COMPUTER MODELING OF INTERPLAY OF LIGHT WITH NANOSCALE STRUCTURES
( Pp. 250-252)

More about authors
Pritotskiy Egor Michailovich aspirant; inzhener
Vladimir State University, Vladimir, Russia; State Laser Proving Groung «Raduga», Raduzhniy, Russia Pritotskaya Anastasia Pavlovna aspirant; inzhener
Vladimir State University, Vladimir, Russia; State Laser Proving Groung «Raduga», Raduzhniy, Russia
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Abstract:
Presented researches of the spectral characteristics of silver on quartz glass using computer modeling the interplay of light with nanoscale structures. Comparative analysis of the optical characteristics of thin films and granular structures (tightly packed different size and not tightly packed same size spheres) of the silver showed that the packing density and particle size of the nanometer scale significantly influence on the optical properties non-uniform metal coatings.
How to Cite:
Pritotskiy E.M., Pritotskaya A.P., (2016), COMPUTER MODELING OF INTERPLAY OF LIGHT WITH NANOSCALE STRUCTURES. Computational Nanotechnology, 3: 250-252.
Reference list:
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Putilin E.S. Opticheskie pokrytiya. Uchebnoe posobie. - S.-P.: SPbGU ITMO, 2010. - S. 65.
Electromagnetic Template Library. Rezhim dostupa: http://fdtd.kintechlab.com/ru/fdtd.
Keywords:
visible light, inhomogeneous coatings, reflection, transmission, absorption.