Оптическое деление частоты при распространении лазерного излучения в среде с насыщением поглощения и дисперсии

Inna L. Plastun, Мисюрин Артём Геннадиевич

Published Jan 1, 2010• 0 citations

Abstract

On the basis of spatio-temporal numerical model the non-stationary manifestation conditions in frequency-modulated cw laser beam propagating in resonance conditions are investigated. Generation of subharmonic and optical frequency division are observed and analyzed in conditions of cw laser beam resonance self-action.

Related papers

Исследование влияния нестационарных когерентных эффектов и резонансного самовоздействия на характеристики лазерного пучка, модулированного по частоте

Inna L. Plastun, Vladimir Leonardovich Derbov

Periodical modulation of frequency, typical for spectroscopic purposes, is numerically modelled in transversely limited, propagated through a saturable two-level absorber cw laser beams. At modulation periods comparable with the atomic relaxation times the time and frequency dependence of the output intensity exhibits the manifestations of delayed medium response, including time-dependent lens and aperture effects that may be of importance in spectroscopy. Simultaneous manifestation and interaction of resonant self-action and non-stationary transients are analyzed in present work.

Jan 1, 20090 citations

Resonance self-action and optical transient nutation in frequency-modulated cw laser beams

Inna L. Plastun, Artem Gennadievich Misurin

By numerical simulation we investigate the non-stationary manifestations and nonlinear dynamics of frequency - modulated cw laser beam propagated in resonance conditions. At modulation periods comparable with the atomic relaxation times the time dependence of the output intensity exhibits the manifestations of the optical transient nutation and resonance self-action effects. In the present paper we analyse the effect of resonance self-action on optical nutation and its dynamical manifestations.

Proceedings of SPIE, the International Society for Optical Engineering/Proceedings of SPIEFeb 26, 20133 citations

Нестационарная оптическая нутация в частотно-модулированных протяжённых лазерных пучках в условиях резонансного самовоздействия

Inna L. Plastun, Мисюрин Артём Геннадиевич

On the basis of numerical simulations an optical transient nutation is investigated. This effect is developed on high modulation amplitude of frequency-modulated cw laser beam propagating in resonance conditions. At modulation periods comparable with the atomic relaxation times the time dependence of the output intensity exhibits the combined manifestations of optical nutation and resonance self-action

Известия Саратовского университета. Новая серия. Серия ФизикаJan 1, 20120 citations

Математическая модель распространения лазерного излучения в двухуровневой среде с насыщением поглощения и дисперсии

Inna L. Plastun

The numerical model of the periodical modulated CW laser emission transmission through a two-level ambience saturable absorber and dispersion is presented in the article. Within the framework of the scalar paraxial optics the investigated system is described by the set of normalized Maxwell-Bloch equations. To solve the equations we use second-order scheme based on the decomposition of the transverse field pattern in terms of Gauss Laguerre modes described in this paper.

Вестник Саратовского государственного технического университетаJan 1, 20100 citations

Transverse dynamics and boundary conditions of resonance self-action in frequency-modulated cw laser beams

Inna L. Plastun, Бокарев Андрей Николаевич

In present paper we investigate the transverse dynamics of frequency-modulated cw laser beam propagated in resonance conditions. At modulation periods comparable with the atomic relaxation times the time dependence of the output intensity exhibits the manifestations of resonance self-action effects. The influence of resonance self-induced lens and aperture on cw laser beam transverse profile and the boundary conditions of self-action are analyzed by numerical simulation.

Proceedings of SPIE, the International Society for Optical Engineering/Proceedings of SPIEJan 29, 20140 citations

Manifestations of optical transient nutation in frequency- modulated cw laser beams

Inna L. Plastun, Artem Gennadievich Misurin

On the basis of numerical simulations an optical transient nutation in frequency-modulated cw laser beams is investigated. This effect is developed on high modulation amplitude of frequency - modulated cw laser beam propagating in resonance conditions. At modulation periods comparable with the atomic relaxation times the time dependence of the output intensity exhibits the combined manifestations of optical nutation and resonance self-action.

CAOL . International Conference on Advanced Optoelectronics and LasersSep 1, 20130 citations