Second-harmonic generation of a linearly polarized laser pulse propagating through magnetized plasma in the presence of a planar magnetostatic wiggler
This paper presents the second-harmonic generation of a linearly polarized laser pulse
propagating through magnetized plasma embedded in a planar magnetostatic wiggler …
propagating through magnetized plasma embedded in a planar magnetostatic wiggler …
Relativistic self-focusing of an intense laser pulse with hot magnetized plasma in the presence of a helical magnetostatic wiggler
In this paper, we study the nonlinear interaction of a circularly polarized laser pulse
propagating through a hot magnetized plasma in the presence of a helical magnetostatic …
propagating through a hot magnetized plasma in the presence of a helical magnetostatic …
Low-frequency wiggler modes in the free-electron laser with a dusty magnetoplasma medium
S Jafari - Laser Physics Letters, 2015 - iopscience.iop.org
An advanced incremental scheme for generating tunable coherent radiation in a free-
electron laser has been presented: the basic concept is the use of a relativistic electron …
electron laser has been presented: the basic concept is the use of a relativistic electron …
The effects of helical magnetostatic wiggler on the modulation instability of a laser pulse propagating through a hot magnetoplasma
In this paper, the effects of helical magnetostatic wiggler on the modulation instability of a
laser pulse propagating through a hot magnetoplasma have been investigated. Using the …
laser pulse propagating through a hot magnetoplasma have been investigated. Using the …
Effects of magnetic wiggler field and chirped laser pulse on the wakefield amplitude and electron energy gain in a wiggler-assisted laser wakefield accelerator
Wakefield generation and GeV electron acceleration in a plasma medium by an ultra-short
and intense chirped laser pulse in the presence of a magnetic wiggler field are presented …
and intense chirped laser pulse in the presence of a magnetic wiggler field are presented …
Self-focusing and self-compression of a laser pulse in the presence of an external tapered magnetized density-ramp plasma
In this paper, the effects of external tapered axial magnetic field and plasma density-ramp on
the spatiotemporal evolution of the laser pulse in inhomogeneous plasma have been …
the spatiotemporal evolution of the laser pulse in inhomogeneous plasma have been …
Non‐linear absorption of an intense laser pulse propagating in wiggler‐assisted underdense collisional plasma
In this article, the propagation of an intense laser pulse through underdense collisional
plasma in the presence of planar magnetostatic wiggler is studied. It is shown that the …
plasma in the presence of planar magnetostatic wiggler is studied. It is shown that the …
Plasma effects on the free-electron laser gain with a plasma wave undulator
Employing a magnetized plasma medium in the interaction region of a free-electron laser
(FEL) offers the possibility of generating short wavelengths using moderate energy beams …
(FEL) offers the possibility of generating short wavelengths using moderate energy beams …
Interaction of a self-focused laser beam with a DT fusion target in a plasma-loaded cone-guided ICF scheme
In this paper, the interaction of a self-focused laser beam with a DT fusion target in a plasma-
loaded cone-guided ICF scheme has been presented. We propose here to merge a plasma …
loaded cone-guided ICF scheme has been presented. We propose here to merge a plasma …
Modeling and simulation of deposited energy gain via irradiation of heavy ion beams on the fusion reactor contains spherical fuel capsules with foam
A Shakeri, E Heidari, N Hosseini Motlagh, HR Vanaie - Kerntechnik, 2023 - degruyter.com
In heavy ion fusion using the inertial confinement fusion (ICF) approach, firstly, the deposited
energy of heavy ions in the target and, secondly, the charged products resulting from fusion …
energy of heavy ions in the target and, secondly, the charged products resulting from fusion …