Geschieberite Alekseev E V, Suleimanov E V, Chuprunov E V, Marychev M O, Ivanov V A, Fukin G K Crystallography Reports 51 (2006) 29-33 Crystal structure and nonlinear optical properties of the K2UO2(SO4)2*2H2O compound at 293 K Locality: Synthetic _database_code_amcsd 0020465 CELL PARAMETERS: 13.7730 7.2880 11.5560 90.000 90.000 90.000 SPACE GROUP: Pna2_1 X-RAY WAVELENGTH: 1.541838 Cell Volume: 1159.964 Density (g/cm3): 3.325 MAX. ABS. INTENSITY / VOLUME**2: 54.36476259 RIR: 5.324 RIR based on corundum from Acta Crystallographica A38 (1982) 733-739 2-THETA INTENSITY D-SPACING H K L Multiplicity 12.86 89.43 6.8865 2 0 0 2 14.37 10.54 6.1645 0 1 1 2 15.33 4.10 5.7780 0 0 2 1 15.75 100.00 5.6266 1 1 1 4 19.33 27.64 4.5931 2 1 1 4 20.06 37.96 4.4264 2 0 2 2 23.52 3.05 3.7832 2 1 2 4 24.17 36.62 3.6821 3 1 1 4 25.28 16.17 3.5228 1 2 0 4 25.88 6.37 3.4432 4 0 0 2 26.17 20.40 3.4056 0 1 3 2 26.97 26.50 3.3060 1 1 3 4 27.02 3.43 3.2999 4 0 1 2 27.70 2.08 3.2209 2 2 0 4 28.67 6.86 3.1133 4 1 0 4 28.97 25.38 3.0822 0 2 2 2 29.26 7.96 3.0527 2 1 3 4 29.70 27.02 3.0078 1 2 2 4 29.72 7.82 3.0061 4 1 1 4 30.22 20.49 2.9579 4 0 2 2 30.95 20.75 2.8890 0 0 4 1 31.34 5.72 2.8542 3 2 0 4 31.81 8.66 2.8133 2 2 2 4 32.67 7.18 2.7407 4 1 2 4 32.74 8.12 2.7352 3 1 3 4 33.64 7.95 2.6641 2 0 4 2 35.07 4.34 2.5590 3 2 2 4 35.70 10.00 2.5149 5 1 1 4 37.13 1.54 2.4213 4 1 3 4 37.84 11.27 2.3774 0 3 1 2 39.23 3.35 2.2965 4 2 2 4 39.25 8.26 2.2955 6 0 0 2 40.13 16.32 2.2472 2 3 1 4 40.38 11.39 2.2339 1 2 4 4 40.77 2.49 2.2132 4 0 4 2 41.08 3.02 2.1974 5 2 0 4 41.51 6.82 2.1754 1 1 5 4 42.00 2.61 2.1512 6 1 1 4 42.01 4.10 2.1506 2 2 4 4 42.19 2.68 2.1417 5 1 3 4 42.37 5.58 2.1333 6 0 2 2 42.44 1.43 2.1297 2 3 2 4 43.10 2.15 2.0987 4 2 3 4 43.11 7.57 2.0983 2 1 5 4 44.07 4.90 2.0548 0 3 3 2 44.09 6.73 2.0539 5 2 2 4 44.63 8.13 2.0304 3 2 4 4 45.68 6.32 1.9862 3 1 5 4 45.71 2.09 1.9850 4 3 0 4 46.10 14.26 1.9690 2 3 3 4 46.41 8.34 1.9564 4 3 1 4 47.19 3.13 1.9260 0 0 6 1 47.37 2.01 1.9190 4 0 5 2 47.78 1.90 1.9035 6 1 3 4 48.10 2.98 1.8916 4 2 4 4 48.49 1.72 1.8773 4 3 2 4 48.57 5.98 1.8744 7 1 1 4 49.09 5.13 1.8557 4 1 5 4 49.12 4.66 1.8548 2 0 6 2 49.51 2.67 1.8410 6 2 2 4 50.53 3.19 1.8063 1 4 0 4 50.80 3.97 1.7972 6 0 4 2 51.81 6.80 1.7645 4 3 3 4 52.31 5.45 1.7490 5 2 4 4 52.67 3.47 1.7377 0 4 2 2 52.88 2.10 1.7313 7 2 0 4 53.12 4.13 1.7240 1 4 2 4 53.20 1.43 1.7216 8 0 0 2 53.24 3.25 1.7205 5 1 5 4 53.81 4.41 1.7037 7 1 3 4 53.84 1.49 1.7028 0 2 6 2 54.28 6.76 1.6899 1 2 6 4 54.46 1.81 1.6848 2 