We perform time-dependent calculations of triply differential cross sections (TDCS) of two-photon double-electron ionization of the aligned H 2 molecule. Our TDCS results for equal energy sharing between photoelectrons agree quite well with a recent time-dependent calculation by Guan who employed a slightly different numerical technique. We supplement these studies by calculating TDCS at an unequal energy sharing and by generating symmetrized ionization amplitudes
We perform time-dependent calculations of single-photon two-electron ionization of the aligned H2 mo...
We report the first kinematically complete study of the four-body fragmentation of the D 2 molecule ...
We report the total integrated cross section (TICS) of two-photon double ionization of helium in the...
Calculations of fully differential cross sections for two-photon double ionization of the hydrogen m...
We have studied the process of direct (nonsequential) two-photon double ionization of molecular hydr...
We investigate the one-photon double ionization of H-2 by numerically solving the time-dependent Sch...
We report on fully differential cross sections for double ionization of H2 by a single circularly po...
Calculations of fully differential cross sections for two-photon double ionization of the hydrogen m...
none2We present a new method, based on the use of two-particle Green functions and projected electr...
We report on fully differential cross sections for double ionization of H2 by a single circularly po...
We present a new method, based on the use of two-particle Green functions and projected electron-el...
We present a new method, based on the use of two-particle Green functions and projected electron-el...
We present converged, completely ab initio calculations of the triple differential cross sections f...
We have studied the process of direct (nonsequential) two-photon double ionization of molecular hydr...
We present the results of numerical calculations on the single photon double photoionization of H{su...
We perform time-dependent calculations of single-photon two-electron ionization of the aligned H2 mo...
We report the first kinematically complete study of the four-body fragmentation of the D 2 molecule ...
We report the total integrated cross section (TICS) of two-photon double ionization of helium in the...
Calculations of fully differential cross sections for two-photon double ionization of the hydrogen m...
We have studied the process of direct (nonsequential) two-photon double ionization of molecular hydr...
We investigate the one-photon double ionization of H-2 by numerically solving the time-dependent Sch...
We report on fully differential cross sections for double ionization of H2 by a single circularly po...
Calculations of fully differential cross sections for two-photon double ionization of the hydrogen m...
none2We present a new method, based on the use of two-particle Green functions and projected electr...
We report on fully differential cross sections for double ionization of H2 by a single circularly po...
We present a new method, based on the use of two-particle Green functions and projected electron-el...
We present a new method, based on the use of two-particle Green functions and projected electron-el...
We present converged, completely ab initio calculations of the triple differential cross sections f...
We have studied the process of direct (nonsequential) two-photon double ionization of molecular hydr...
We present the results of numerical calculations on the single photon double photoionization of H{su...
We perform time-dependent calculations of single-photon two-electron ionization of the aligned H2 mo...
We report the first kinematically complete study of the four-body fragmentation of the D 2 molecule ...
We report the total integrated cross section (TICS) of two-photon double ionization of helium in the...