Abstract
The calculations of 3{sup 2}S-3{sup S} and 3{sup 2}S-3{sup 2}P electron sodium scattering at 1 to 40 eV is presented. An excellent agreement with measurements of the spin asymmetries and P`/P for both channels, and L the angular momentum for singlet, triplet, and summed spin states at all energies was found. This may only be achieved at energies above the ionization threshold by including the coupling of the low-lying target discrete states to the target continuum. 25 refs., 6 figs.
Citation Formats
Bray, I, and McCarthy, I E.
Spin-dependent observables in electron-sodium scattering calculated using the coupled-channel optical method.
Australia: N. p.,
1992.
Web.
Bray, I, & McCarthy, I E.
Spin-dependent observables in electron-sodium scattering calculated using the coupled-channel optical method.
Australia.
Bray, I, and McCarthy, I E.
1992.
"Spin-dependent observables in electron-sodium scattering calculated using the coupled-channel optical method."
Australia.
@misc{etde_10109176,
title = {Spin-dependent observables in electron-sodium scattering calculated using the coupled-channel optical method}
author = {Bray, I, and McCarthy, I E}
abstractNote = {The calculations of 3{sup 2}S-3{sup S} and 3{sup 2}S-3{sup 2}P electron sodium scattering at 1 to 40 eV is presented. An excellent agreement with measurements of the spin asymmetries and P`/P for both channels, and L the angular momentum for singlet, triplet, and summed spin states at all energies was found. This may only be achieved at energies above the ionization threshold by including the coupling of the low-lying target discrete states to the target continuum. 25 refs., 6 figs.}
place = {Australia}
year = {1992}
month = {Jun}
}
title = {Spin-dependent observables in electron-sodium scattering calculated using the coupled-channel optical method}
author = {Bray, I, and McCarthy, I E}
abstractNote = {The calculations of 3{sup 2}S-3{sup S} and 3{sup 2}S-3{sup 2}P electron sodium scattering at 1 to 40 eV is presented. An excellent agreement with measurements of the spin asymmetries and P`/P for both channels, and L the angular momentum for singlet, triplet, and summed spin states at all energies was found. This may only be achieved at energies above the ionization threshold by including the coupling of the low-lying target discrete states to the target continuum. 25 refs., 6 figs.}
place = {Australia}
year = {1992}
month = {Jun}
}