Add to ORKGA number of previous studies have suggested the possibility of two-center interference effects in the single ionization of diatomic molecules such as H2 and N2. While interference effects have been successfully observed in the ionization of H2, to date evidence for interference in N2 ionization has yet to be conclusively demonstrated. This study presents triply differential cross sections for electron impact ionization of N2, measured using the (e,2e) technique. The data are probed for signatures of two-center interference effects. Evidence for interference manifesting in the cross sections is observed
We report on measurements of transfer excitation in collisions of 0.3-1.3 MeV protons with spatially...
p { margin-bottom: 2.47mm; line-height: 120%; }Absolutedouble differential cross sections (DDCS) of ...
Molecular two-center interferences in a collision induced excitation of H2+ projectile ions, with si...
A number of previous studies have suggested the possibility of two-center interference effects in th...
A number of previous studies have suggested the possibility of two-center interference effects in th...
In 1966, Cohen and Fano (1966 Phys. Rev. 150 30) suggested that one should be able to observe the eq...
We have studied electron impact ionization of H2 and N2 molecules at intermediate energies to look f...
We will present an experimental and theoretical investigation of triple differential cross sections ...
We have investigated the electron impact single ionization of the hydrogen molecule, with fully dete...
We have investigated the electron impact single ionization of the hydrogen molecule, with fully dete...
Young\u27s double slit interference effects for low incident energy 75.6 eV electron impact ionizati...
Relative (e,2e) triply differential cross sections (TDCS) are measured for the ionization of the hel...
Experimental and theoretical work studying the (e,2e) collision process from diatomic molecules is r...
There has been impressive progress in the area of theoretical treatments of electron impact ionizati...
Relative (e,2e) triply differential cross sections (TDCS) are measured for the ionization of the hel...
We report on measurements of transfer excitation in collisions of 0.3-1.3 MeV protons with spatially...
p { margin-bottom: 2.47mm; line-height: 120%; }Absolutedouble differential cross sections (DDCS) of ...
Molecular two-center interferences in a collision induced excitation of H2+ projectile ions, with si...
A number of previous studies have suggested the possibility of two-center interference effects in th...
A number of previous studies have suggested the possibility of two-center interference effects in th...
In 1966, Cohen and Fano (1966 Phys. Rev. 150 30) suggested that one should be able to observe the eq...
We have studied electron impact ionization of H2 and N2 molecules at intermediate energies to look f...
We will present an experimental and theoretical investigation of triple differential cross sections ...
We have investigated the electron impact single ionization of the hydrogen molecule, with fully dete...
We have investigated the electron impact single ionization of the hydrogen molecule, with fully dete...
Young\u27s double slit interference effects for low incident energy 75.6 eV electron impact ionizati...
Relative (e,2e) triply differential cross sections (TDCS) are measured for the ionization of the hel...
Experimental and theoretical work studying the (e,2e) collision process from diatomic molecules is r...
There has been impressive progress in the area of theoretical treatments of electron impact ionizati...
Relative (e,2e) triply differential cross sections (TDCS) are measured for the ionization of the hel...
We report on measurements of transfer excitation in collisions of 0.3-1.3 MeV protons with spatially...
p { margin-bottom: 2.47mm; line-height: 120%; }Absolutedouble differential cross sections (DDCS) of ...
Molecular two-center interferences in a collision induced excitation of H2+ projectile ions, with si...