Abstract
The magnetic field effects on selective photoionization of the atoms of Lanthanides have been examined in a point of view of the enhancement of the efficiency of selective photoionization. The Zeeman shifts and the hyperfine structures have been calculated by the formulae approximated by LS coupling, and the electronic orbitals by the Hartree-Slater equation. The dependence of the energy levels on the magnetic field has been informed. The photoionization rate due to the polarized lights in a magnetic field has been evaluated. The variation of selection rules of the photoionization due to polarized lights, also, has been informed. (Author).
Lee, Jong Min;
Yoo, Byung Duk;
Lee, Young Joo;
Cha, Hyung Ki;
Choe, Ang Sung;
Rho, Si Pyo;
Baik, Dae Hyun;
Song, Kyu Seok;
Yi, Jong Hoon;
Jeong, Do Young;
Jeong, Eui Chang;
Han, Jae Min;
Yang, Ki Ho
[1]
- Korea Atomic Energy Res. Inst., Taejon (Korea, Republic of)
Citation Formats
Lee, Jong Min, Yoo, Byung Duk, Lee, Young Joo, Cha, Hyung Ki, Choe, Ang Sung, Rho, Si Pyo, Baik, Dae Hyun, Song, Kyu Seok, Yi, Jong Hoon, Jeong, Do Young, Jeong, Eui Chang, Han, Jae Min, and Yang, Ki Ho.
Magnetic field effect on selective photoionization.
Korea, Republic of: N. p.,
1993.
Web.
Lee, Jong Min, Yoo, Byung Duk, Lee, Young Joo, Cha, Hyung Ki, Choe, Ang Sung, Rho, Si Pyo, Baik, Dae Hyun, Song, Kyu Seok, Yi, Jong Hoon, Jeong, Do Young, Jeong, Eui Chang, Han, Jae Min, & Yang, Ki Ho.
Magnetic field effect on selective photoionization.
Korea, Republic of.
Lee, Jong Min, Yoo, Byung Duk, Lee, Young Joo, Cha, Hyung Ki, Choe, Ang Sung, Rho, Si Pyo, Baik, Dae Hyun, Song, Kyu Seok, Yi, Jong Hoon, Jeong, Do Young, Jeong, Eui Chang, Han, Jae Min, and Yang, Ki Ho.
1993.
"Magnetic field effect on selective photoionization."
Korea, Republic of.
@misc{etde_10113149,
title = {Magnetic field effect on selective photoionization}
author = {Lee, Jong Min, Yoo, Byung Duk, Lee, Young Joo, Cha, Hyung Ki, Choe, Ang Sung, Rho, Si Pyo, Baik, Dae Hyun, Song, Kyu Seok, Yi, Jong Hoon, Jeong, Do Young, Jeong, Eui Chang, Han, Jae Min, and Yang, Ki Ho}
abstractNote = {The magnetic field effects on selective photoionization of the atoms of Lanthanides have been examined in a point of view of the enhancement of the efficiency of selective photoionization. The Zeeman shifts and the hyperfine structures have been calculated by the formulae approximated by LS coupling, and the electronic orbitals by the Hartree-Slater equation. The dependence of the energy levels on the magnetic field has been informed. The photoionization rate due to the polarized lights in a magnetic field has been evaluated. The variation of selection rules of the photoionization due to polarized lights, also, has been informed. (Author).}
place = {Korea, Republic of}
year = {1993}
month = {Jul}
}
title = {Magnetic field effect on selective photoionization}
author = {Lee, Jong Min, Yoo, Byung Duk, Lee, Young Joo, Cha, Hyung Ki, Choe, Ang Sung, Rho, Si Pyo, Baik, Dae Hyun, Song, Kyu Seok, Yi, Jong Hoon, Jeong, Do Young, Jeong, Eui Chang, Han, Jae Min, and Yang, Ki Ho}
abstractNote = {The magnetic field effects on selective photoionization of the atoms of Lanthanides have been examined in a point of view of the enhancement of the efficiency of selective photoionization. The Zeeman shifts and the hyperfine structures have been calculated by the formulae approximated by LS coupling, and the electronic orbitals by the Hartree-Slater equation. The dependence of the energy levels on the magnetic field has been informed. The photoionization rate due to the polarized lights in a magnetic field has been evaluated. The variation of selection rules of the photoionization due to polarized lights, also, has been informed. (Author).}
place = {Korea, Republic of}
year = {1993}
month = {Jul}
}