www.viniti.ru Всероссийский Институт Научной и Технической Информации
 

База данных PEIS-V больше не обновляется с 1 июня 2018г.

The PEIS-V database is no longer updated from June 1, 2018


Physics Electronic Information Service by VINITI

PEIS-V | Help

Взаимодействие атома со сверхсильными лазерными полями

Аедреев А.В.

Ж. эксперим. и теор. физ., vol: 116, num: 3, 793-806, published: , RU


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

   Optics.
      Optics of atoms and ions
         Interaction of atoms with strong light fields.

   Laser physics.
      Laser action on matter.
         Matter in superintense light field.
            Atoms in superintense fields.

   Laser physics.
      Fundamentals of laser physics.
         Interaction of light with atoms and ions.

   Plasma Physics (including Thermonuclear Fusion).
      Elementary processes in plasma.
         Atomic processes in radiation fields.

   Particles and fields.
      Quantum mechanics.
         Bound states.
            States in external fields.

   Particles and fields.
      Quantum mechanics.
         Bound states.
            Singular potentials.

   Particles and fields.
      Quantum mechanics.
         Bound states.
            Perturbation theory.

   Particles and fields.
      Electromagnetic interactions (theory).
         Electromagnetic properties of leptons.
            Bound systems (hydrogen atom, positronium, etc.).

   Particles and fields.
      Electromagnetic interactions (theory).
         Electromagnetic properties of leptons.
            Interactions of electrons with external electromagnetic fields.

   Atoms and molecules.
      General problems of atomic and molecular physics.
         Methods of the quantum mechanics of atoms and molecules.
            Atoms.

   Atoms and molecules.
      Interaction of atoms and molecules with external fields and radiation.
         General problems.

   Atoms and molecules.
      Interaction of atoms and molecules with external fields and radiation.
         Transitions by laser radiation.

   Atoms and molecules.
      Interaction of atoms and molecules with external fields and radiation.
         Photoionisation and photodissociation.
            Photoionisation of atoms and molecules.