The paper researches some difficulties that emerge in the production ofseries small-sized betatrons. In particular, disadvantages of electron injectorconstruction and attributed problems are described. Analysis of the results ofmathematical simulation of the dynamics of electrons in the injector of the sealedacceleration vacuum chamber of serial betatrons was carried out. The problemareas were highlighted in the injector of electrons requiring to be improved
Sensitive experiments with low energy neutrons are being used as tests for physics beyond the standa...
In this article, the design and simulation of an electron injector based on a thermionic RF-modulate...
We present results from recent experiments on the generation of high-power relativistic electron bea...
This article describes the betatron magnetic field simulation in Comsol Multiphysics software packag...
The article describes the search for optimal geometric parameters of the betatron injector. First of...
It is assumed that the electron charge accelerated in small-size betatons is of the same order as th...
The small-sized betatrons for energy 3-8 MeV found application in the nondestructive quality control...
The article is devoted to designing the high - frequency betatron. In high - frequency betatron most...
The simulation problem of self-consistent dynamics of electron beam in small-size betatrons has been...
The article examines the possibility of using software kits to solve multi-physical tasks in betatro...
Accelerators with energy level up to 4 MeV having high level of penetration ability by steel equival...
The Allis-Chalmers betatron is a high-energy induction electron accelerator commercially made for t...
Electron trapping and acceleration have been successfully accomplished in the modified elongated bet...
Betatron is a type of particle accelerator that accelerates electrons. Since betatron is able to pro...
This thesis will detail experimental research in to laser wakefield acceleration (LWFA), with a part...
Sensitive experiments with low energy neutrons are being used as tests for physics beyond the standa...
In this article, the design and simulation of an electron injector based on a thermionic RF-modulate...
We present results from recent experiments on the generation of high-power relativistic electron bea...
This article describes the betatron magnetic field simulation in Comsol Multiphysics software packag...
The article describes the search for optimal geometric parameters of the betatron injector. First of...
It is assumed that the electron charge accelerated in small-size betatons is of the same order as th...
The small-sized betatrons for energy 3-8 MeV found application in the nondestructive quality control...
The article is devoted to designing the high - frequency betatron. In high - frequency betatron most...
The simulation problem of self-consistent dynamics of electron beam in small-size betatrons has been...
The article examines the possibility of using software kits to solve multi-physical tasks in betatro...
Accelerators with energy level up to 4 MeV having high level of penetration ability by steel equival...
The Allis-Chalmers betatron is a high-energy induction electron accelerator commercially made for t...
Electron trapping and acceleration have been successfully accomplished in the modified elongated bet...
Betatron is a type of particle accelerator that accelerates electrons. Since betatron is able to pro...
This thesis will detail experimental research in to laser wakefield acceleration (LWFA), with a part...
Sensitive experiments with low energy neutrons are being used as tests for physics beyond the standa...
In this article, the design and simulation of an electron injector based on a thermionic RF-modulate...
We present results from recent experiments on the generation of high-power relativistic electron bea...