RT Journal Article ID 2d8c847f25bc3ec8 A1 Nedukh, S. V. A1 Khodzitsky, M. K. A1 Tarapov, S. I. T1 Origins of Giant Magnetic Impedance Effect in Magnetic Nanostructures in Millimeter Waveband JF Telecommunications and Radio Engineering JO TRE YR 2006 FD 2006-07-01 VO 65 IS 11-15 SP 1285 OP 1291 AB The dependence of a complex transmission coefficient of the electromagnetic wave passing through multilayered and granular nanostructures demonstrating giant magnetic impedance phenomenon as a function of an external magnetic field has been explored in the millimeter waveband (f =34 GHz). The magnetic multilayer film Fe6(Co1/Cu2)16 and magnetic granular film Co51.5Al19.5O29 have been investigated. The maximum magnitudes of the relative module of the complex transmission coefficient 2% and its phase shift ΔφT ≈ 1° have been detected. The interrelation between complex impedance Z and the effective conductivity of magnetic nanostructure is analyzed. PB Begell House LK https://www.dl.begellhouse.com/journals/0632a9d54950b268,021bee984e7a0976,2d8c847f25bc3ec8.html