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2019•AIP conference proceedingsOpen access

HILAC-Booster transport channel: The magnetic elements power supply and beam profile measurements

Alexey S. Bogatov, Andrey V. Butenko, Elizaveta A. Butenko, Alexandr I. Govorov, Boris V. Golovenskiy, S. V. Gudkov, Evgeny Donets, Evgeny D. Donets, Denis E. Donets, Vladimir G. Elkin, Dmitry S. Egorov, Konstantin A. Levterov, Dmitry Leushin, Dmitry S. Letkin, Dmitry Lyuosev, Nicolay A. Malyshev, Dmitry O. Ponkin, Konstantin V. Shevchenko, Alexey Tuzikov, Ilia Shirikov

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Abstract

The new LHEP JINR linear accelerator HILAC [1] is one of the main elements of the NICA heavy ion injector facility [2]. The HILAC-Booster beam transport channel contains two dipole magnets, seven quadrupole lenses, a debuncher, a set of steerers and beam diagnostics elements. The magnetic elements power supply and the beam profiles measurements system are described.

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What this paper is about

The new LHEP JINR linear accelerator HILAC [1] is one of the main elements of the NICA heavy ion injector facility [2]. The HILAC-Booster beam transport channel contains two dipole magnets, seven quadrupole lenses, a debuncher, a set of steerers and beam diagnostics elements. The magnetic elements power supply and the beam profiles measurements system are described.

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Available abstract

The new LHEP JINR linear accelerator HILAC [1] is one of the main elements of the NICA heavy ion injector facility [2]. The HILAC-Booster beam transport channel contains two dipole magnets, seven quadrupole lenses, a debuncher, a set of steerers and beam diagnostics elements. The magnetic elements power supply and the beam profiles measurements system are described.

Key concepts: Booster (rocketry), Quadrupole magnet, Quadrupole, Beam (structure), Magnet, Linear particle accelerator, Injector, Physics

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