Electromagnetic Scattering: ProceedingsMilton Kerker |
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Contents
Scattering of Short Waves | 3 |
Light Scattering from Objects with Spherical Symmetry 25 | 25 |
Scattering of Electromagnetic Waves from Two Concentric Spheres | 37 |
Copyright | |
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A₁ absorption amplitude angular anisotropic approximation asymptotic average axial axis B₁ back-scattering beam calculated Chem coefficient colloid component computed concentration constant corresponding cross-section curve Debye density determined dielectric diffraction direction distance distribution double layer electrons equation experimental extinction field fluctuations geometrical optics given glory ray Hulst ice spheres incident index of refraction integral isotropic light scattering maxima and minima maximum measurements medium metal method micelle Mie theory minima molecular weight molecules multiple scattering observed obtained parameter particles phase Phys plane plotted polarizability polarization Polymer problem radiation radius ratio Rayleigh Rayleigh scattering reflection refractive index region scattered intensity scattering amplitude scattering angle scattering diagrams scattering functions small angle solution solvent spherical spheroids spherulites surface theoretical theory turbidity values van de Hulst vector volume wave wavelength X-ray scattering zodiacal light