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V.S. Kortov, A.I. Slesarev, V.V. Rogov (1986)
Ekzoemissionnyi kontrol’ poverkhnosti detalei posle obrabotki
V. Boldyrev, A. Veksler, V. Lemzyakov (1998)
An exoelectron emission study of the crystallization behavior of amorphous Fe64Co21B15 metallic foilsInorganic Materials, 34
V.I. Boldyrev, A.S. Veksler, O.V. Lemzyakov (1998)
An Exoelectron Emission Study of the Crystallization Behavior of Amorphous Fe64Co21B15 Metallic FoilsNeorg. Mater., 34
G. Herzer, H. Hilzinger (1986)
Surface crystallisation and magnetic properties in amorphous iron rich alloysJournal of Magnetism and Magnetic Materials, 62
V.I. Chechernikov (1963)
Magnitnye izmereniya
C. Gorecki, T. Gorecki (1993)
Thermal Stability and Crystallization Kinetics of Metallic Glasses Fe80-x TxB20 as Studied by EEE and DTA TechniquesPoverkhnost, 7
J. González, J. Vicent (1985)
Surface and bulk magnetic anisotropy in amorphous alloysJournal of Applied Physics, 57
V.I. Boldyrev, A.S. Veksler, N.I. Noskova (1999)
Crystallization Kinetics of the Fe64Co21B15 Metallic GlassFiz. Met. Metalloved., 87
H. Hilzinger, G. Herzer (1988)
Effects of surface crystallization on the magnetic properties in iron-rich metallic glassesMaterials Science and Engineering, 99
The surface crystallization induced in the amorphous alloy Fe81.5B13.5Si3C2by thermal or thermomagnetic treatment at temperatures from 340 to 440°C was studied by exoelectron emission spectroscopy and magnetic measurements. It was found that, in the range 360–390°C, the coercivity and remanence of the alloy pass through a minimum, while the differential permeability shows a maximum. The results are interpreted in terms of the stresses developing during crystallization and their effect on the magnetic anisotropy.
Inorganic Materials – Springer Journals
Published: Oct 8, 2004
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