B Fe14 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 1008718 _database_code_amcsd 0016602 CELL PARAMETERS: 8.8050 8.8050 12.2060 90.000 90.000 90.000 SPACE GROUP: P4_2/mnm X-RAY WAVELENGTH: 1.541838 Cell Volume: 946.307 Density (g/cm3): 7.587 MAX. ABS. INTENSITY / VOLUME**2: 40.88806631 RIR: 1.755 RIR based on corundum from Acta Crystallographica A38 (1982) 733-739 2-THETA INTENSITY D-SPACING H K L Multiplicity 14.23 1.58 6.2261 1 1 0 4 20.17 1.95 4.4025 2 0 0 4 22.58 9.01 3.9377 2 1 0 8 24.10 5.78 3.6934 1 0 3 8 24.94 18.69 3.5705 2 0 2 8 26.16 2.67 3.4059 1 1 3 8 26.95 41.30 3.3088 2 1 2 16 28.68 10.96 3.1130 2 2 0 4 29.27 7.41 3.0515 0 0 4 2 29.61 14.68 3.0165 2 2 1 8 31.35 9.96 2.8537 3 0 1 8 32.15 4.55 2.7844 3 1 0 8 32.28 27.59 2.7731 2 2 2 8 32.68 5.07 2.7401 1 1 4 8 33.00 58.22 2.7147 3 1 1 16 35.44 14.16 2.5332 3 1 2 16 35.80 31.69 2.5080 2 0 4 8 36.34 16.10 2.4724 2 2 3 8 36.80 2.17 2.4421 3 2 0 8 37.28 84.66 2.4120 2 1 4 16 37.56 1.90 2.3946 3 2 1 16 37.79 12.47 2.3803 3 0 3 8 38.26 50.86 2.3525 1 0 5 8 39.21 67.57 2.2978 3 1 3 16 39.66 19.47 2.2727 1 1 5 8 39.76 12.30 2.2673 3 2 2 16 41.44 57.33 2.1792 2 2 4 8 42.32 100.00 2.1355 4 1 0 8 43.00 63.57 2.1036 4 1 1 16 43.21 1.70 2.0939 3 2 3 16 43.61 36.90 2.0754 3 3 0 4 43.62 2.39 2.0748 2 1 5 16 43.72 11.00 2.0707 4 0 2 8 44.03 75.48 2.0568 3 1 4 16 44.27 30.74 2.0460 3 3 1 8 44.54 18.67 2.0343 0 0 6 2 44.97 5.88 2.0157 4 1 2 16 46.20 5.56 1.9649 3 3 2 8 46.99 8.56 1.9337 1 1 6 8 47.32 5.57 1.9210 2 2 5 8 47.70 17.13 1.9067 3 2 4 16 48.12 24.20 1.8909 4 1 3 16 48.50 7.55 1.8768 3 0 5 8 48.59 1.53 1.8738 4 2 2 16 49.29 11.07 1.8487 3 3 3 8 51.17 3.78 1.7852 4 0 4 8 51.57 2.55 1.7723 4 2 3 16 52.29 1.56 1.7496 4 1 4 16 52.50 3.20 1.7430 4 3 1 16 53.03 3.83 1.7268 5 1 0 8 53.04 2.01 1.7265 3 2 5 16 53.58 1.79 1.7105 1 0 7 8 53.60 9.20 1.7098 5 1 1 16 54.21 3.93 1.6920 4 3 2 16 55.55 6.54 1.6544 4 2 4 16 55.98 2.11 1.6426 3 1 6 16 56.98 4.09 1.6161 5 0 3 8 56.98 12.52 1.6161 4 3 3 16 57.32 7.81 1.6073 4 1 5 16 58.02 19.75 1.5896 5 1 3 16 58.36 2.03 1.5812 3 3 5 8 58.43 5.67 1.5794 5 2 2 16 59.10 2.40 1.5630 3 2 6 16 59.38 5.10 1.5565 4 4 0 