... electromagnetic grating microscale nanoscale radiative properties slit array Materials with wavelength-selective and/or polarization-dependent radiative properties play a significant role in modern technologies, including energy conversion, radiation detectors, spectroscopy, and liquid-crystal...

... formulations. nanostructured materials rapid thermal processing thermal stresses heat radiation thermal diffusion Maxwell equations electromagnetic microstructure nanoscale properties radiation Parameters of selected cases, where d G and d T are the depths...

... and s polarizations. In addition to the excitation of surface waves, the emission from the proposed multilayer structure can be greatly enhanced by the cavity resonance mode and the Brewster mode. electromagnetic emitting microstructures radiation thin films Surface microstructures can...

... on the NIM layer thickness and that subdividing the PIM/NIM layers to enhance polariton coupling can reduce the effect of material loss on the tunneling transmittance. multilayers tunnelling radiative transfer polaritons surface electromagnetic waves Electromagnetic Microscale Properties...

... was mostly studied in one-dimensional cases, the confusion had not caused serious problem until the direction of the refraction in a negative-index material was considered. In reality, all radiation propagates in a group of electromagnetic waves of different frequencies. In a nondispersive medium...

.... The calculations of electromagnetic fields inside the rectangular waveguide and the capillary porous materials show that the variation of particle sizes and initial moisture content changes the degree of penetration and rate of microwave power absorbed within the sample. Further, the small particle size leads...