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Эффекты фазовой само- и кросс-модуляции при генерации третьей гармоники в полом волноводе

Желтиков А.М., Коротеев Н.И., Наумов А.Н.

Ж. эксперим. и теор. физ., vol: 115, num: 5, 1561-1579, published: , RU


   Gases and liquids. Thermodynamics and statistical physics.
      Statistical thermodynamics.
         Thermodynamics and statistical physics of quantum systems.
            Interaction of matter with electromagnetic field.

   Plasma Physics (including Thermonuclear Fusion).
      Oscillations and waves in plasma.
         Excitation of oscillations. Antennas in plasma.

   Plasma Physics (including Thermonuclear Fusion).
      Plasma applications.
         Gas lasers.

   Laser physics.
      Nonlinear optical frequency convertors.
         Third harmonic generation (THG).
            THG theory.

   Laser physics.
      Fundamentals of laser physics.
         Physics of nonlinear optical processes.
            Wave self-actions.

   Laser physics.
      Optical waveguides. Integrated optics. Photonics.
         Nonlinear effects in optical waveguides.
            Harmonic generation.

   Laser physics.
      Propagation of laser radiation.
         Self-actions of light waves in nonlinear media.
            Self-modulation of light waves.

   Laser physics.
      Propagation of laser radiation.
         General problems of laser light propagation in nonlinear media.
            Transient effects.

   Optics.
      Radiation and wave optics.
         Nonlinear effects
            Harmonic generation.

   Radiophysics. Physical electronics.
      Electromagnetic wave propagation.
         General theory.
            Nonlinear wave propagation.

   Radiophysics. Physical electronics.
      Radiowave and microwave electrodynamics. Radiowave and microwave measurements.
         Waveguides and transmission lines.
            Nonlinear phenomena.

   Radiophysics. Physical electronics.
      Radiowave and microwave electrodynamics. Radiowave and microwave measurements.
         Waveguides and transmission lines.
            Dielectric waveguides of microwave and optical bands.
               General theory.