B Fe14 H1.04 Nd2 Isnard O, Yelon W, Miraglia S, Fruchart D Journal of Applied Physics 78 (1995) 1892-1898 Neutron-diffraction study of the insertion scheme of hydrogen in Nd2Fe14 B _cod_database_code 1008719 _database_code_amcsd 0016603 CELL PARAMETERS: 8.8410 8.8410 12.2420 90.000 90.000 90.000 SPACE GROUP: P4_2/mnm X-RAY WAVELENGTH: 1.541838 Cell Volume: 956.875 Density (g/cm3): 7.511 MAX. ABS. INTENSITY / VOLUME**2: 41.28417418 RIR: 1.790 RIR based on corundum from Acta Crystallographica A38 (1982) 733-739 2-THETA INTENSITY D-SPACING H K L Multiplicity 14.17 1.72 6.2515 1 1 0 4 20.09 1.86 4.4205 2 0 0 4 22.49 9.18 3.9538 2 1 0 8 24.02 6.14 3.7050 1 0 3 8 24.85 19.63 3.5837 2 0 2 8 26.08 2.26 3.4171 1 1 3 8 26.84 42.34 3.3212 2 1 2 16 28.56 11.50 3.1258 2 2 0 4 29.18 6.75 3.0605 0 0 4 2 29.49 13.56 3.0286 2 2 1 8 31.22 8.97 2.8652 3 0 1 8 32.01 5.68 2.7958 3 1 0 8 32.15 26.37 2.7838 2 2 2 8 32.58 4.61 2.7488 1 1 4 8 32.86 53.60 2.7256 3 1 1 16 35.29 13.65 2.5431 3 1 2 16 35.68 32.55 2.5163 2 0 4 8 36.20 15.74 2.4814 2 2 3 8 36.65 1.36 2.4521 3 2 0 8 37.15 85.49 2.4202 2 1 4 16 37.40 1.73 2.4043 3 2 1 16 37.65 12.23 2.3891 3 0 3 8 38.14 46.95 2.3596 1 0 5 8 39.05 62.89 2.3064 3 1 3 16 39.53 18.97 2.2798 1 1 5 8 39.59 10.52 2.2762 3 2 2 16 41.28 55.93 2.1868 2 2 4 8 42.14 100.00 2.1443 4 1 0 8 42.82 63.60 2.1121 4 1 1 16 43.04 1.61 2.1018 3 2 3 16 43.43 36.94 2.0838 3 3 0 4 43.47 2.04 2.0816 2 1 5 16 43.53 10.60 2.0789 4 0 2 8 43.86 73.12 2.0642 3 1 4 16 44.08 31.43 2.0543 3 3 1 8 44.40 19.35 2.0403 0 0 6 2 44.78 4.38 2.0237 4 1 2 16 46.01 4.90 1.9727 3 3 2 8 46.84 8.63 1.9396 1 1 6 8 47.15 4.58 1.9275 2 2 5 8 47.51 17.57 1.9136 3 2 4 16 47.93 26.37 1.8982 4 1 3 16 48.33 7.26 1.8832 3 0 5 8 48.38 1.72 1.8812 4 2 2 16 49.09 11.68 1.8559 3 3 3 8 50.97 3.77 1.7918 4 0 4 8 51.36 3.07 1.7791 4 2 3 16 52.08 2.07 1.7561 4 1 4 16 52.27 3.18 1.7500 4 3 1 16 52.80 3.02 1.7339 5 1 0 8 52.84 1.64 1.7326 3 2 5 16 53.37 8.68 1.7167 5 1 1 16 53.40 1.88 1.7156 1 0 7 8 53.64 1.06 1.7086 2 2 6 8 53.98 3.77 1.6987 4 3 2 16 54.48 1.12 1.6842 1 1 7 8 55.32 5.95 1.6606 4 2 4 16 55.78 2.22 1.6481 3 1 6 16 56.74 4.14 1.6224 5 0 3 8 56.74 13.05 1.6224 4 3 3 16 57.10 7.78 1.6131 4 1 5 16 57.78 20.11 1.5958 5 1 3 16 58.13 2.17 1.5869 3 3 5 8 58.18 