In-situ investigation of patterned magnetic domain structures using magnetic force microscope
J. C. Wu, Haolin Huang, Yuanyuan Huang, Te-ho Wu
Abstract
J. C. Wu, Haolin Huang, Yuanyuan Huang, Te-ho Wu
Abstract
A novel method for in-situ investigation of patterned magnetic domain structures is presented. Micron-length scales of permalloy thin film fabricated by a lift-off process using electron beam lithography were placed on the top and adjacent to an aluminum strip. A magnetic force microscope was used to take continuous images of the patterned permalloy films while an electrical current was applied in the aluminum strip, with which a magnetic field was established through the patterned permalloy films in the perpendicular and plane direction. As a result, changes of the magnetic domain structures were observed in the presence of the applied magnetic field.
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A novel method for in-situ investigation of patterned magnetic domain structures is presented. Micron-length scales of permalloy thin film fabricated by a lift-off process using electron beam lithography were placed on the top and adjacent to an aluminum strip. A magnetic force microscope was used to take continuous images of the patterned permalloy films while an electrical current was applied in the aluminum strip, with which a magnetic field was established through the patterned permalloy films in the perpendicular and plane direction. As a result, changes of the magnetic domain structures were observed in the presence of the applied magnetic field.
Key concepts: Permalloy, Magnetic force microscope, Materials science, Magnetic domain, Electron-beam lithography, Magnetic field, Perpendicular, Single domain