B Fe14 H1.86 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 1008720 _database_code_amcsd 0016604 CELL PARAMETERS: 8.8690 8.8690 12.2940 90.000 90.000 90.000 SPACE GROUP: P4_2/mnm X-RAY WAVELENGTH: 1.541838 Cell Volume: 967.036 Density (g/cm3): 7.438 MAX. ABS. INTENSITY / VOLUME**2: 42.19745737 RIR: 1.847 RIR based on corundum from Acta Crystallographica A38 (1982) 733-739 2-THETA INTENSITY D-SPACING H K L Multiplicity 14.12 1.78 6.2713 1 1 0 4 20.02 1.59 4.4345 2 0 0 4 22.42 10.27 3.9663 2 1 0 8 23.92 6.03 3.7201 1 0 3 8 24.76 19.18 3.5963 2 0 2 8 25.97 2.32 3.4305 1 1 3 8 26.75 44.85 3.3328 2 1 2 16 28.46 10.57 3.1357 2 2 0 4 29.05 6.71 3.0735 0 0 4 2 29.40 12.44 3.0384 2 2 1 8 31.11 7.76 2.8744 3 0 1 8 31.91 5.93 2.8046 3 1 0 8 32.04 24.82 2.7932 2 2 2 8 32.44 5.10 2.7599 1 1 4 8 32.75 49.94 2.7344 3 1 1 16 35.17 13.58 2.5516 3 1 2 16 35.54 31.53 2.5261 2 0 4 8 36.07 14.68 2.4903 2 2 3 8 36.53 1.04 2.4598 3 2 0 8 37.00 83.91 2.4295 2 1 4 16 37.28 2.12 2.4120 3 2 1 16 37.51 10.33 2.3976 3 0 3 8 37.97 43.52 2.3694 1 0 5 8 38.91 57.97 2.3145 3 1 3 16 39.36 17.40 2.2891 1 1 5 8 39.46 9.49 2.2838 3 2 2 16 41.12 53.83 2.1949 2 2 4 8 42.00 100.00 2.1510 4 1 0 8 42.67 61.33 2.1189 4 1 1 16 42.88 1.92 2.1090 3 2 3 16 43.28 37.13 2.0904 3 3 0 4 43.29 1.81 2.0898 2 1 5 16 43.38 9.81 2.0857 4 0 2 8 43.69 72.82 2.0717 3 1 4 16 43.93 28.84 2.0609 3 3 1 8 44.20 18.74 2.0490 0 0 6 2 44.63 3.37 2.0303 4 1 2 16 45.85 4.44 1.9791 3 3 2 8 46.63 8.91 1.9477 1 1 6 8 46.96 4.27 1.9349 2 2 5 8 47.33 18.67 1.9205 3 2 4 16 47.75 25.62 1.9046 4 1 3 16 48.13 7.28 1.8904 3 0 5 8 48.22 1.96 1.8874 4 2 2 16 48.91 11.53 1.8622 3 3 3 8 50.77 4.21 1.7982 4 0 4 8 51.17 2.84 1.7851 4 2 3 16 51.88 2.60 1.7623 4 1 4 16 52.09 3.28 1.7556 4 3 1 16 52.62 2.79 1.7394 5 1 0 8 52.63 1.36 1.7390 3 2 5 16 53.16 2.19 1.7228 1 0 7 8 53.18 7.71 1.7222 5 1 1 16 53.79 4.08 1.7043 4 3 2 16 54.24 1.12 1.6912 1 1 7 8 55.11 5.13 1.6664 4 2 4 16 55.54 2.01 1.6545 3 1 6 16 56.53 4.73 1.6278 5 0 3 8 56.53 13.36 1.6278 4 3 3 16 56.87 7.86 1.6190 4 1 5 16 57.57 18.69 1.6011 5 1 3 16 57.90 2.05 1.5926 3 3 5 8 57.97 5.17 1.5908 5 2 2 16 58.64 2.16 1.5744 3 2 6 16 58.91 4.10 1.5678 4 