光学中的数学模型（英文影印版）
出版时间：2011年版
内容简介
　　this volume addresses recent developments inmathematical modeling in three areas of optical science：diffractive optics， photonic band gap structures， and waveguides.particular emphasis is on the formulation of mathematical modelsand the design and analysis of new computational approaches. thebook contains cutting-edge discourses on areas motivated byemerging technology in optics that provide significant challengesand opportunities for applied mathematicians， researchers， andengineers.each of the three topics is presented through a series of surveypapers to provide a broad overview focusing on the mathematicalmodels. chapters are organized to present model problems， physicalprinciples， mathematical and computational approaches， andengineering applications corresponding to each of the three areas.while some of the subject matter is classical， the topics presentedare new and represent the latest developments in their respectivefields.this book is intended to help researchers and especially graduatestudents gain broad exposure to model problems in the areas ofoptical science：diffractive optics， photonic band gap structures，and waveguides. it includes up-to-date results and references formore experienced researchers while providing introductory materialfor those less familiar with these areas.
目录
foreword
preface
chapter 1
overview and applications of diffractive optics technology
j. allen cox
chapter 2
variational methods for diffractive optics modeling
gang bao and david c. dobson
chapter 3
high-order boundary perturbation methods
oscar p. bruno and fernando reitich
chapter 4
mathematical reflections on the fourier modal method in gratingtheory
lifeng li
chapter 5
electromagnetic models for finite aperiodic diffractive opticalelements
dennis w. prather, mark s. mirotznik, and shouyuan shi
chapter 6
analysis of the diffraction from chiral gratings