Abstract
Full text: The Configuration-Interaction method has been applied to the computational study of both the stability and structure of various positronic atoms and ions. Consequently, the bound states of PsH, e{sup +}Li, e{sup +}Be, e{sup +}Mg, e{sup +}Ca, e{sup +}Cu, CuPs, e{sup +}Zn, e{sup +}Sr and e{sup +}Cd have all been extensively studied. The Cl method has also been used in conjunction with the Kohn Variational method to examine low-energy positron scattering and annihilation from both H and Cu.
Bromley, M W.J.;
Mitroy, J
[1]
- Northen Territory University, Darwin, NT (Australia). Faculty of SITE
Citation Formats
Bromley, M W.J., and Mitroy, J.
Positron interactions with one- and two-electron atoms.
Australia: N. p.,
2002.
Web.
Bromley, M W.J., & Mitroy, J.
Positron interactions with one- and two-electron atoms.
Australia.
Bromley, M W.J., and Mitroy, J.
2002.
"Positron interactions with one- and two-electron atoms."
Australia.
@misc{etde_20619916,
title = {Positron interactions with one- and two-electron atoms}
author = {Bromley, M W.J., and Mitroy, J}
abstractNote = {Full text: The Configuration-Interaction method has been applied to the computational study of both the stability and structure of various positronic atoms and ions. Consequently, the bound states of PsH, e{sup +}Li, e{sup +}Be, e{sup +}Mg, e{sup +}Ca, e{sup +}Cu, CuPs, e{sup +}Zn, e{sup +}Sr and e{sup +}Cd have all been extensively studied. The Cl method has also been used in conjunction with the Kohn Variational method to examine low-energy positron scattering and annihilation from both H and Cu.}
place = {Australia}
year = {2002}
month = {Jul}
}
title = {Positron interactions with one- and two-electron atoms}
author = {Bromley, M W.J., and Mitroy, J}
abstractNote = {Full text: The Configuration-Interaction method has been applied to the computational study of both the stability and structure of various positronic atoms and ions. Consequently, the bound states of PsH, e{sup +}Li, e{sup +}Be, e{sup +}Mg, e{sup +}Ca, e{sup +}Cu, CuPs, e{sup +}Zn, e{sup +}Sr and e{sup +}Cd have all been extensively studied. The Cl method has also been used in conjunction with the Kohn Variational method to examine low-energy positron scattering and annihilation from both H and Cu.}
place = {Australia}
year = {2002}
month = {Jul}
}