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Information × Registration Number 0222U002446, 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 13-02-2022 Organization Institute for Nuclear Research of NAS of Ukraine popup.description2  Object of research: systems for determining the spatial distribution of beams of charged accelerator particles Purpose: search for a system of non-destructive diagnostics of accelerator beams of the Institute of Nuclear Research. These are cyclotrons classic U-120, isochronous - U-240 and rechargeable electrostatic generator EGP-10K. Research methods: obtaining information about the parameters of the beam using detectors, which differ not only in the physical principle of operation, but also in the degree of complexity and method of data processing for further use in automated accelerator control systems. The second stage of this research is devoted to the choice of the method of control of the parameters of charged particle beams, which are most suitable for non-destructive diagnostics of accelerator beams. The analysis based on the review obtained in the first stage of the approaches showed that the use of radiation-resistant scanners based on the principle of operation of metal micro-detectors (MMD) will be optimal for the recharging electrostatic electrostatic generator EGP-10K. In the case of classical and isochronous cyclotrons, the control problem can be solved using a beam position sensor, in which the amplification of the flow of secondary emission electrons that form the beam image is carried out by a microchannel plate (MCP). Product Description popup.authors Borzakovskyj Andrij Ye Voiter Anatolij P Gorpinich Olga Kostyantyn Doronin Mykhajlo I Kisurin Kostjantyn K Karlyshev Jurij Ya Kovaljov Olexandr M Kuts Volodymyr I Maznyj Ivan O Makovskyj Mykhajlo V Mykhajlov Leonid V Ostashko Volodymyr V Rozhjuk Jurij S Sokolov Olexandr M popup.nrat_date 2022-03-09 Close