5.52 1.5857 5 2 2 16 58.88 2.01 1.5684 3 2 6 16 59.11 4.52 1.5629 4 4 0 4 60.50 6.57 1.5302 0 0 8 2 60.68 5.24 1.5262 2 2 7 8 60.82 3.19 1.5231 5 2 3 16 61.21 10.85 1.5143 4 4 2 8 61.67 1.91 1.5040 3 0 7 8 62.48 1.26 1.4864 1 1 8 8 62.66 15.98 1.4827 3 1 7 16 62.87 2.45 1.4781 4 1 6 16 63.85 1.04 1.4579 3 3 6 8 64.40 4.96 1.4467 5 2 4 16 64.43 6.46 1.4461 2 0 8 8 65.07 4.26 1.4335 5 0 5 8 65.07 9.39 1.4335 4 3 5 16 65.39 6.99 1.4271 2 1 8 16 65.77 4.63 1.4198 4 2 6 16 66.03 20.56 1.4150 5 1 5 16 66.94 3.09 1.3979 6 2 0 8 67.26 8.20 1.3919 4 4 4 8 67.43 3.75 1.3889 6 2 1 16 68.24 2.31 1.3744 2 2 8 8 68.53 1.14 1.3692 6 1 3 16 68.86 2.60 1.3636 5 2 5 16 68.90 6.19 1.3628 6 2 2 16 69.14 4.16 1.3586 5 3 4 16 69.34 2.43 1.3553 4 1 7 16 70.10 1.79 1.3423 3 1 8 16 70.27 1.70 1.3396 3 3 7 8 71.00 2.37 1.3276 6 0 4 8 71.32 4.05 1.3224 6 2 3 16 71.39 2.76 1.3212 5 1 6 16 71.63 2.71 1.3174 4 4 5 8 71.91 3.01 1.3129 6 1 4 16 72.23 1.23 1.3079 5 4 3 16 72.86 2.33 1.2982 3 2 8 16 73.65 1.42 1.2862 2 1 9 16 75.55 4.00 1.2586 5 4 4 16 75.58 3.76 1.2581 4 0 8 8 75.86 5.37 1.2542 6 3 3 16 76.13 3.79 1.2503 5 5 0 4 76.47 7.28 1.2456 4 1 8 16 76.60 2.88 1.2438 5 5 1 8 76.83 1.05 1.2407 4 4 6 8 77.25 5.53 1.2350 3 0 9 8 77.53 1.69 1.2313 5 1 7 16 78.00 1.94 1.2250 5 5 2 8 78.00 1.48 1.2250 7 1 2 16 78.06 1.48 1.2242 0 0 10 2 78.14 6.22 1.2231 3 1 9 16 78.81 5.72 1.2144 7 2 0 8 79.12 5.26 1.2105 6 3 4 16 79.15 4.47 1.2101 4 2 8 16 79.27 11.61 1.2085 7 2 1 16 79.43 7.98 1.2065 7 0 3 8 79.78 2.33 1.2021 6 4 2 16 80.31 1.51 1.1955 7 1 3 16 80.31 2.93 1.1955 5 5 3 8 80.66 5.98 1.1912 7 2 2 16 80.80 2.54 1.1895 3 2 9 16 81.27 1.83 1.1838 6 1 6 16 82.08 3.90 1.1742 6 4 3 16 82.83 1.04 1.1653 4 4 7 8 82.96 1.68 1.1640 7 2 3 16 83.22 1.16 1.1609 7 3 0 8 83.53 1.66 1.1574 7 1 4 16 83.56 3.61 1.1571 4 3 8 16 83.68 1.16 1.1557 7 3 1 16 83.90 3.85 1.1532 6 2 6 16 85.11 1.71 1.1399 2 2 10 8 85.19 1.51 1.1390 3 3 9 8 85.85 1.34 1.1320 6 5 0 8 87.05 6.18 1.1194 5 2 8 16 87.21 2.03 1.1178 6 1 7 16 87.67 2.61 1.1131 6 5 2 16 88.27 2.64 1.1071 6 3 6 16 88.56 1.27 1.1042 1 0 11 8 89.67 4.50 1.0934 4 4 8 8 89.82 3.73 1.0919 6 2 7 16 ================================================================================ XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.