This work aims at calculating the cross sections for vibrational excitation of the oxygen molecules by collisons with electrons. Potential energy curves are obtained with standard quantum chemistry methods and the R-matrix method with good agreement with measurable molecular properties, the cross sections are calculated within the local complex potential approximation. It was shown that the results obtained with different, but seemingly satisfactory settings can vary by a significant degree. Comparison with experimental data then point out the insufficiency of the local complex potential approximation. Powered by TCPDF (www.tcpdf.org
International audienceAbstract A theoretical investigation of the dissociative excitation by electro...
The scope of this thesis is in the time-dependent formulation of the two dimensional model of resona...
Non-resonant, electron-impact, vibro-electronic excitation cross sections, involving vibrationally e...
In the present work we study different approaches for solving the nuclear dy- namics of resonant ele...
We describe a simple model for electron-molecule collisions that has one nuclear and one electronic...
A two-dimensional model of the resonant electron-molecule collision processes with one nuclear and o...
For succesfully carrying out R-matrix calculations, a good description of the excited states of the ...
Collisions of electrons with molecules is one of the fundamental processes which occur both in atomi...
Cross-sections for the scattering of low-energy electrons by molecules play an important role in the...
A numerically solvable two-dimensional model introduced by the authors [Phys. Rev. A 73, 032721 (20...
Author Institution: Department of Chemistry, Mellon Institute of Science, Carnegie-Mellon University...
We describe a simple model for electron-molecule collisions that has one nuclear and one electronic ...
We report a theoretical study on electron-CO collisions in the low and intermediate energy range. Mo...
In this talk I will review the recent progress that has been made in the theoretical determination o...
We have measured absolute differential cross sections for the electron impact excitation of the $\sp...
International audienceAbstract A theoretical investigation of the dissociative excitation by electro...
The scope of this thesis is in the time-dependent formulation of the two dimensional model of resona...
Non-resonant, electron-impact, vibro-electronic excitation cross sections, involving vibrationally e...
In the present work we study different approaches for solving the nuclear dy- namics of resonant ele...
We describe a simple model for electron-molecule collisions that has one nuclear and one electronic...
A two-dimensional model of the resonant electron-molecule collision processes with one nuclear and o...
For succesfully carrying out R-matrix calculations, a good description of the excited states of the ...
Collisions of electrons with molecules is one of the fundamental processes which occur both in atomi...
Cross-sections for the scattering of low-energy electrons by molecules play an important role in the...
A numerically solvable two-dimensional model introduced by the authors [Phys. Rev. A 73, 032721 (20...
Author Institution: Department of Chemistry, Mellon Institute of Science, Carnegie-Mellon University...
We describe a simple model for electron-molecule collisions that has one nuclear and one electronic ...
We report a theoretical study on electron-CO collisions in the low and intermediate energy range. Mo...
In this talk I will review the recent progress that has been made in the theoretical determination o...
We have measured absolute differential cross sections for the electron impact excitation of the $\sp...
International audienceAbstract A theoretical investigation of the dissociative excitation by electro...
The scope of this thesis is in the time-dependent formulation of the two dimensional model of resona...
Non-resonant, electron-impact, vibro-electronic excitation cross sections, involving vibrationally e...