Search academic texts

Information × Registration Number 0220U102419, 0119U001217 , R & D reports Title Development of the system of determination of spatial distribution of the speed-up charged particles is in the pinches of accelerating popup.stage_title Head Povoroznyk Orest M, Registration Date 13-03-2020 Organization Institute for Nuclear Research of NAS of Ukraine popup.description2  The goal of the work : is to search for a system of non-destructive diagnostics of accelerator beams available at the Institute for Nuclear Research. This is a classic U-120 cyclotron accelerating fixed energy charged particle beams, namely protons - 6.8 MeV, deuterons - 13.6 MeV and alpha particles - 27.2 MeV and isochronous cyclotron U-240 with beams of the same accelerated light particles with regulated energy in 20-150 MeV range, as well as heavy ion beams such as carbon, nitrogen and others. And a rechargeable electrostatic generator ЕГП-10К , which accelerates protons and deuterons with a selected precision energy step in the range of 2 - 8 MeV. Due to the modern requirements of minimizing the time spent in carrying out basic research and applied works using the output beams, multi-detector, multi-parameter measuring techniques are created, all advantages of which require accurate determination of the parameters of the beams of accelerated, bombarding investigated targets, particles. These are energy, current, transverse current density, transverse and longitudinal dimensions, energy spectrum, emittance etc. and, most importantly, the representation of these parameters in numerical form and saving them in real time. Detectors differing not only from the physical principle of operation, but also from the degree of complexity and the method of data processing for their further use in automated accelerator control systems are used to obtain information about beam parameters. Just to create an overview of existing methods of controlling the parameters of charged particle beams of their measurement and digitization, and will be the first stage of implementation of this SRW (Scientifical Research Work), which is devoted to solving the problem of automation of accelerator control processes. Product Description popup.authors Borzakovskij Andrij Ye Vojter Anatolij P Gorpinich Olga K Doronin Mykhajlo I Kissurin Kostyantyn K Karlyshev Jirij Ya Kovalyov Olexandr M Kuts Volodymyr I Maznyj Ivan O Makovskij Mykhajlo V Mykhajlov Leonid V Ostashko Volodymyr V Povoroznyk Orest M Roznyuk Jurij S Sokolov Olexandr M popup.nrat_date 2020-04-01 Close