Chernikovite Morosin B Acta Crystallographica B34 (1978) 3732-3734 Hydrogen uranyl phosphate tetrahydrate, a hydrogen ion solid electrolyte Locality: synthetic _database_code_amcsd 0019269 CELL PARAMETERS: 6.9950 6.9950 17.4910 90.000 90.000 90.000 SPACE GROUP: P4/ncc X-RAY WAVELENGTH: 1.541838 Cell Volume: 855.835 Density (g/cm3): 3.459 MAX. ABS. INTENSITY / VOLUME**2: 84.61642858 RIR: 7.966 RIR based on corundum from Acta Crystallographica A38 (1982) 733-739 2-THETA INTENSITY D-SPACING H K L Multiplicity 10.11 100.00 8.7455 0 0 2 2 16.23 45.13 5.4626 1 0 2 8 17.93 38.94 4.9462 1 1 0 4 20.31 6.60 4.3727 0 0 4 2 20.63 31.77 4.3053 1 1 2 8 24.00 64.79 3.7079 1 0 4 8 25.47 39.58 3.4975 2 0 0 4 27.47 51.90 3.2474 2 0 2 8 29.00 3.73 3.0794 2 1 1 16 30.35 26.74 2.9455 2 1 2 16 32.79 4.96 2.7313 2 0 4 8 33.30 15.93 2.6908 1 0 6 8 35.28 10.77 2.5442 2 1 4 16 35.75 2.77 2.5114 1 1 6 8 36.33 8.81 2.4731 2 2 0 4 37.80 17.23 2.3798 2 2 2 8 40.02 7.44 2.2530 3 0 2 8 40.79 18.30 2.2120 3 1 0 8 41.29 5.85 2.1864 0 0 8 2 41.97 1.81 2.1527 2 2 4 8 42.14 13.29 2.1445 3 1 2 16 42.38 18.00 2.1327 2 1 6 16 43.36 5.45 2.0868 1 0 8 8 43.77 2.15 2.0682 3 1 3 16 44.01 13.87 2.0574 3 0 4 8 45.35 6.63 1.9997 1 1 8 8 46.52 1.02 1.9524 2 1 7 16 48.04 6.10 1.8940 3 2 2 16 48.70 1.14 1.8696 3 1 5 16 49.14 3.04 1.8539 2 0 8 8 50.10 7.68 1.8209 3 0 6 8 50.96 4.21 1.7921 2 1 8 16 51.54 11.66 1.7734 3 2 4 16 51.89 1.80 1.7621 3 1 6 16 52.30 1.41 1.7491 0 0 10 2 52.31 5.65 1.7487 4 0 0 4 53.43 5.37 1.7148 4 0 2 8 55.15 2.08 1.6655 4 1 2 16 55.74 6.92 1.6490 1 1 10 8 55.75 3.41 1.6487 3 3 0 4 56.83 3.50 1.6202 3 3 2 8 57.02 7.28 1.6151 3 2 6 16 57.81 2.56 1.5949 3 0 8 8 58.34 7.27 1.5817 4 1 4 16 59.05 4.90 1.5644 2 0 10 8 59.06 7.45 1.5641 4 2 0 8 59.44 9.36 1.5550 3 1 8 16 60.09 4.81 1.5397 4 2 2 16 63.13 1.14 1.4727 4 2 4 16 63.44 3.05 1.4663 4 1 6 16 64.18 2.75 1.4511 3 2 8 16 65.35 2.75 1.4280 2 2 10 8 65.40 1.51 1.4269 1 0 12 8 66.92 2.21 1.3981 1 1 12 8 67.84 1.48 1.3814 5 0 2 8 67.84 2.16 1.3814 4 3 2 16 68.37 8.00 1.3720 3 1 10 16 68.38 1.62 1.3718 5 1 0 8 68.74 1.37 1.3657 4 0 8 8 69.34 2.12 1.3553 5 1 2 16 69.92 1.22 1.3454 2 0 12 8 70.22 1.65 1.3403 4 1 8 16 70.70 3.14 1.3325 4 3 4 16 71.69 2.51 1.3164 3 3 8 8 74.60 2.18 1.2721 4 2 8 16 75.36 3.14 1.2613 4 3 6 16 75.36 1.91 1.2613 5 0 6 8 76.51 2.60 1.2452 5 2 4 16 77.13 1.46 1.2367 4 0 10 8 77.63 1.03 1.2299 1 0 14 8 78.05 1.77 1.2244 4 4 2 8 78.60 3.42 1.2171 3 1 12 16 79.97 2.91 1.1997 3 3 10 8 79.98 1.18 1.1996 5 3 0 8 80.88 1.45 1.1885 5 3 2 16 81.05 1.48 1.1865 5 2 6 16 81.72 1.15 1.1784 4 3 8 16 82.78 1.54 1.1659 4 2 10 16 82.84 1.03 1.1653 3 2 12 16 83.12 1.80 1.1620 5 1 8 16 83.28 1.91 1.1602 2 1 14 16 83.69 2.06 1.1556 6 0 2 8 85.09 1.20 1.1402 6 1 2 16 87.76 1.69 1.1122 6 1 4 16 88.38 2.19 1.1060 6 2 0 8 88.86 1.04 1.1012 3 0 14 8 89.27 2.03 1.0973 6 2 2 16 89.81 1.31 1.0920 3 3 12 8 ================================================================================ XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.