25.05 2.57 3.5545 2 1 1 8 25.62 1.61 3.4773 0 0 2 2 26.66 7.26 3.3432 1 0 2 4 29.39 2.53 3.0395 4 0 0 2 29.60 2.52 3.0183 2 0 2 4 30.04 100.00 2.9752 3 1 1 8 31.09 75.69 2.8762 1 1 2 8 31.72 51.20 2.8212 0 2 0 2 32.14 24.44 2.7851 4 0 1 4 33.49 13.46 2.6759 4 1 0 4 33.68 3.33 2.6615 2 1 2 8 33.97 5.10 2.6390 3 0 2 4 35.96 7.79 2.4974 4 1 1 8 37.63 12.84 2.3905 3 1 2 8 39.25 5.54 2.2954 5 0 1 4 39.58 2.18 2.2771 1 0 3 4 41.21 2.37 2.1908 0 2 2 4 41.70 11.34 2.1660 2 0 3 4 41.90 8.08 2.1561 1 2 2 8 42.14 8.30 2.1442 0 1 3 4 42.52 4.05 2.1262 5 1 1 8 42.82 7.77 2.1117 1 1 3 8 43.78 3.48 2.0677 4 2 0 4 43.93 2.39 2.0610 2 2 2 8 44.72 5.56 2.0264 6 0 0 2 44.82 1.23 2.0221 2 1 3 8 45.78 30.99 1.9820 4 2 1 8 46.69 1.20 1.9454 6 0 1 4 47.16 13.94 1.9272 3 2 2 8 47.69 1.04 1.9071 6 1 0 4 48.00 3.04 1.8953 3 1 3 8 49.45 11.70 1.8433 4 0 3 4 49.56 2.51 1.8392 6 1 1 8 50.25 1.31 1.8155 0 3 1 4 51.31 3.64 1.7805 5 2 1 8 52.25 2.20 1.7508 6 0 2 4 52.64 6.74 1.7386 0 0 4 2 53.32 8.87 1.7180 2 2 3 8 54.45 5.12 1.6851 7 0 1 4 55.46 15.19 1.6569 3 3 1 8 55.85 3.04 1.6462 1 1 4 8 55.86 2.58 1.6458 6 2 0 4 56.11 12.38 1.6392 1 3 2 8 57.04 3.05 1.6146 7 1 1 8 57.55 1.20 1.6016 6 2 1 8 57.63 2.38 1.5993 4 3 0 4 59.29 1.54 1.5587 4 3 1 8 59.95 13.03 1.5431 4 2 3 8 60.44 2.69 1.5316 3 3 2 8 60.70 1.05 1.5257 6 0 3 4 60.96 1.34 1.5198 8 0 0 2 61.94 11.72 1.4981 7 1 2 8 62.43 3.21 1.4876 6 2 2 8 62.78 4.63 1.4801 0 2 4 4 63.38 2.55 1.4675 8 1 0 4 63.72 2.02 1.4605 0 3 3 4 63.85 6.56 1.4579 4 1 4 8 64.23 1.99 1.4501 1 3 3 8 64.40 3.38 1.4467 7 2 1 8 64.95 1.94 1.4358 8 1 1 8 66.26 7.26 1.4106 0 4 0 2 67.37 2.73 1.3900 7 0 3 4 68.38 2.44 1.3719 5 1 4 8 69.62 1.19 1.3505 0 1 5 4 70.12 1.73 1.3420 6 2 3 8 70.37 1.13 1.3380 8 2 0 4 71.50 1.28 1.3195 6 0 4 4 73.99 6.66 1.2812 3 1 5 8 74.77 1.05 1.2697 1 3 4 8 75.56 3.24 1.2584 4 4 1 8 75.80 1.13 1.2550 7 3 1 8 76.38 1.65 1.2469 7 2 3 8 76.81 1.10 1.2410 1 2 5 8 76.89 2.03 1.2399 8 1 3 8 78.22 1.00 1.2221 2 2 5 8 79.90 1.86 1.2006 7 1 4 8 80.12 4.76 1.1979 7 3 2 8 80.33 1.07 1.1952 6 2 4 8 80.88 1.26 1.1885 10 1 0 4 81.41 1.08 1.1821 8 3 0 4 81.42 2.16 1.1820 2 4 3 8 81.83 2.72 1.1771 4 3 4 8 83.50 1.16 1.1577 6 4 0 4 86.00 1.13 1.1304 5 3 4 8 86.98 3.31 1.1202 4 4 3 8 88.74 1.03 1.1024 10 2 1 8 89.46 2.08 1.0954 0 4 4 4 ================================================================================ XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.