Open AccessDevelopment of a two-beam high-current ion accelerator based on Doppler effect. Final report (1994)
Author(s) -
B. I. Ivanov,
A. M. Yegorov
Publication year - 1995
Language(s) - English
Resource type - Reports
DOI - 10.2172/70702
Subject(s) - acceleration , beam (structure) , solenoid , resonator , physics , cathode ray , doppler effect , magnetic field , proton , excitation , electron , particle accelerator , atomic physics , electrical engineering , optics , nuclear physics , engineering , classical mechanics , quantum mechanics , astronomy
This Final Report presents the results of work accomplished in accordance with the Scope of Work to the Purchase Order No 4596310. The amount of works includes the following items: 1. Start of the manufacture of the Experimental Accelerating Stand (EAS)-the section for proton acceleration from 5 MeV to 8 MeV, in which RF fields are excited by an electron beam at the anomalous Doppler effect. 2. Theoretical investigation and computer simulation of field excitation and ion acceleration in the EAS. Under item 1, the EAS manufacturing is begun. To present time, a pedestal for the EAS and a stainless steel vacuum chamber for RF resonator are made (length of the chamber is about 180 cm, diameter is about 40 cm). Besides, parts of the EAS resonator with the acceleration structure are manufactured, and its assembly is begun. Under item 2, it is realized three works: calculation of increment and frequency shift of the EAS resonator excited by electron beam, calculation of the solenoid for creation of magnetic field with required spatial distribution, and theoretical investigation and computer simulation of ion acceleration in the EAS. 14 figs., 16 refs