Cejkaite Li Y, Krivovichev S V, Burns P C Mineralogical Magazine 65 (2001) 297-304 The crystal structure of Na4(UO2)(CO3)3 and its relationship to schrockingerite Locality: synthetic _database_code_amcsd 0014557 CELL PARAMETERS: 9.3417 9.3417 12.8240 90.000 90.000 120.000 SPACE GROUP: P-3c1 X-RAY WAVELENGTH: 1.541838 Cell Volume: 969.183 Density (g/cm3): 3.714 MAX. ABS. INTENSITY / VOLUME**2: 89.28349126 RIR: 7.827 RIR based on corundum from Acta Crystallographica A38 (1982) 733-739 2-THETA INTENSITY D-SPACING H K L Multiplicity 10.94 38.23 8.0901 1 0 0 6 17.65 46.49 5.0251 0 1 2 6 17.65 53.51 5.0251 1 0 2 6 19.00 53.13 4.6708 1 1 0 6 21.97 11.19 4.0451 2 0 0 6 26.05 18.06 3.4212 0 2 2 6 26.05 12.62 3.4212 2 0 2 6 27.83 26.95 3.2060 0 0 4 2 29.21 6.38 3.0578 2 1 0 12 29.98 7.90 2.9805 0 1 4 6 29.98 2.67 2.9805 1 0 4 6 30.04 3.33 2.9744 1 2 1 12 32.44 21.36 2.7600 1 2 2 12 32.44 22.19 2.7600 2 1 2 12 33.22 21.66 2.6967 3 0 0 6 33.91 6.44 2.6433 1 1 4 12 35.74 3.60 2.5125 0 2 4 6 35.74 4.08 2.5125 2 0 4 6 36.12 1.46 2.4870 2 1 3 12 38.55 14.66 2.3354 2 2 0 6 40.19 5.07 2.2438 3 1 0 12 40.78 5.67 2.2127 1 2 4 12 40.78 2.12 2.2127 2 1 4 12 40.83 1.39 2.2102 3 1 1 12 42.69 14.32 2.1179 1 3 2 12 42.69 12.79 2.1179 3 1 2 12 43.81 4.10 2.0664 0 1 6 6 43.81 6.47 2.0664 1 0 6 6 43.87 4.17 2.0637 0 3 4 6 43.87 3.33 2.0637 3 0 4 6 44.81 1.80 2.0225 4 0 0 6 47.12 1.85 1.9289 0 4 2 6 47.12 2.49 1.9289 4 0 2 6 48.15 5.64 1.8898 0 2 6 6 48.15 2.47 1.8898 2 0 6 6 48.21 5.79 1.8877 2 2 4 12 49.08 2.54 1.8560 3 2 0 12 49.59 2.20 1.8383 1 3 4 12 49.59 4.78 1.8383 3 1 4 12 51.24 8.03 1.7828 3 2 2 12 51.24 6.45 1.7828 2 3 2 12 51.78 15.60 1.7654 4 1 0 12 52.22 5.71 1.7518 1 2 6 12 52.22 7.18 1.7518 2 1 6 12 53.57 1.64 1.7106 0 4 4 6 57.36 2.77 1.6063 2 3 4 12 57.36 1.26 1.6063 3 2 4 12 57.49 3.35 1.6030 0 0 8 2 58.72 1.33 1.5724 0 1 8 6 59.36 2.33 1.5569 3 3 0 6 59.75 5.88 1.5476 1 3 6 12 59.75 4.07 1.5476 3 1 6 12 59.80 4.54 1.5465 1 4 4 12 59.80 5.22 1.5465 4 1 4 12 61.12 4.09 1.5162 1 1 8 12 62.45 2.59 1.4872 2 4 2 12 62.45 2.20 1.4872 4 2 2 12 63.31 1.55 1.4691 4 0 6 6 65.78 1.58 1.4197 1 2 8 12 65.91 2.36 1.4171 1 5 2 12 65.91 2.67 1.4171 5 1 2 12 66.75 2.34 1.4014 2 3 6 12 66.75 4.30 1.4014 3 2 6 12 66.80 1.27 1.4005 3 3 4 12 67.92 1.04 1.3800 4 2 4 12 68.04 1.80 1.3779 3 0 8 6 68.04 2.20 1.3779 0 3 8 6 69.74 1.80 1.3484 6 0 0 6 71.37 3.18 1.3216 2 2 8 12 72.46 1.50 1.3043 3 1 8 12 72.59 2.15 1.3023 3 4 2 12 72.59 2.40 1.3023 4 3 2 12 73.04 3.71 1.2955 5 2 0 12 76.63 1.87 1.2435 2 4 6 12 76.63 1.17 1.2435 4 2 6 12 78.19 1.10 1.2224 0 2 10 6 78.91 1.07 1.2132 2 3 8 12 79.04 2.03 1.2115 6 1 2 12 79.04 2.41 1.2115 1 6 2 12 79.82 1.28 1.2016 1 5 6 12 79.82 1.88 1.2016 5 1 6 12 79.86 1.56 1.2011 2 5 4 12 79.86 1.44 1.2011 5 2 4 12 81.02 2.74 1.1868 1 4 8 12 81.02 3.21 1.1868 4 1 8 12 81.37 1.46 1.1826 2 1 10 12 86.11 1.27 1.1292 3 4 6 12 86.11 1.80 1.1292 4 3 6 12 87.30 1.35 1.1169 3 3 8 12 87.64 1.47 1.1134 1 3 10 12 ================================================================================ XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.