Giant Magnetoresistance: New Research

Author： Adrian D. Torres;Daniel A. Perez

Publisher： Nova Science Publishers, Inc.‎

Publication year： 2018

E-ISBN: 9781613249512

P-ISBN(Paperback): 9781604567335

Subject： O441.2 magnetics

Keyword：磁学

Language： ENG

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Giant Magnetoresistance: New Research

Chapter

GIANT MAGNETORESISTANCE:NEW RESEARCH

CONTENTS

PREFACE

MICROWAVE GMR IN MAGNETIC METALLICMULTILAYERS

Abstract

1. Magnetic Metallic Nanostructures

2. High-Frequency Giant Magnetoresistive Effect

2.1. Penetration of Electromagnetic Waves through Metallic Films andNanostructures

2.2. Transmission and Reflection Coefficients

2.3. Electromagnetic Waves Penetration through Fe/Cr Superlattices

2.4. Microwave GMR in Co/PtAg, Co/Cu and FeNi/V Nanostructures

3. High-Frequency Magnetoresistive Effect in Current-Perpendicular-to-Plane Geometry

3.1. Peculiarities of CPP GMR Measured on DC

3.2. Scheme of High-Frequency CPP Measurement in Coaxial Resonator

3.3. Comparison between Current-in-Plane and Current-Perpendicular-to-Plane Magnetoresistance

4. Microwave GMR Measured with Travelling Waves

4.1. Waves in Rectangular Waveguide with Metallic Nanostructure

4.2. Magnetic Field effect on the Wave Number and Transmission andReflection Coefficients

4.3. Sign-Alternating Microwave Magnetoresistive Effect

5. Magnetoresistance of Metallic Nanostructures in InfraredWaveband

6. Magnetic Resonance in Metallic Multilayered Nanostructures

6.1. Types of Magnetic Moment Oscillations. Resonance Spectra

6.2. Magnetic Resonance in Microwave Penetration through MetallicNanostructure

7. Effective Interaction of Electromagnetic Waves of MillimeterWaveband with Metallic Nanostructures

8. Summary and Concluding Remarks

References

02-Manchon-PCC.pdf