Description of high-power laser radiation in the paraxial approximation the framework of the
paraxial approximation. In this approximation, using a parabolic equation and an expansion
Векторные декартовы пучки Куммера-Гаусса. I. Однородная поляризация. Энергетические свойства of Kummer-Gauss
beams from a uniform polarization are offered and investigated. Restrictions on free
Скалярные астигматические 3D световые пучки Куммера-Гаусса и целочисленного индекса n. The formalism for the description of
paraxial 3D Gaussian
3D световые пучки Куммера без гауссовой аподизации с переносимой конечной мощностью. The analytical expressions for Kummer circular 3D light
beams without the Gaussian apodization
Relativistic vortex electrons: Paraxial versus nonparaxial regimes associated with an orbital angular momentum ℓℏ. For highly twisted
beams with |ℓ|≫1, the non-
paraxial ТМ моды векторных декартовых пучков Куммера конечной мощности describing vector Cartesian
paraxial TM Kummer light
beams are
proposed. The admissible values of free
On the radiation losses during motion of an electron in the field of intense laser radiation is considered. The pulse dimension is supposed to be of the order of the Gaussian laser
beam dimension
Dynamical enhancement of nonparaxial effects in the electromagnetic field of a vortex electron by using the generalized (nonparaxial) Laguerre-Gaussian
beams. The quadrupole contribution arises beyond a
Свойства векторных параксиальных световых пучков. IІ. неоднородная поляризацияProperties of vectorial
paraxial light
beams. II. The non homogeneous polarization