The collision between relativistic electrons and a tightly focused linearly polarized laser
pulse produced nonlinear inverse Thomson scattering (NITS), which generates backward x …

We theoretically investigate spectra of emitted light in nonlinear Thomson backscattering,
which is generated during the head-on collision of the electron and the tightly focused …

The collision of high-energy electron and laser pulses produces nonlinear inverse Thomson
scattering, which can generate γ-rays. We study the effect of laser intensity on the energy …

In the framework of laser-matter interaction and nonlinear Thomson scattering, we
investigate the three-dimensional (3D) motion trajectories and spatial radiation …

In our work, the radiation characteristics of the pulse width for nonlinear Thomson scattering
produced by the interaction of a linearly polarized tightly focused laser with a stationary …

The nonlinear Thomson scattering of an electron motion in a combining field constituted by
an elliptically polarized laser and a background magnetic field is investigated. The …

In this paper, a model of electron electromagnetic radiation is established using Lorentz
formula for the interaction of a tightly focused elliptically polarized laser with a single …

To study the time evolution of high-energy electron radiation in circularly polarized intense
laser pulses in detail, a model of the interaction between the high-energy single electron …

Based on the Thomson scattering model of a single high-energy electron interacting with a
Gaussian laser pulse, the motion of the electron and the spatial radiation characteristics of …

In this paper, the kinetic properties of single electron and the spatial radiation in tightly
focused linearly polarized intense laser fields with different carrier envelope phase under …