Title: Photodeflection spectroscopy of magnetoactive superlattices irradiated by Bessel–Gaussian light beams
Authors: Mityurich, G.S.
Chernenok, E.V.
Serdyukov, A.N.
Митюрич, Г.С.
Сердюков, А.Н.
Keywords: photodeflection spectroscopy
Bessel light beam
Maxwell equation
Green function
magnetoactive superlattice
Bessel function
heat transfer equation
photodeflection angle
Issue Date: 2015
Citation: Mityurich, G.S. Photodeflection spectroscopy of magnetoactive superlattices irradiated by Bessel–Gaussian light beams / G.S. Mityurich, E.V. Chernenok, A.N. Chernenok // Journal of Applied Spectroscopy. - 2015. - Vol. 82, No. 2. - P. 254-260.
Abstract: The mechanism for the formation of photodeflection signals in magnetoactive superlattices irradiated by polarized modes of Bessel–Gaussian light beams is studied. The feasibility of controlling the spatial distribution of the temperature distribution in test samples with subsequent thermo-optical excitation of photodeflection signals is established. A method is proposed for nondestructive monitoring of the geometrical parameters of magnetoactive superlattices by means of laser photodeflection spectroscopy.
URI: http://elib.gsu.by/jspui/handle/123456789/33355
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