Total and partial charge transfer cross sections are calculated in collisions of protons with the nitrogen molecule at energies between 0.1 and 10 keV. Ab initio potential energy curves and nonadiabatic couplings have been obtained for a number of N2 bond lengths using a multireference configuration interaction method. The influence of the anisotropy of the target molecule is investigated. Results are compared with previous experimental and theoretical dataThis work has been supported by the Project ENE2007- 62934 of the Ministerio de Ciencia e Innovación (Spain). Allocation of computational time at the CCC of the Universidad Autónoma de Madrid is gratefully acknowledge
Ab initio calculation of vibrational excitation and de-excitation cross sections of N_2 by low-ener...
Energy transfer in molecular collisions are an area of great interest in the scientific field. Becau...
We studied radiative and electron collisional processes for atomic nitrogen. The calculations of exc...
Journals published by the American Physical Society can be found at http://publish.aps.org
Rate coefficients for the N(2D)+N2 collisions were calculated employing quasiclassical trajectories ...
AbstractRate coefficients for the N(2D)+N2 collisions were calculated employing quasiclassical traje...
Total charge transfer cross sections were obtained for the N2(+)-N2 system with relative translation...
Ab initio calculations were performed for the excitations of the a 1Πg and B3Πg and B 3Πg electronic...
The collisional dynamics of N2 (+)((2)Σg (+)) cations with Ar atoms is studied using quasi-classical...
Cross sections and thermal rate coefficients are computed for electron-impact dissociative recombina...
A comprehensive study of electron collisions with the X1Σg+ ground state as well as the metastable A...
We compute a new potential energy surface (PES) for the study of the inelastic collisions between N2...
Using the photo-electron-product-ion-coincidence method (PEPICO) we have measured state-selective cr...
The measurement of charge transfer rate coefficients between multiply charged ions and neutral atoms...
Self-consistent-field calculations for the total potential energy of highly ionized N2 molecules are...
Ab initio calculation of vibrational excitation and de-excitation cross sections of N_2 by low-ener...
Energy transfer in molecular collisions are an area of great interest in the scientific field. Becau...
We studied radiative and electron collisional processes for atomic nitrogen. The calculations of exc...
Journals published by the American Physical Society can be found at http://publish.aps.org
Rate coefficients for the N(2D)+N2 collisions were calculated employing quasiclassical trajectories ...
AbstractRate coefficients for the N(2D)+N2 collisions were calculated employing quasiclassical traje...
Total charge transfer cross sections were obtained for the N2(+)-N2 system with relative translation...
Ab initio calculations were performed for the excitations of the a 1Πg and B3Πg and B 3Πg electronic...
The collisional dynamics of N2 (+)((2)Σg (+)) cations with Ar atoms is studied using quasi-classical...
Cross sections and thermal rate coefficients are computed for electron-impact dissociative recombina...
A comprehensive study of electron collisions with the X1Σg+ ground state as well as the metastable A...
We compute a new potential energy surface (PES) for the study of the inelastic collisions between N2...
Using the photo-electron-product-ion-coincidence method (PEPICO) we have measured state-selective cr...
The measurement of charge transfer rate coefficients between multiply charged ions and neutral atoms...
Self-consistent-field calculations for the total potential energy of highly ionized N2 molecules are...
Ab initio calculation of vibrational excitation and de-excitation cross sections of N_2 by low-ener...
Energy transfer in molecular collisions are an area of great interest in the scientific field. Becau...
We studied radiative and electron collisional processes for atomic nitrogen. The calculations of exc...