EXPERIMENTAL FACILITY IHEPNP FOR FUNDAMENTAL AND APPLIED RESEARHES IN ENERGY RANGE UP TO 100MeV-Reference-Cited by-同舟云学术

EXPERIMENTAL FACILITY IHEPNP FOR FUNDAMENTAL AND APPLIED RESEARHES IN ENERGY RANGE UP TO 100MeV

Published:2020-09-21 Issue: Volume: Page:125-134
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Container-title:Problems of Atomic Science and Technology
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Author:

Ganenko V.B.,Kasilov V.I.,Kovalenko G.D.,Maslov N.I.,Semisalov I.L.

Abstract

The possibility of creating an experimental setup in building No.3 of the IHEPNP NNC KIPT (LUE-300 complex) on the basis of the existing LUE-60 electron accelerator and the existing experimental infrastructure is being discussed. It is planned to raise the energy of the electron beam to 100MeV and create two beam lines: one is for reaserches with intense beams of electrons and photons, including linearly polarized ones, and the other – for investigations with the low intensive beams of electrons and positrons. Implementation of the project will open opportunities for a wide range of research programs in the ﬁeld of interaction of the radiation with amorphous and crystalline matter, nuclear physics and astrophysics, as well as in the applied research.

Publisher

Problems of Atomic Science and Technology

Reference10 articles.

1. Yu.M.Ranyuk. Laboratory No.1. Nuclear physics in Ukraine. Kharkiv: Akta, 2001, 589p.

2. V.Androsov et al. The start of X-ray generator NESTOR commissioning // PAST. 2013, N6(88), p.20-23.

3. F.A.Natter et al. Monte Carlo simulation and analytical calculation of coherent bremsstrahlung and its polarization // Nucl. Instr. and Meth. B211. 2003, p.465-486.

4. B.I.Shramenko et al. // Pisma v ZTF. 1978, v.4, N23, p.1423 (in Russian).

5. V.I. Vit’ko et al.// Problems of Atomic Science and Technology. Series ”Methods of Physics Experiment”. 1980, v.2(6), p.43.

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1. LOW INTENSITY BEAMS OF ELECTRONS AND POSITRONS IN THE ENERGY RANGE UP TO 100 MeV AT IHEPNP FACILITY;Problems of Atomic Science and Technology;2023-12-12