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Light Scattering by Systems of Particles (Springer Series in Optical Sciences) 
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9783540336969/3540336966
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    Basic Theory of Electromagnetic Scatteringp. 1
    Maxwell's Equations and Constitutive Relationsp. 1
    Incident Fieldp. 9
    Polarizationp. 9
    Vector Spherical Wave Expansionp. 15
    Internal Fieldp. 21
    Anisotropic Mediap. 22
    Chiral Mediap. 30
    Scattered Fieldp. 33
    Stratton-Chu Formulasp. 34
    Far-Field Pattern and Amplitude Matrixp. 40
    Phase and Extinction Matricesp. 44
    Extinction, Scattering and Absorption Cross-Sectionsp. 48
    Optical Theoremp. 53
    Reciprocityp. 54
    Transition Matrixp. 57
    Definitionp. 58
    Unitarity and Symmetryp. 61
    Randomly Oriented Particlesp. 66
    Null-Field Methodp. 83
    Homogeneous and Isotropic Particlesp. 84
    General Formulationp. 85
    Instabilityp. 89
    Symmetries of the Transition Matrixp. 93
    Practical Considerationsp. 95
    Surface Integral Equation Methodp. 97
    Spherical Particlesp. 99
    Homogeneous and Chiral Particlesp. 102
    Homogeneous and Anisotropic Particlesp. 104
    Inhomogeneous Particlesp. 105
    Formulation with Addition Theoremp. 106
    Formulation without Addition Theoremp. 112
    Layered Particlesp. 115
    General Formulationp. 115
    Practical Formulationp. 118
    Formulation with Discrete Sourcesp. 120
    Concentrically Layered Spheresp. 122
    Multiple Particlesp. 124
    General Formulationp. 124
    Formulation for a System with N Particlesp. 131
    Superposition T-matrix Methodp. 132
    Formulation with Phase Shift Termsp. 136
    Recursive Aggregate T-matrix Algorithmp. 137
    Composite Particlesp. 139
    General Formulationp. 139
    Formulation for a Particle with N Constituentsp. 143
    Formulation with Discrete Sourcesp. 145
    Complex Particlesp. 146
    Effective Medium Modelp. 148
    T-matrix Formulationp. 150
    Generalized Lorentz-Lorenz Lawp. 159
    Generalized Ewald-Oseen Extinction Theoremp. 161
    Pair Distribution Functionsp. 162
    Particle on or near an Infinite Surfacep. 164
    Particle on or near a Plane Surfacep. 164
    Particle on or near an Arbitrary Surfacep. 173
    Simulation Resultsp. 183
    T-matrix Programp. 183
    Complete Uniform Distribution Functionp. 185
    Incomplete Uniform Distribution Functionp. 186
    Electromagnetics Programsp. 188
    T-matrix Programsp. 188
    MMP Programp. 189
    DDSCAT Programp. 192
    CST Microwave Studio Programp. 198
    Homogeneous, Axisymmetric and Nonaxisymmetric Particlesp. 201
    Axisymmetric Particlesp. 201
    Nonaxisymmetric Particlesp. 212
    Triangular Surface Patch Modelp. 216
    Inhomogeneous Particlesp. 221
    Layered Particlesp. 225
    Multiple Particlesp. 230
    Composite Particlesp. 238
    Complex Particlesp. 242
    Particle on or Near a Plane Surfacep. 245
    Effective Medium Modelp. 246
    Spherical Functionsp. 253
    Spherical Bessel Functionsp. 254
    Legendre Functionsp. 256
    Wave Functionsp. 261
    Scalar Wave Functionsp. 261
    Vector Wave Functionsp. 265
    Rotationsp. 270
    Translationsp. 276
    Computational Aspects in Effective Medium Theoryp. 289
    Computation of the Integral I[Characters not reproducible]p. 289
    Computation of the Integral I[Characters not reproducible]p. 292
    Computation of the Terms S[Characters not reproducible] and S[Characters not reproducible]p. 293
    Completeness of Vector Spherical Wave Functionsp. 295
    Referencesp. 303
    Indexp. 317
    Table of Contents provided by Ingram. All Rights Reserved.
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