COMPUTER SIMULATION STUDY OF PHYSICAL PROPERTIES OF NANOSIZED BIOSTRUCTURES

Abstract

Computer simulation study of bionanoparticles’ physical properties, method of estimation of electromagnetic (EM) spectrum and resonance wave-length ranges is considered. Solution of well-established classical electrodynamics boundary problem is applied to nanobioparticles characterization. Possibility of appreciation EM spectrum and EM field distribution is demonstrated for virion of Tobacco Mosaic Virus (TMV), which is modeled by the particle of cylindrical shape and definite geometrical, electrical and magnetic characteristics. A set of resonance wavelength is observed in ultraviolet (NUV-EUV) range of TMV particle’s spectrum.