Abstract
The energy systematics of single and double K-shell-vacancy production in titanium have been investigated near the limit of zero target thickness for incident chlorine ions over an energy range of 715 MeV/amu. Single and double K-shell-vacancy production cross sections have been measured for projectiles incident with zero, one, and two initial K-shell vacancies. Single and double K-shell-to-K-shell electron-transfer cross sections have been obtained indirectly using differencing procedures based on the projectile-charge-state dependence of single and double K-shell-vacancy production. The measured cross sections have been compared to theoretical models for direct ionization and inner-shell electron transfer. Together with previously reported data, these cross sections also have been used to investigate the relative importance of these mechanisms for K-shell-vacancy production in heavy-ionatom collisions over a range of scaled velocities of 0.24V1/V2K1.29.
Department(s)
Physics, Astronomy, and Materials Science
Document Type
Article
DOI
https://doi.org/10.1103/PhysRevA.33.914
Rights Information
© 1986 The American Physical Society
Publication Date
1-1-1986
Recommended Citation
Hall, James, Patrick Richard, Philip L. Pepmiller, D. C. Gregory, P. D. Miller, C. D. Moak, C. M. Jones, and GD Alton, L. B. Bridwell, and C. J. Sofield. "Energy systematics of single and double K-shell-vacancy production in titanium bombarded by chlorine ions." Physical Review A 33, no. 2 (1986): 914.
Journal Title
Physical Review A
