Impact parameter dependent k-shell ionization probabilities in ion-atom collisions with different asymmetry

Continuum X rays above the K lines of Sn were measured at 90° and 0° angle relative to the incident beam direction in coincidence with Cl projectiles scattered at yery large laboratory angles between 8° and 164°. By varying the isotope mass of the projectile ions (35 C1 and 37 C1) and of the target atoms (112 Sn and 1I8 Sn) the radiation at scattering angles >10° could be clearly identified as Bremsstrahlm.y from the elementary scattering process of the two nuclei. The intensity of the radiation emitted at 0° and 90° relative to the beam direction can be reasonably well described by a quantum mechanical calculation of nucleus-nucleus Bremsstrahlung by Reinhardt et al. [7] which includes the interference between dipole and quadrupole radiation amplitude.

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Nucleus-nucleus bremsstrahlung from scattering angle selected Cl-Sn collisions

Gaukler

Nolte

Schuch

1987

Nuclear Instruments and Methods in Physics Research Section B:

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The measurement of impact parameter dependence of K-shell ionization probability by protons

Ren

et al. 1988

Nuclear Instruments and Methods in Physics Research Section B:

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Coupled-channel calculations of K-shell ionisation in asymmetric collision systems

Mehler¹,

Greiner

Soff³

1987

J. Phys. B: At. Mol. Phys.

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Impact parameter dependent k-shell ionization probabilities in ion-atom collisions with different asymmetry

Cited by 3 publications

References 16 publications

Nucleus-nucleus bremsstrahlung from scattering angle selected Cl-Sn collisions

Nucleus-nucleus bremsstrahlung from scattering angle selected Cl-Sn collisions

The measurement of impact parameter dependence of K-shell ionization probability by protons

Coupled-channel calculations of K-shell ionisation in asymmetric collision systems

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