Ba0.98 Fe5.905 O11 Zn0.94 Collomb A, Muller J, Argoud R Journal of Magnetism and Magnetic Materials 130 (1994) 367-376 Low-temperature studies of two Y-type hexagonal ferrites: Ba Zn Fe6 O11 and Ba Co Fe6 O11 _cod_database_code 1008690 _database_code_amcsd 0016576 CELL PARAMETERS: 5.8610 5.8610 43.5030 90.000 90.000 120.000 SPACE GROUP: R-3m X-RAY WAVELENGTH: 1.541838 Cell Volume: 1294.176 Density (g/cm3): 5.419 MAX. ABS. INTENSITY / VOLUME**2: 37.16726064 RIR: 2.233 RIR based on corundum from Acta Crystallographica A38 (1982) 733-739 2-THETA INTENSITY D-SPACING H K L Multiplicity 17.59 3.79 5.0416 1 0 1 6 17.95 1.90 4.9430 0 1 2 6 19.30 8.43 4.5995 1 0 4 6 20.25 2.59 4.3843 0 1 5 6 22.62 4.12 3.9312 1 0 7 6 23.98 6.16 3.7105 0 1 8 6 24.56 12.37 3.6252 0 0 12 2 26.99 1.35 3.3031 1 0 10 6 28.61 3.68 3.1197 0 1 11 6 30.50 100.00 2.9305 1 1 0 6 30.83 18.29 2.9002 0 0 15 2 31.14 28.14 2.8724 1 1 3 12 32.04 81.82 2.7938 1 0 13 6 32.97 30.77 2.7170 1 1 6 12 33.82 49.14 2.6502 0 1 14 6 35.43 6.30 2.5336 0 2 1 6 35.62 1.65 2.5208 2 0 2 6 35.83 79.42 2.5059 1 1 9 12 36.35 24.08 2.4715 0 2 4 6 36.89 27.28 2.4364 2 0 5 6 37.53 10.58 2.3967 1 0 16 6 38.31 10.70 2.3495 0 2 7 6 39.54 1.28 2.2790 1 1 12 12 41.18 64.16 2.1921 0 2 10 6 43.92 4.42 2.0614 1 1 15 12 45.36 6.11 1.9993 0 1 20 6 48.60 1.01 1.8735 1 2 5 12 48.85 2.01 1.8645 1 1 18 12 49.11 11.78 1.8553 0 2 16 6 49.47 3.14 1.8425 1 0 22 6 49.74 2.16 1.8331 2 1 7 12 50.44 2.04 1.8092 1 2 8 12 50.66 9.69 1.8020 2 0 17 6 53.93 13.46 1.7000 0 2 19 6 54.21 18.18 1.6919 3 0 0 6 54.61 2.33 1.6805 0 3 3 6 54.61 3.36 1.6805 3 0 3 6 55.19 31.05 1.6644 2 1 13 12 55.65 14.31 1.6516 2 0 20 6 55.79 4.90 1.6477 0 3 6 6 55.79 1.80 1.6477 3 0 6 6 55.85 6.38 1.6461 1 0 25 6 56.36 24.50 1.6324 1 2 14 12 57.17 6.50 1.6112 0 0 27 2 57.73 9.55 1.5969 0 3 9 6 57.73 8.60 1.5969 3 0 9 6 58.04 2.05 1.5891 0 1 26 6 58.92 7.74 1.5675 2 1 16 12 59.24 15.11 1.5598 0 2 22 6 60.01 3.75 1.5416 1 1 24 12 61.11 10.13 1.5166 2 0 23 6 62.52 1.86 1.4856 1 0 28 6 63.49 55.95 1.4653 2 2 0 6 63.68 1.08 1.4614 3 0 15 6 64.80 5.71 1.4388 1 2 20 12 64.98 6.61 1.4352 0 2 25 6 66.19 3.68 1.4119 1 1 27 12 66.99 13.38 1.3969 2 0 26 6 68.10 1.70 1.3769 2 1 22 12 69.15 3.40 1.3585 2 2 12 12 71.90 1.98 1.3132 0 1 32 6 72.24 8.31 1.3078 2 2 15 12 72.76 5.22 1.2997 1 1 30 12 72.90 12.98 1.2976 1 3 13 12 73.47 4.70 1.2889 2 1 25 12 73.91 8.27 1.2823 3 1 14 12 75.38 1.27 1.2610 1 2 26 12 75.42 2.18 1.2604 4 0 4 6 75.75 3.34 1.2557 0 4 5 6 76.15 2.43 1.2501 1 3 16 12 76.64 1.11 1.2433 4 0 7 6 76.83 1.87 1.2407 1 0 34 6 78.52 6.64 1.2182 4 0 10 6 79.36 2.08 1.2074 2 1 28 12 79.37 1.58 1.2073 0 1 35 6 79.77 4.16 1.2022 1 1 33 12 81.43 2.34 1.1818 3 1 20 12 82.71 1.12 1.1668 0 3 27 6 84.20 1.82 1.1499 4 0 16 6 84.48 1.30 1.1468 1 3 22 12 85.39 1.76 1.1368 0 4 17 6 87.27 1.39 1.1172 1 1 36 12 87.99 2.49 1.1099 4 0 19 6 88.06 1.50 1.1092 1 2 32 12 88.22 2.90 1.1076 4 1 0 12 88.88 1.10 1.1010 0 3 30 6 88.88 2.02 1.1010 3 0 30 6 89.01 2.67 1.0998 3 2 13 12 89.39 3.18 1.0961 0 4 20 6 89.56 3.26 1.0945 1 3 25 12 89.98 1.39 1.0904 2 3 14 12 ================================================================================ XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.