B Ce2 D3.7 Fe14 Dalmas de Reotier P, Fruchart D, Pontonnier L, Vaillant F, Wolfers P, Yaouanc A, Coey J, Fruchart R, L'Heritier P Journal of the Less-Common Metals 129 (1987) 133-144 Structural and magnetic properties of RE2 Fe14 B H (D)x; RE=Y, Ce, Er _cod_database_code 1008954 _database_code_amcsd 0016820 CELL PARAMETERS: 8.9220 8.9220 12.2430 90.000 90.000 90.000 SPACE GROUP: P4_2/mnm X-RAY WAVELENGTH: 1.541838 Cell Volume: 974.568 Density (g/cm3): 7.336 MAX. ABS. INTENSITY / VOLUME**2: 23.80927448 RIR: 1.057 RIR based on corundum from Acta Crystallographica A38 (1982) 733-739 2-THETA INTENSITY D-SPACING H K L Multiplicity 12.28 11.60 7.2105 1 0 1 8 14.47 33.61 6.1215 0 0 2 2 19.90 1.76 4.4610 2 0 0 4 20.21 1.18 4.3933 1 1 2 8 23.45 2.54 3.7937 2 1 1 16 23.98 48.73 3.7112 1 0 3 8 24.69 51.83 3.6052 2 0 2 8 26.00 19.52 3.4266 1 1 3 8 26.67 18.92 3.3427 2 1 2 16 28.29 38.97 3.1544 2 2 0 4 29.18 39.48 3.0608 0 0 4 2 29.24 28.18 3.0546 2 2 1 8 30.94 42.90 2.8900 3 0 1 8 31.35 2.79 2.8530 2 1 3 16 31.71 3.69 2.8214 3 1 0 8 31.92 33.80 2.8040 2 2 2 8 32.51 1.39 2.7538 1 1 4 8 32.57 96.60 2.7493 3 1 1 16 35.02 40.46 2.5623 3 1 2 16 35.57 19.43 2.5238 2 0 4 8 35.98 16.72 2.4958 2 2 3 8 36.30 17.79 2.4745 3 2 0 8 37.02 75.35 2.4285 2 1 4 16 37.07 1.31 2.4255 3 2 1 16 37.42 46.62 2.4035 3 0 3 8 38.11 73.09 2.3613 1 0 5 8 38.80 95.80 2.3208 3 1 3 16 39.27 37.65 2.2942 3 2 2 16 39.48 25.31 2.2827 1 1 5 8 41.09 72.34 2.1966 2 2 4 8 41.74 97.25 2.1639 4 1 0 8 42.42 68.46 2.1309 4 1 1 16 42.73 4.87 2.1159 3 2 3 16 43.01 41.10 2.1029 3 3 0 4 43.17 17.36 2.0957 4 0 2 8 43.36 6.96 2.0870 2 1 5 16 43.63 100.00 2.0745 3 1 4 16 43.67 49.63 2.0726 3 3 1 8 44.40 22.36 2.0405 0 0 6 2 44.40 72.36 2.0402 4 1 2 16 45.61 12.58 1.9889 3 3 2 8 46.79 10.34 1.9415 1 1 6 8 46.98 19.24 1.9342 2 2 5 8 47.23 17.69 1.9243 3 2 4 16 47.56 44.44 1.9118 4 1 3 16 47.96 1.68 1.8968 4 2 2 16 48.14 3.15 1.8903 3 0 5 8 48.71 25.02 1.8693 3 3 3 8 50.64 5.17 1.8026 4 0 4 8 50.95 6.59 1.7923 4 2 3 16 51.19 12.29 1.7844 4 3 0 8 51.77 4.01 1.7657 5 0 1 8 52.28 2.73 1.7497 5 1 0 8 52.58 19.84 1.7405 3 2 5 16 52.82 4.85 1.7333 3 3 4 8 52.86 19.85 1.7321 5 1 1 16 53.38 7.47 1.7163 1 0 7 8 53.48 1.76 1.7133 2 2 6 8 53.49 1.14 1.7131 4 3 2 16 54.44 4.64 1.6854 1 1 7 8 54.55 2.27 1.6824 5 1 2 16 54.94 29.36 1.6713 4 2 4 16 55.46 3.87 1.6568 5 2 0 8 55.58 1.08 1.6534 3 1 6 16 56.01 8.15 1.6418 5 2 1 16 56.27 2.13 1.6349 5 0 3 8 56.27 7.45 1.6349 4 3 3 16 56.78 14.80 1.6215 4 1 5 16 57.29 27.91 1.6082 5 1 3 16 57.64 14.51 1.5992 5 2 2 16 57.79 8.37 1.5953 3 3 5 8 58.52 4.16 1.5772 4 4 0 4 58.64 24.04 