Author: Vladimir V. Arabadzhi

Solutions to Problems of Controlling Long Waves with the Help of Micro-Structure Tools

eBook: US $28 Special Offer (PDF + Printed Copy): US $122
Printed Copy: US $108
Library License: US $112
ISBN: 978-1-60805-369-8 (Print)
ISBN: 978-1-60805-275-2 (Online)
Year of Publication: 2011
DOI: 10.2174/97816080527521110101

Introduction

In recent times the idea of cloaking has become very popular. After radar and sonar were discovered, problems of “visibility” reduction for physical bodies in air (by electromagnetic waves) or in water (by acoustical waves) have immediately become serious areas of research in physics. New technologies (sensors, actuators) of high spatial-temporal resolution, metamaterials and new computers with fast and accurate calculations, in combination with nontraditional versions of solutions to these boundary problems, have allowed physicists to obtain successful results in some cases. This e-book presents a rare attempt to understand the cloaking problem as a whole. The book should be useful for readers with a strong interest in contemporary problem solving approaches in the physics of waves.

Foreword

- Pp. i
Mal’tsev A.A.
Download Free

Preface

- Pp. ii
Vladimir V. Arabadzhi
Download Free

Introduction

- Pp. 3-17 (15)
Vladimir V. Arabadzhi
View Abstract

Absorption Maximization

- Pp. 18-45 (28)
Vladimir V. Arabadzhi
View Abstract

Black Body Approach: Parametric Version

- Pp. 46-85 (40)
Vladimir V. Arabadzhi
View Abstract

Approach of Transparent Body: Active Suppression of Radiation and Acoustical Scattering Fields, Produced by Some Physical Bodies in Liquids

- Pp. 86-138 (53)
Vladimir V. Arabadzhi
View Abstract

Acoustical Sources of One-sided Radiation

- Pp. 139-165 (27)
Vladimir V. Arabadzhi
View Abstract

References

- Pp. 166-169 (4)
Vladimir V. Arabadzhi
View Abstract

Index

- Pp. 170-173 (4)
Vladimir V. Arabadzhi
View Abstract

RELATED BOOKS

.Ion Implantation and Activation.
.Ion Implantation and Activation.
.Ion Implantation and Activation.
.Classical Mechanics and Quantum Mechanics: An Historic-Axiomatic Approach.