Complementary Analysis of Epitaxial Fe (001) Films with Improved Electronic Transport and Magnetic Properties

G.M. Mikhailov; L.A. Fomin; V.Yu. Vinnichenko; I.V. Malikov; A.V. Chernikh

doi:10.4028/www.scientific.net/SSP.168-169.300

Paper Titles

Effect of Redistribution of the Optical Spectral Weight in CuO Nanostructured Ceramics
p.285

Magnetic Properties of Plasma Electrolytic Iron-Containing Oxide Coatings on Aluminum and Simulation of Demagnetizing Process
p.289

Temperature Dependence of Magnetoimpedance in FeNi/Cu/FeNi Film Structures with Different Geometries
p.292

Self-Oscillations of Current Density upon Nonequilibrium Electronic Phase Transition in Nearly Magnetic FeSi
p.296

Complementary Analysis of Epitaxial Fe (001) Films with Improved Electronic Transport and Magnetic Properties
p.300

Giant Drop of Magnetic Hysteresis with Decreasing Thickness of Cr-Buffer Layer of CoFe/Cu Superlattices
p.303

Determination of Selective Concentration Profile and Depth Resolved Partial Atomic Distributions for Multilayer Nanoheterostructures
p.307

Making Ferromagnetic Heterostructures Si/Zn_(1-X)Mn_XSiAs₂ and Ge/Zn_(1-X)Mn_XGeAs₂
p.313

Features of Optical Properties and the Electronic Structure of Nanostructured Oxides of 3d-Metals
p.317

HomeSolid State PhenomenaSolid State Phenomena Vols. 168-169Complementary Analysis of Epitaxial Fe (001) Films...

Complementary Analysis of Epitaxial Fe (001) Films with Improved Electronic Transport and Magnetic Properties

Abstract:

Complementary analysis of morphology, crystal structure, electronic transport, and magnetic properties is applied to optimize the epitaxial growth of Fe(001) films with the improved electronic transport and magnetic properties. It was found that the mean free path of residual electrons and coercive forces are correlated in the epitaxial single-crystal Fe(001) films grown under different temperatures and depend on the film morphology.