1.5743 3 2 6 16 60.01 8.72 1.5416 4 3 4 16 60.50 11.94 1.5304 0 0 8 2 60.53 1.74 1.5296 2 2 7 8 60.63 23.95 1.5273 4 4 2 8 61.00 4.83 1.5190 5 1 4 16 61.03 1.69 1.5183 5 3 1 16 61.51 22.67 1.5076 3 0 7 8 61.60 1.29 1.5055 4 0 6 8 62.44 7.33 1.4872 1 1 8 8 62.46 1.00 1.4870 6 0 0 4 62.48 42.74 1.4865 3 1 7 16 63.42 4.23 1.4668 6 1 0 8 63.89 6.08 1.4570 5 2 4 16 64.36 9.23 1.4476 2 0 8 8 64.63 1.33 1.4421 4 3 5 16 65.30 2.41 1.4289 2 1 8 16 65.43 5.57 1.4264 6 1 2 16 65.57 33.86 1.4236 5 1 5 16 66.25 6.22 1.4107 6 2 0 8 66.72 16.48 1.4020 4 4 4 8 66.75 7.08 1.4014 6 2 1 16 67.68 2.18 1.3844 5 4 1 16 68.10 6.90 1.3769 2 2 8 8 68.22 13.62 1.3747 6 2 2 16 68.57 4.96 1.3686 5 3 4 16 69.93 4.06 1.3452 3 1 8 16 69.96 2.27 1.3448 1 0 9 8 69.96 1.68 1.3447 3 3 7 8 70.05 2.20 1.3432 4 3 6 16 70.39 3.06 1.3375 6 0 4 8 70.65 3.33 1.3333 6 2 3 16 70.96 1.43 1.3283 5 1 6 16 71.10 3.18 1.3259 4 4 5 8 71.30 4.44 1.3227 6 1 4 16 72.64 2.32 1.3016 3 2 8 16 72.76 3.35 1.2997 6 3 2 16 73.99 1.09 1.2812 6 2 4 16 74.88 10.17 1.2682 5 4 4 16 75.31 3.18 1.2619 4 0 8 8 75.32 6.67 1.2618 5 5 0 4 75.79 1.88 1.2551 5 5 1 8 76.19 2.93 1.2495 4 1 8 16 76.22 3.96 1.2491 5 0 7 8 76.31 3.11 1.2479 4 4 6 8 77.10 3.49 1.2371 3 0 9 8 77.19 4.39 1.2358 5 5 2 8 77.19 3.69 1.2358 7 1 2 16 77.96 8.61 1.2255 7 2 0 8 77.97 3.05 1.2253 3 1 9 16 78.05 1.84 1.2243 0 0 10 2 78.39 1.62 1.2198 6 3 4 16 78.42 2.43 1.2194 7 2 1 16 78.64 5.80 1.2166 7 0 3 8 78.82 7.36 1.2143 4 2 8 16 78.94 4.83 1.2127 6 4 2 16 79.07 3.81 1.2110 5 4 5 16 79.51 3.89 1.2055 5 5 3 8 79.51 6.49 1.2055 7 1 3 16 79.72 2.65 1.2028 5 2 7 16 79.80 1.11 1.2019 1 1 10 8 79.81 8.58 1.2017 7 2 2 16 80.68 9.98 1.1910 6 1 6 16 81.25 7.98 1.1840 6 4 3 16 82.11 14.58 1.1737 7 2 3 16 82.30 3.34 1.1715 7 3 0 8 82.32 3.37 1.1713 4 4 7 8 82.73 6.20 1.1665 7 1 4 16 82.76 1.80 1.1662 7 3 1 16 83.27 11.87 1.1604 6 2 6 16 84.04 3.03 1.1517 4 1 9 16 84.05 1.94 1.1516 5 3 7 16 84.13 1.14 1.1506 7 3 2 16 84.90 3.29 1.1422 3 3 9 8 84.98 2.11 1.1413 2 2 10 8 85.31 1.81 1.1377 7 2 4 16 85.34 4.25 1.1374 6 5 1 16 85.98 1.23 1.1306 7 0 5 8 86.41 1.51 1.1260 7 3 3 16 86.59 18.86 1.1242 5 2 8 16 86.62 1.75 1.1239 4 2 9 16 86.62 1.30 1.1239 6 1 7 16 86.69 1.10 1.1231 3 1 10 16 86.84 1.56 1.1216 5 5 5 8 88.31 2.94 1.1066 8 1 0 8 88.54 1.51 1.1044 1 0 11 8 88.77 2.03 1.1021 7 4 1 16 89.16 7.48 1.0983 4 4 8 8 89.19 6.62 1.0980 6 2 7 16 89.28 8.18 1.0972 8 0 2 8 89.39 1.46 1.0961 1 1 11 8 89.60 2.82 1.0941 7 3 4 16 ================================================================================ XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.