4 2 4 54.60 3.12 1.6809 4 0 6 2 54.83 5.59 1.6745 0 3 5 2 55.40 4.11 1.6585 7 2 2 4 55.41 2.48 1.6582 8 1 1 4 55.60 1.24 1.6530 2 2 6 4 55.66 5.17 1.6513 6 3 1 4 55.71 4.29 1.6499 8 0 2 2 56.23 1.05 1.6360 4 3 4 4 56.56 4.98 1.6271 2 3 5 4 56.64 3.05 1.6251 3 4 2 4 57.15 1.95 1.6119 6 2 4 4 57.22 2.22 1.6101 0 1 7 2 57.64 3.49 1.5992 1 1 7 4 57.75 1.62 1.5965 3 2 6 4 58.03 1.96 1.5895 6 1 5 4 59.37 1.77 1.5566 8 2 0 4 59.60 1.28 1.5513 4 4 2 4 60.44 2.25 1.5316 1 4 4 4 60.47 4.26 1.5310 6 3 3 4 60.97 1.03 1.5197 5 4 0 4 60.98 2.43 1.5193 3 1 7 4 61.59 2.86 1.5059 4 3 5 4 62.54 2.78 1.4853 9 1 1 4 62.55 2.74 1.4851 7 2 4 4 63.00 2.52 1.4755 6 0 6 2 63.28 2.30 1.4697 5 4 2 4 63.38 2.11 1.4675 7 1 5 4 63.70 1.19 1.4610 3 4 4 4 64.32 2.06 1.4484 5 2 6 4 64.51 1.14 1.4445 0 0 8 1 64.83 1.87 1.4382 1 5 1 4 66.01 1.01 1.4153 2 5 1 4 66.09 1.75 1.4137 2 0 8 2 66.24 1.30 1.4110 9 2 0 4 67.05 2.34 1.3959 9 1 3 4 67.13 3.06 1.3944 8 3 1 4 67.37 1.41 1.3900 5 1 7 4 67.96 1.99 1.3793 3 5 1 4 68.45 1.31 1.3707 9 2 2 4 68.47 2.09 1.3704 8 2 4 4 68.78 1.00 1.3649 8 3 2 4 69.26 3.45 1.3566 1 5 3 4 69.26 3.19 1.3565 8 1 5 4 69.48 2.45 1.3528 6 3 5 4 69.95 1.28 1.3449 5 4 4 4 70.26 1.21 1.3398 10 0 2 2 70.28 3.35 1.3393 2 3 7 4 70.45 1.20 1.3365 1 2 8 4 70.73 1.23 1.3320 4 0 8 2 71.49 5.82 1.3197 8 3 3 4 71.62 1.64 1.3175 1 4 6 4 72.30 1.81 1.3069 3 5 3 4 72.58 1.98 1.3024 7 4 2 4 73.47 1.13 1.2888 3 2 8 4 73.56 2.36 1.2876 7 2 6 4 73.83 1.82 1.2836 8 0 6 2 74.04 1.15 1.2804 5 5 1 4 74.80 2.79 1.2693 4 3 7 4 74.90 1.76 1.2678 9 2 4 4 75.50 1.69 1.2592 1 1 9 4 75.67 1.34 1.2569 9 1 5 4 76.06 1.12 1.2514 8 4 0 4 76.44 1.69 1.2461 7 1 7 4 77.78 1.03 1.2280 1 5 5 4 77.85 1.04 1.2270 11 1 1 4 78.18 1.08 1.2226 6 0 8 2 78.24 1.40 1.2218 5 5 3 4 78.45 1.21 1.2191 3 1 9 4 78.79 1.30 1.2147 0 6 0 2 79.39 1.16 1.2071 5 2 8 4 80.61 1.58 1.1917 10 3 1 4 80.70 1.65 1.1907 3 5 5 4 82.13 1.87 1.1735 6 3 7 4 82.32 1.73 1.1714 2 6 2 4 82.84 1.16 1.1653 7 5 1 4 84.33 1.18 1.1484 9 4 2 4 84.35 1.09 1.1483 8 4 4 4 84.73 1.62 1.1441 10 3 3 4 85.27 1.20 1.1382 9 2 6 4 85.55 2.08 1.1352 0 3 9 2 86.21 1.29 1.1281 1 4 8 4 86.65 2.05 1.1236 4 6 2 4 86.94 1.62 1.1206 7 5 3 4 86.99 1.98 1.1201 2 3 9 4 87.02 1.82 1.1197 0 6 4 2 88.06 1.15 1.1092 9 1 7 4 88.46 1.84 1.1052 2 6 4 4 89.09 1.26 1.0990 3 4 8 4 89.17 1.00 1.0982 7 4 6 4 89.19 1.34 1.0980 1 2 10 4 89.43 1.12 1.0957 11 2 4 4 ================================================================================ XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.