Systematics of electron-stripping cross sections for fast hydrogenic ions penetrating solids

Charge-exchange injection by means of carbon foils is a widely used method in accelerators. This paper discusses two critical issues concerning the use of carbon foils: efficiency and lifetime. An energy scaling of stripping efficiency was suggested and compared with measurements. Several factors that determine the foil lifetime -energy deposition, heating, stress and buckling -were studied by using the simulation codes MARS and ANSYS.

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Systematics of electron-stripping cross sections for fast hydrogenic ions penetrating solids

Cited by 8 publications

References 11 publications

High- velocity ionic projectiles interacting with metals: Models and measurements of secondary-electron yields from gold and aluminum targets struck by 13.5–31.5 MeV 7Li and 9–63 MeV 12C

High- velocity ionic projectiles interacting with metals: Models and measurements of secondary-electron yields from gold and aluminum targets struck by 13.5–31.5 MeV 7Li and 9–63 MeV 12C

Electron loss cross sections of 10.6 MeV/amu light ions

Stripping efficiency and lifetime of carbon foils

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