The dissociation and ionization cross sections of the H2+ molecular ion due to electron impact have been studied using the classical impulse approximation. The effect of the Coulomb field of the molecular ion is explicitly included in the calculation. The results are compared with other theoretical calculations
New measurements of the cross-section for electron impact ionization of the molecular ion C2H2+ hav...
We report the first application of the semi-classical Deutsch-Mark formalism to the calculation of t...
Highly differential cross sections have been obtained for dissociative single ionization of H2 by 6 ...
The dissociation and ionization cross sections of the H2+ molecular ion due to electron impact have ...
Proton-impact ionization and dissociation of the H2+ molecule is studied within the frame-work of th...
Single ionization of H2 + molecular ions by impact of bare ions is theoretically studied. Fully diff...
Single ionization of atoms by fast ion impact has been studied extensively for years (for a review s...
The dissociative and non-dissociative ionization of H2 by electron impact has been measured up to 1 ...
Break-up of molecular hydrogen (H2) by 54 eV electron impact induced dissociative ionization is inve...
New measurements of the cross-section for electron impact ionization of the molecular ion C2H2+ have...
We report the results of the application of the semi-classical Deutsch-Mark (DM) formalism to the ca...
We have studied the dissciative ionization of H2 and D2 by electron impact. It is found that in the ...
The dissociative ionization by electron impact of H₂, H₂O, and H₂S was investigated between the elec...
Highly differential cross sections have been obtained for dissociative single ionization of H2 by 6 ...
We calculate the kinetic-energy release distributions of fragments produced for electron-impact diss...
New measurements of the cross-section for electron impact ionization of the molecular ion C2H2+ hav...
We report the first application of the semi-classical Deutsch-Mark formalism to the calculation of t...
Highly differential cross sections have been obtained for dissociative single ionization of H2 by 6 ...
The dissociation and ionization cross sections of the H2+ molecular ion due to electron impact have ...
Proton-impact ionization and dissociation of the H2+ molecule is studied within the frame-work of th...
Single ionization of H2 + molecular ions by impact of bare ions is theoretically studied. Fully diff...
Single ionization of atoms by fast ion impact has been studied extensively for years (for a review s...
The dissociative and non-dissociative ionization of H2 by electron impact has been measured up to 1 ...
Break-up of molecular hydrogen (H2) by 54 eV electron impact induced dissociative ionization is inve...
New measurements of the cross-section for electron impact ionization of the molecular ion C2H2+ have...
We report the results of the application of the semi-classical Deutsch-Mark (DM) formalism to the ca...
We have studied the dissciative ionization of H2 and D2 by electron impact. It is found that in the ...
The dissociative ionization by electron impact of H₂, H₂O, and H₂S was investigated between the elec...
Highly differential cross sections have been obtained for dissociative single ionization of H2 by 6 ...
We calculate the kinetic-energy release distributions of fragments produced for electron-impact diss...
New measurements of the cross-section for electron impact ionization of the molecular ion C2H2+ hav...
We report the first application of the semi-classical Deutsch-Mark formalism to the calculation of t...
Highly differential cross sections have been obtained for dissociative single ionization of H2 by 6 ...
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