Complex MediumsSPIE, 2001 - Composite materials |
Contents
Polarimetry of electromagnetic materials Key Lecture 446703 | 3 |
Microscopic model for static and dynamic loading of chiral sculptured thin films 446712 | 12 |
Resonance reflection properties of dipole grids near ideally conducting planes 446725 | 25 |
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Akhlesh Lakhtakia amplitude angle anisotropy antennas applied axis bianisotropic boundary channel chiral coefficients Complex Mediums components composite coupling crystal cylindrical defined deposition diffraction diffraction grating direction effect eigenwaves elastic electric field electromagnetic field electromagnetic wave electron energy density equations experimental ferroelectric ferromagnetic Figure function growth harmonic HAUP homogeneous IEEE Trans incident inhomogeneous interaction isotropic laser layer Linear Isotropic Dielectrics macroscopic magnetic field magnetoelastic magnetooptic magnetostriction material Maxwell's equations measurements Messier metallic glass metamaterials method modulation morphology multipath nonlinear obtained optical orthonormal beams parameters permittivity phase phonon Phys plane wave plasmon plasmon polaritons polaritons polarization propagation properties radiation RCWA reflection refractive index resonant frequency rotation sample scattering sensor signal spatial SPIE stress structure substrate surface temperature TFHBM theory thickness thin films transmittance values vector waveguide wavelength Weiglhofer Zone