Ga4 Na Nd S8 Ibanez R, Gravereau P, Garcia A, Fouassier C Journal of Solid State Chemistry 73 (1988) 252-258 Structural Study of Na Nd Ga4 S8, a Luminescent Material with Low- Concentration Quenching _cod_database_code 1008365 _database_code_amcsd 0016275 CELL PARAMETERS: 20.1220 20.1430 12.1420 90.000 90.000 90.000 SPACE GROUP: Fddd X-RAY WAVELENGTH: 1.541838 Cell Volume: 4921.364 Density (g/cm3): 3.793 MAX. ABS. INTENSITY / VOLUME**2: 30.91678179 RIR: 2.654 RIR based on corundum from Acta Crystallographica A38 (1982) 733-739 2-THETA INTENSITY D-SPACING H K L Multiplicity 12.44 58.63 7.1179 2 2 0 4 17.05 10.39 5.1994 0 2 2 4 17.06 25.72 5.1980 2 0 2 4 17.61 3.38 5.0357 0 4 0 2 17.63 31.56 5.0305 4 0 0 2 19.22 9.49 4.6191 2 2 2 8 22.84 12.16 3.8931 1 1 3 8 23.69 12.78 3.7564 1 5 1 8 24.61 20.33 3.6168 2 4 2 8 24.62 100.00 3.6153 4 2 2 8 25.02 23.07 3.5590 4 4 0 4 26.09 7.92 3.4152 3 1 3 8 26.84 9.02 3.3218 3 5 1 8 28.02 6.01 3.1846 2 6 0 4 28.04 6.08 3.1819 6 2 0 4 29.42 4.00 3.0355 0 0 4 2 30.43 48.91 2.9379 0 6 2 4 30.45 8.11 2.9355 6 0 2 4 31.65 5.46 2.8269 1 5 3 8 31.67 5.27 2.8255 5 1 3 8 31.73 19.40 2.8201 2 6 2 8 31.75 14.63 2.8183 6 2 2 8 32.05 9.67 2.7922 2 2 4 8 32.28 4.12 2.7733 1 7 1 8 32.30 5.42 2.7720 5 5 1 8 34.13 5.06 2.6271 3 5 3 8 34.50 1.31 2.5997 0 4 4 4 34.72 3.65 2.5839 3 7 1 8 35.39 6.30 2.5361 6 4 2 8 35.66 8.52 2.5179 0 8 0 2 35.67 10.84 2.5170 2 4 4 8 35.70 39.40 2.5152 8 0 0 2 37.92 3.58 2.3726 6 6 0 4 38.67 2.57 2.3287 5 5 3 8 38.68 3.02 2.3279 7 1 3 8 39.00 92.25 2.3095 4 4 4 8 39.20 2.36 2.2984 5 7 1 8 39.21 2.85 2.2977 7 5 1 8 39.72 1.02 2.2691 1 3 5 8 39.78 6.18 2.2660 2 8 2 8 39.81 2.19 2.2642 8 2 2 8 40.05 15.79 2.2516 4 8 0 4 40.07 3.04 2.2502 8 4 0 4 41.08 6.07 2.1972 2 6 4 8 41.10 5.93 2.1964 6 2 4 8 41.26 1.89 2.1880 1 9 1 8 41.78 1.12 2.1618 3 3 5 8 43.26 1.62 2.0913 3 9 1 8 44.07 5.84 2.0547 6 4 4 8 44.74 2.43 2.0258 7 5 3 8 45.21 1.91 2.0057 7 7 1 8 45.73 1.56 1.9840 0 2 6 4 45.73 1.28 1.9839 2 0 6 4 45.95 2.61 1.9751 2 10 0 4 46.00 2.52 1.9732 10 2 0 4 46.63 1.45 1.9479 9 1 3 8 46.66 2.83 1.9465 2 2 6 8 46.88 1.94 1.9380 0 8 4 4 46.91 12.75 1.9368 8 0 4 4 47.06 1.20 1.9311 5 9 1 8 47.09 1.80 1.9300 9 5 1 8 47.56 1.23 1.9118 0 10 2 4 47.58 4.17 1.9112 6 8 2 8 47.59 26.16 1.9107 8 6 2 8 48.47 1.76 1.8782 2 10 2 8 48.51 1.20 1.8766 10 2 2 8 48.71 3.87 1.8694 6 6 4 8 49.31 5.65 1.8480 1 7 5 8 49.37 4.40 1.8458 2 4 6 8 49.38 10.04 1.8457 4 2 6 8 50.49 2.29 1.8077 8 4 4 8 50.62 5.39 1.8034 1 11 1 8 51.06 