4 0 4 60.22 6.72 1.5367 0 0 8 2 60.41 5.07 1.5323 2 2 7 8 60.59 3.34 1.5281 5 2 3 16 60.99 9.81 1.5192 4 4 2 8 61.40 1.68 1.5099 3 0 7 8 62.20 1.37 1.4926 1 1 8 8 62.38 15.49 1.4885 3 1 7 16 62.61 2.75 1.4836 4 1 6 16 63.58 1.20 1.4633 3 3 6 8 64.14 6.02 1.4520 2 0 8 8 64.15 4.95 1.4517 5 2 4 16 64.81 9.41 1.4385 4 3 5 16 64.81 4.23 1.4385 5 0 5 8 65.09 6.90 1.4330 2 1 8 16 65.50 3.94 1.4250 4 2 6 16 65.76 18.84 1.4200 5 1 5 16 66.70 2.62 1.4023 6 2 0 8 67.01 7.61 1.3966 4 4 4 8 67.19 3.93 1.3933 6 2 1 16 67.93 2.22 1.3799 2 2 8 8 68.28 1.20 1.3737 6 1 3 16 68.58 2.73 1.3683 5 2 5 16 68.65 5.35 1.3672 6 2 2 16 68.88 4.44 1.3632 5 3 4 16 69.04 2.49 1.3604 4 1 7 16 69.78 1.77 1.3477 3 1 8 16 69.96 1.57 1.3447 3 3 7 8 70.72 2.40 1.3321 6 0 4 8 71.05 4.03 1.3268 6 2 3 16 71.10 2.30 1.3260 5 1 6 16 71.35 2.71 1.3220 4 4 5 8 71.64 3.47 1.3173 6 1 4 16 71.96 1.27 1.3122 5 4 3 16 72.53 1.90 1.3033 3 2 8 16 73.23 1.17 1.2926 6 3 2 16 73.30 1.43 1.2916 2 1 9 16 75.23 3.37 1.2630 4 0 8 8 75.25 3.86 1.2628 5 4 4 16 75.42 1.12 1.2603 7 0 1 8 75.57 5.31 1.2582 6 3 3 16 75.85 3.91 1.2543 5 5 0 4 76.13 7.85 1.2504 4 1 8 16 76.32 3.04 1.2478 5 5 1 8 76.88 5.37 1.2400 3 0 9 8 77.19 1.42 1.2359 5 1 7 16 77.67 1.27 1.2294 0 0 10 2 77.70 1.75 1.2289 5 5 2 8 77.70 1.30 1.2289 7 1 2 16 77.77 5.49 1.2281 3 1 9 16 78.52 5.67 1.2183 7 2 0 8 78.79 4.47 1.2147 4 2 8 16 78.80 5.25 1.2145 6 3 4 16 78.97 11.81 1.2123 7 2 1 16 79.12 8.01 1.2105 7 0 3 8 79.47 1.93 1.2060 6 4 2 16 80.00 2.54 1.1993 5 5 3 8 80.00 1.16 1.1993 7 1 3 16 80.35 5.78 1.1950 7 2 2 16 80.41 2.60 1.1942 3 2 9 16 80.92 1.59 1.1880 6 1 6 16 81.75 4.19 1.1780 6 4 3 16 82.63 1.48 1.1677 7 2 3 16 83.17 3.41 1.1615 4 3 8 16 83.19 1.71 1.1613 7 1 4 16 83.54 3.50 1.1572 6 2 6 16 84.68 1.66 1.1446 2 2 10 8 84.78 1.42 1.1435 3 3 9 8 85.51 1.31 1.1356 6 5 0 8 86.65 5.81 1.1236 5 2 8 16 86.82 1.95 1.1218 6 1 7 16 87.32 2.58 1.1167 6 5 2 16 87.89 2.74 1.1109 6 3 6 16 88.09 1.11 1.1089 1 0 11 8 89.25 4.38 1.0975 4 4 8 8 89.42 3.93 1.0958 6 2 7 16 89.92 2.14 1.0910 8 0 2 8 ================================================================================ XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.