New Acceleration Principle of Charged Particles for Electronic Applications. Examples

The physical processes that can occur in EH-accelerators are analyzed and discussed. It is shown that on the basis of the cooling and acceleration effects of charged particle beams in crossed spatially-periodic transverse magnetic and vortex electric fields a number of technologically useful systems for electronic applications can be realized. The examples considered here are: high energy electron beam accelerators, relativistic quasineutral plasma beam sources, systems for simultaneous cooling and untwisting and formation and compression of charged particle beams, and isochronous EH-free electron lasers (EH-FELs). The theory of hierarchic oscillations and waves is used as a methodical basis of this analysis. The efficacy of practical application of the proposed earlier hierarchic algorithms is demonstrated in the process of discussions. Therein, a number of novel quantitative physical and applied results are obtained and studied.