5.32 1.7887 3 7 5 8 51.11 9.69 1.7871 4 10 2 8 51.15 4.32 1.7859 10 4 2 8 51.95 1.03 1.7603 9 5 3 8 52.34 5.56 1.7481 3 11 1 8 52.35 1.08 1.7476 7 9 1 8 52.82 4.79 1.7331 0 6 6 4 52.84 1.54 1.7327 6 0 6 4 53.03 1.18 1.7268 6 10 0 4 53.06 1.30 1.7259 10 6 0 4 53.20 1.33 1.7218 1 1 7 8 53.66 8.46 1.7080 2 6 6 8 53.68 12.67 1.7076 6 2 6 8 54.44 3.75 1.6853 5 7 5 8 54.74 4.90 1.6768 12 0 0 2 54.86 1.42 1.6735 3 1 7 8 55.25 1.61 1.6627 1 11 3 8 55.31 10.02 1.6609 6 10 2 8 55.34 3.46 1.6601 10 6 2 8 55.51 1.71 1.6555 2 10 4 8 55.55 1.95 1.6544 10 2 4 8 55.66 3.49 1.6513 5 11 1 8 55.70 1.09 1.6502 11 5 1 8 56.13 1.16 1.6386 4 6 6 8 56.14 1.67 1.6384 6 4 6 8 56.87 1.46 1.6190 3 11 3 8 57.71 1.82 1.5974 2 12 2 8 57.77 7.99 1.5959 12 2 2 8 57.92 3.06 1.5923 4 12 0 4 57.96 2.31 1.5912 10 4 4 8 57.97 8.74 1.5909 12 4 0 4 59.27 3.54 1.5592 7 7 5 8 59.30 1.18 1.5583 2 8 6 8 59.33 1.33 1.5577 8 2 6 8 60.03 1.13 1.5412 5 11 3 8 60.07 1.16 1.5403 11 5 3 8 60.29 9.15 1.5351 8 8 4 8 60.42 3.46 1.5321 7 11 1 8 60.86 1.04 1.5220 8 10 2 8 60.88 1.07 1.5217 10 8 2 8 61.05 5.75 1.5178 0 0 8 2 61.81 1.21 1.5009 6 10 4 8 62.58 1.64 1.4844 2 2 8 8 63.31 4.82 1.4689 0 12 4 4 63.37 1.35 1.4678 12 0 4 4 63.88 1.18 1.4572 6 12 2 8 65.35 1.82 1.4280 9 7 5 8 65.38 1.52 1.4274 6 8 6 8 65.39 4.44 1.4271 8 6 6 8 66.11 1.04 1.4135 2 10 6 8 66.29 2.55 1.4101 4 12 4 8 66.33 5.31 1.4091 12 4 4 8 66.44 1.74 1.4071 9 11 1 8 67.04 2.02 1.3961 4 4 8 8 68.30 3.30 1.3734 4 10 6 8 68.33 1.27 1.3728 10 4 6 8 69.72 2.13 1.3487 4 14 2 8 71.90 3.48 1.3132 10 6 6 8 72.56 1.73 1.3028 11 7 5 8 72.75 5.17 1.2999 0 8 8 4 72.78 2.61 1.2995 8 0 8 4 73.44 1.27 1.2894 2 14 4 8 73.47 1.50 1.2889 10 10 4 8 73.51 1.17 1.2884 14 2 4 8 73.61 2.02 1.2869 11 11 1 8 73.97 1.19 1.2814 2 12 6 8 74.02 2.54 1.2807 12 2 6 8 74.61 1.09 1.2720 1 15 3 8 74.85 1.33 1.2685 8 12 4 8 74.88 2.10 1.2680 12 8 4 8 75.38 1.13 1.2609 10 12 2 8 75.40 2.48 1.2606 12 10 2 8 75.52 1.67 1.2589 0 16 0 2 75.57 1.08 1.2583 8 4 8 8 75.61 2.87 1.2576 16 0 0 2 76.00 1.03 1.2521 3 15 3 8 79.51 1.38 1.2055 0 2 10 4 81.06 3.26 1.1863 12 12 0 4 82.21 1.67 1.1726 0 14 6 4 83.05 1.18 1.1629 0 16 4 4 83.14 2.22 1.1619 16 0 4 4 83.64 3.90 1.1561 16 6 2 8 83.76 2.44 1.1548 8 8 8 8 87.63 1.38 1.1135 4 6 10 8 88.34 1.42 1.1063 14 6 6 8 89.13 3.06 1.0986 4 12 8 8 89.18 3.63 1.0982 12 4 8 8 89.61 1.36 1.0940 2 18 2 8 ================================================================================ XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.