دانلود کتاب Introduction to Photonic and Phononic Crystals and Metamaterials

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Preface
Introduction
Review of Acoustics and Electromagnetism
Acoustics
Elastic Theory
Theory of Fluid Mechanics
Electromagnetic Theory
Fields, Forces, and Energy
Maxwell Equations
Solutions of Maxwell Equations: Electromagnetic Waves
Relativistic Formulation
Acoustic and Electromagnetic Scattering from Cylinders
Acoustical Scattering
Elastic Waves in the Isotropic Homogeneous Solid
Elastic Waves in the Fluid
General Solutions of the Helmholtz Equation for Fluids and Solids
Boundary Conditions
Application of the Boundary Conditions and Solution of the Problem
An Example
Electromagnetic Scattering
Incident Solutions in the Region Outside the Cylinder
Electric Field Polarized Parallel to the Cylinder Axis
Magnetic Field Polarized Parallel to the Cylinder Axis
Examples of Electromagnetic Scattering from Cylinders
Photonic and Phononic Crystals
Treatment of Periodic Functions
One-Dimensional Systems
Two-Dimensional and Three-Dimensional Lattices
Point Group Symmetries
Rotational Symmetry
Effects of Symmetry of the Equations of Motion
Symmetry Groups
Symmetries and Eigenvalue Degeneracies
Classes of the Group
Importance of the Classes
Irreducible Representations and Class Orthogonality Relationships
Example of the Character Orthogonality Relationships
An Application of the Character Table in Band Structure Calculations
Photonic and Phononic Crystals and their Applications
Photonic Crystal Systems
Phononic Crystal Systems
Photonic Crystal Applications in Fiber Optics
Model of an Infinite Straight Waveguide of Circular Cross Section
Example of a Cylindrical Waveguide with Perfect Conducting Walls
Applications of Resonant Cavities and Photonic Crystal Technologies
Acoustic and Electromagnetic Metamaterials
Effective Media Methods for Composite Media
Resonator Based Metamaterials
Negative Effective Mass
Negative Young\'s Modulus
Negative Young\'s Modulus and Negative Effective Mass
Optical Metamaterials
Magneto-Inductive Waves
Optical Materials with Negative Index of Refraction
Double Negative Optical Metamaterials
Design of Optical Metamaterials
Refraction at an Interface
Going from Positive to Positive Indexed Media
Going from Positive to Negative Indexed Media
Snell\'s Law
Some Applications of Negative Index Materials
Some Final Considerations and Recent Developments
Surfaces and Surface Waves
Surface Acoustic Waves
Rayleigh Waves
Love Waves
Surface Electromagnetic Waves
Surface Electromagnet Waves on a Planar Interface Between Two Media
Finite Layered Media
Applications of Electromagnetic and Acoustic Surface Waves
References
Author\'s Biography
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