Double screening of the surface of metal irradiated with a powerful proton-carbon beam

Аннотация

The model of the process of interaction of powerful ion beams with a metallic absorber is briefly discussed. The model is used to calculate the effect on mixed (proton-carbon) and monocompound (proton) beams on aluminum. Two screening layers were detected in the case of the mixed beam; their formation mechanism is described. The results show that the parameters of the resultant plasma depend strongly on the content of the components H⁺ and C⁺ in the beam.

Язык оригинала	Английский
Страницы (с-по)	199-201
Число страниц	3
Журнал	Physics and chemistry of materials treatment
Том	23
Номер выпуска	3
Состояние	Опубликовано - мая 1989

ASJC Scopus subject areas

Engineering(all)

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abstract = "The model of the process of interaction of powerful ion beams with a metallic absorber is briefly discussed. The model is used to calculate the effect on mixed (proton-carbon) and monocompound (proton) beams on aluminum. Two screening layers were detected in the case of the mixed beam; their formation mechanism is described. The results show that the parameters of the resultant plasma depend strongly on the content of the components H+ and C+ in the beam.",

author = "Boiko, {V. I.} and Kishkin, {V. P.} and Shamanin, {I. V.}",

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N2 - The model of the process of interaction of powerful ion beams with a metallic absorber is briefly discussed. The model is used to calculate the effect on mixed (proton-carbon) and monocompound (proton) beams on aluminum. Two screening layers were detected in the case of the mixed beam; their formation mechanism is described. The results show that the parameters of the resultant plasma depend strongly on the content of the components H+ and C+ in the beam.

AB - The model of the process of interaction of powerful ion beams with a metallic absorber is briefly discussed. The model is used to calculate the effect on mixed (proton-carbon) and monocompound (proton) beams on aluminum. Two screening layers were detected in the case of the mixed beam; their formation mechanism is described. The results show that the parameters of the resultant plasma depend strongly on the content of the components H+ and C+ in the beam.

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