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1991•Journal of Physics B Atomic Molecular and Optical PhysicsOpen access

Electron capture in collisions of H+and He2+projectiles with hydrogen ions (hydrogenic ions)

Yu Rang Kuang

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Abstract

Electron capture cross sections in collisions between H + and He 2+ projectiles and ions He + , Li 2+ , Be 3+ , B 4+ , C 5+ , N 6+ and O 7+ are obtained by using the modified two orthogonal-state expansion method developed previously. Projectile energies are in the range 50-2000 keV amu -1 . A comparison with other theoretical results is presented and a good agreement is obtained. Scaling rules for these cross sections are examined.

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Electron capture cross sections in collisions between H + and He 2+ projectiles and ions He + , Li 2+ , Be 3+ , B 4+ , C 5+ , N 6+ and O 7+ are obtained by using the modified two orthogonal-state expansion method developed previously. Projectile energies are in the range 50-2000 keV amu -1 . A comparison with other theoretical results is presented and a good agreement is obtained. Scaling rules for these cross sections are examined.

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Available abstract

Electron capture cross sections in collisions between H + and He 2+ projectiles and ions He + , Li 2+ , Be 3+ , B 4+ , C 5+ , N 6+ and O 7+ are obtained by using the modified two orthogonal-state expansion method developed previously. Projectile energies are in the range 50-2000 keV amu -1 . A comparison with other theoretical results is presented and a good agreement is obtained. Scaling rules for these cross sections are examined.

Key concepts: Physics, Projectile, Ion, Atomic physics, Electron capture, Range (aeronautics), Scaling, Electron

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