スペクトル幾何学と逆散乱問題<br>Spectral Geometry and Inverse Scattering Theory

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スペクトル幾何学と逆散乱問題
Spectral Geometry and Inverse Scattering Theory

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  • 製本 Hardcover:ハードカバー版/ページ数 387 p.
  • 商品コード 9783031346149

Full Description

Inverse scattering problems are a vital subject for both theoretical and experimental studies and remain an active field of research in applied mathematics. This book provides a detailed presentation of typical setup of inverse scattering problems for time-harmonic acoustic, electromagnetic and elastic waves. Moreover, it provides systematical and in-depth discussion on an important class of geometrical inverse scattering problems, where the inverse problem aims at recovering the shape and location of a scatterer independent of its medium properties. Readers of this book will be exposed to a unified framework for analyzing a variety of geometrical inverse scattering problems from a spectral geometric perspective. 

This book contains both overviews of classical results and update-to-date information on latest developments from both a practical and theoretical point of view. It can be used as an advanced graduate textbook in universities or as a referencesource for researchers in acquiring the state-of-the-art results in inverse scattering theory and their potential applications.   

 

Contents

Introduction. -Geometric structures of Laplacian eiegenfunctions.- Geometric structures of Maxwellian eigenfunctions.-  Inverse obstacle and diffraction grating scattering problems.- Path argument for inverse acoustic and electromagnetic obstacle scattering problems.-  Stability for inverse acoustic obstacle scattering problems. - Stability for inverse electromagnetic obstacle scattering problems.-  Geometric structures of Helmholtz's transmission eigenfunctions with general transmission conditions and applications.- Geometric structures of Maxwell's transmission eigenfunctions and applications.- Geometric structures of Lame's transmission eigenfunctions with general ' transmission conditions and applications.-  Geometric properties of Helmholtz's transmission eigenfunctions induced by curvatures and applications. - Stable determination of an acoustic medium scatterer by a single far-field pattern.- Stable determination of an elastic medium scatterer by a single far-field measurement and beyond.

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