13 research outputs found
Application of FDTD method for the solution of diffraction problems in non-homogeneous dissipative
No full textSolution of a wide class of problems concerning propagation of electromagnetic waves (EMW's) in non-homogeneous dissipative media by analytical methods of diffraction theory is practically impossible. Use of the finite-difference time-domain (FDTD) numerical method, that finds a wide application in recent years due to rapid evolution of computer techniques, is appropriate. This method has already presented itself in a good light for the solution of quite a number of electrodynamic problems
Effect of the Initial Doping Level on Changes in the Free-Carrier Concentration in Porous Silicon during Ammonia Adsorption
No full textInfluence of Pyridine Molecule Adsorption on Concentrations of Free Carriers and Paramagnetic Centers in Porous Silicon Layers
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The role of boron impurity in the activation of free charge carriers in layers of porous silicon during the adsorption of acceptor molecules
No full textElectrodynamic properties of nanoporous silicon in the range from terahertz to infrared frequencies
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Preparation of Pyramids Structured Silicon as a Support for Nano Sized Zero Valent Iron Particles for Nitrate Removal from Water
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