Photoionization of the 2p subshell in the Ar isonuclear sequence

Photoionization study of Xe 5s: ionization cross sections and photoelectron angular distributions

“…The 7C and 10C results are not very different from each other, showing that is the interchannel coupling with 5d ionization-plusexcitation channels that are important, not the 6s. In this connection, note that 4f ionization-plus-excitation channels are also unlikely to be of importance from the point of [16], RRPA-R [15] and K-matrix [16] results are given for comparison; L and V denote, respectively, length and velocity forms of the dipole matrix elements. Also shown are the experimental results [1].…”

“…These channels are given in table 2 in which the initial-state configurations are numbered in the order that listed above in the 7C and 10C lists. So, for example, we get 5p 1/2 excitations from configurations 1, 2, 3 and 6 since there are no 5p 1/2 electrons in configurations 4, 5 and 7. respectively, and RRPA [16] and RRPA-R [15] are given for comparison; L and V denote, respectively, length and velocity forms of the dipole matrix elements, and GM denotes geometric mean. Also shown are the experimental results as solid circles [1] and open circles [17].…”

“…Photoionization cross section of Xe 5s. The notation 7C and 10C denote 7-configuration and 10-configuration MCTD resultsrespectively, and RRPA[16] and RRPA-R[15] are given for comparison; L and V denote, respectively, length and velocity forms of the dipole matrix elements, and GM denotes geometric mean. Also shown are the experimental results as solid circles[1] and open circles[17].…”

“…Photoelectron angular distribution parameter β of Xe 5s. The notation 7C and 10C denote the 7-configuration and 10-configuration MCTD results respectively, and theoretical RRPA[16], RRPA-R[15] and K-matrix[16] results are given for comparison; L and V denote, respectively, length and velocity forms of the dipole matrix elements. Also shown are the experimental results[1].…”