Abstract
A theoretical consideration is presented concerning the atomic core polarization effect on the E1 transitions of large-l circular orbitals in hadronic helium atoms, e{sup -}X{sup -}He{sup ++}, where the e{sup -} occupies the 1s orbital and the negative hadron (X{sup -}) occupies a large-l circular orbital. The first-order mixing of the 2p electron configuration due to the repulsive e{sup -}-X{sup -} interaction gives rise to a substantial suppression ({approx} 1/3) of the E1 transitions, compared with a single-particle estimate, since the slowly-moving particle, X{sup -}, polarizes the electron cloud in the opposite direction. (author).
Citation Formats
Yamazaki, Toshimitsu, and Ohtsuki, Kazumasa.
Atomic core polarization effects in large-l circular orbitals of hadronic helium atoms.
Japan: N. p.,
1991.
Web.
Yamazaki, Toshimitsu, & Ohtsuki, Kazumasa.
Atomic core polarization effects in large-l circular orbitals of hadronic helium atoms.
Japan.
Yamazaki, Toshimitsu, and Ohtsuki, Kazumasa.
1991.
"Atomic core polarization effects in large-l circular orbitals of hadronic helium atoms."
Japan.
@misc{etde_10117106,
title = {Atomic core polarization effects in large-l circular orbitals of hadronic helium atoms}
author = {Yamazaki, Toshimitsu, and Ohtsuki, Kazumasa}
abstractNote = {A theoretical consideration is presented concerning the atomic core polarization effect on the E1 transitions of large-l circular orbitals in hadronic helium atoms, e{sup -}X{sup -}He{sup ++}, where the e{sup -} occupies the 1s orbital and the negative hadron (X{sup -}) occupies a large-l circular orbital. The first-order mixing of the 2p electron configuration due to the repulsive e{sup -}-X{sup -} interaction gives rise to a substantial suppression ({approx} 1/3) of the E1 transitions, compared with a single-particle estimate, since the slowly-moving particle, X{sup -}, polarizes the electron cloud in the opposite direction. (author).}
place = {Japan}
year = {1991}
month = {Aug}
}
title = {Atomic core polarization effects in large-l circular orbitals of hadronic helium atoms}
author = {Yamazaki, Toshimitsu, and Ohtsuki, Kazumasa}
abstractNote = {A theoretical consideration is presented concerning the atomic core polarization effect on the E1 transitions of large-l circular orbitals in hadronic helium atoms, e{sup -}X{sup -}He{sup ++}, where the e{sup -} occupies the 1s orbital and the negative hadron (X{sup -}) occupies a large-l circular orbital. The first-order mixing of the 2p electron configuration due to the repulsive e{sup -}-X{sup -} interaction gives rise to a substantial suppression ({approx} 1/3) of the E1 transitions, compared with a single-particle estimate, since the slowly-moving particle, X{sup -}, polarizes the electron cloud in the opposite direction. (author).}
place = {Japan}
year = {1991}
month = {Aug}
}