Secondary Electron Emission of Relativistic Electron Passing Through Thin Foils

Kovalenko, G.D.; Karpus, S.H.; Kasilov, Valentin; Semisalov, I.L.; Shopen, O.; Kochetov, S.S.; Malykhina, Tetiana; Shlyakhov, I. N.

doi:10.7566/jpsj.91.114706

Cited by 3 publications

(2 citation statements)

References 6 publications

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“…In the implementation of the scientific research of the IHEPNP NSC KIPT, a multifunctional experimental beamline [6] was developed for the study of the interaction of high-energy electron beams (intermediate -2 MeV and relativistic energies -10...30 MeV) with amorphous and single-crystal structures. When using the specified experimental equipment, a series of studies of SEE yields for thin aluminum films (8...100 μm) [7,8] versus the primary electron beam energy up to 30 MeV were carried out. The scheme of experimental is presented in Fig.…”

Section: Fig 8 Schematic Diagram Of See Yield Measurement With Standa...mentioning

confidence: 99%

Application Features of the Electrostatic Systems for Measuring the Secondary Electron Emission Yield

Karpus,

Shliahov,

Liashchov

et al. 2023

Problems of Atomic Science and Technology

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The analysis of the experimental systems for research of secondary electron emission during the interaction of electron beams with matter is presented. The three most common and methodologically developed variants of experimental systems are considered. According to their design features and methodological capabilities, they allow for the study of the main parameters of secondary emission depending on the primary electron beam energy and the sample thickness. The evolution of the experimental measuring systems and their improvement from simple to three-electrode systems with pass-through collectors is considered too. The peculiarities of registration of the secondary electrons current emitted from the studied target surface depending on the structural features of the target device are considered too. Application results of the developed three-electrode measuring system for research thin foil emission characteristics have been discussed.

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Section: Fig 8 Schematic Diagram Of See Yield Measurement With Standa...mentioning

confidence: 99%

Application Features of the Electrostatic Systems for Measuring the Secondary Electron Emission Yield

Karpus,

Shliahov,

Liashchov

et al. 2023

Problems of Atomic Science and Technology

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“…The yield of secondary electron emission from 50 µm thick Al foil was studied [3] as a function of the energy of the primary electron beam. The dependences of the yield of delta electrons [4] at constant electron energy of 15 MeV on the thickness of the aluminum target were also measured.…”

Section: Introductionmentioning

confidence: 99%

Modeling and Preliminary Experimental Results of Thin Film Heating During the Passage of a High-Energy Electron Beam

Luhanko,

Shopen,

Karpus

et al. 2023

Problems of Atomic Science and Technology

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The preliminary experimental results as well as modeling the heating of thin-foil materials during the passage of high-energy electrons with energy of 15 MeV are presented. Foils of 50 μm titanium, 50 μm aluminum and 125 μm Kapton® were chosen as the test targets. A calculation technique has been developed, which consists of automating the finite difference method applying Python programming language tools. These tools allowed solving the problem of heat distribution in the thin foil, taking into account the ionization losses of the primary electron beam and the black body radiation. The data on the surface temperature distribution of the research samples were obtained. The time for establishing thermal equilibrium was determined taking into account the distribution of the electron beam current density. It is shown that optimization of the main parameters of the high-energy electron beam beam (for example the current density) makes it possible to neglect the thermal loads on these films, which was confirmed during bench tests at 30 MeV electron accelerator of the IHEPNP NSC KIPT.

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Delta Electron Emission Yield of Relativistic Electron Passing Through Thin Aluminum Foils

et al. 2023

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Secondary Electron Emission of Relativistic Electron Passing Through Thin Foils

Cited by 3 publications

References 6 publications

Application Features of the Electrostatic Systems for Measuring the Secondary Electron Emission Yield

Application Features of the Electrostatic Systems for Measuring the Secondary Electron Emission Yield

Modeling and Preliminary Experimental Results of Thin Film Heating During the Passage of a High-Energy Electron Beam

Delta Electron Emission Yield of Relativistic Electron Passing Through Thin Aluminum Foils

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