CAJ | 학술논문

以Co基非晶带状薄膜为模型，利用Landau-Lifshitz方程求得薄膜在稳恒磁场和交变磁场同时作用下的磁导率张量和有效磁导率，从Maxwell方程组出发求得非晶薄膜的阻抗表达式，进而得到铁磁性非晶薄膜在稳恒磁场和交变磁场同时作用下的阻抗表达式。
이Co기비정대상박막위모형，이용Landau-Lifshitz방정구득박막재은항자장화교변자장동시작용하적자도솔장량화유효자도솔，종Maxwell방정조출발구득비정박막적조항표체식，진이득도철자성비정박막재은항자장화교변자장동시작용하적조항표체식。
Based on the theory model for thin Co-based amorphous conductive film, magnetic permeability tensor and effective permeability for thin ferromagnetic amorphous conductive film under applied stability constant magnetic field and alternating magnetic field are obtained by Landau-Lifshitz equation. Impedance expression of this film is solved by Maxwell equation, and resultantly impedance expression of this film under both applied stability constant magnetic field and alternating magnetic field is solved in the end.