4 60.70 6.76 1.5258 0 0 8 2 60.89 5.09 1.5213 2 2 7 8 61.08 3.46 1.5171 5 2 3 16 61.48 11.54 1.5082 4 4 2 8 61.90 1.87 1.4991 3 0 7 8 62.69 1.28 1.4819 1 1 8 8 62.89 17.14 1.4778 3 1 7 16 63.12 1.95 1.4730 4 1 6 16 64.65 6.42 1.4416 2 0 8 8 64.68 5.36 1.4412 5 2 4 16 65.34 4.74 1.4282 5 0 5 8 65.34 9.51 1.4282 4 3 5 16 65.62 6.97 1.4227 2 1 8 16 66.04 5.15 1.4148 4 2 6 16 66.30 21.85 1.4098 5 1 5 16 67.25 3.78 1.3922 6 2 0 8 67.56 8.68 1.3866 4 4 4 8 67.74 4.15 1.3832 6 2 1 16 68.48 2.49 1.3700 2 2 8 8 69.15 2.10 1.3585 5 2 5 16 69.22 6.71 1.3573 6 2 2 16 69.45 3.43 1.3534 5 3 4 16 69.61 2.19 1.3507 4 1 7 16 70.36 1.96 1.3380 3 1 8 16 70.54 1.50 1.3350 3 3 7 8 71.31 1.93 1.3225 6 0 4 8 71.64 4.21 1.3172 6 2 3 16 71.69 3.23 1.3165 5 1 6 16 71.94 3.13 1.3124 4 4 5 8 72.24 2.57 1.3078 6 1 4 16 73.14 2.45 1.2940 3 2 8 16 73.85 1.06 1.2832 6 3 2 16 73.91 1.53 1.2823 2 1 9 16 74.44 1.02 1.2744 5 2 6 16 75.87 3.61 1.2540 4 0 8 8 75.89 3.88 1.2537 5 4 4 16 76.22 5.01 1.2492 6 3 3 16 76.50 3.71 1.2452 5 5 0 4 76.78 6.89 1.2415 4 1 8 16 76.97 2.65 1.2388 5 5 1 8 77.16 1.29 1.2362 4 4 6 8 77.54 6.16 1.2311 3 0 9 8 77.85 1.71 1.2270 5 1 7 16 78.34 1.67 1.2206 0 0 10 2 78.38 1.66 1.2201 7 1 2 16 78.38 1.91 1.2201 5 5 2 8 78.44 6.46 1.2193 3 1 9 16 79.20 5.04 1.2095 7 2 0 8 79.47 4.25 1.2060 4 2 8 16 79.49 5.69 1.2058 6 3 4 16 79.66 11.34 1.2036 7 2 1 16 79.81 8.25 1.2017 7 0 3 8 80.16 2.56 1.1973 6 4 2 16 80.70 1.48 1.1907 7 1 3 16 80.70 3.23 1.1907 5 5 3 8 81.05 6.43 1.1864 7 2 2 16 81.11 2.43 1.1857 3 2 9 16 81.63 2.11 1.1794 6 1 6 16 82.48 3.92 1.1695 6 4 3 16 83.20 1.01 1.1612 4 4 7 8 83.36 1.87 1.1593 7 2 3 16 83.64 1.30 1.1562 7 3 0 8 83.91 3.49 1.1531 4 3 8 16 83.93 1.78 1.1529 7 1 4 16 84.10 1.38 1.1510 7 3 1 16 84.29 4.43 1.1489 6 2 6 16 84.66 1.01 1.1449 4 1 9 16 85.44 1.62 1.1364 2 2 10 8 85.54 1.73 1.1353 3 3 9 8 86.29 1.59 1.1274 6 5 0 8 87.43 6.30 1.1155 5 2 8 16 87.60 1.87 1.1138 6 1 7 16 88.12 2.57 1.1086 6 5 2 16 88.69 2.71 1.1029 6 3 6 16 88.89 1.15 1.1009 1 0 11 8 ================================================================================ XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.