The relaxation of the electron energy distribution function (edf) in N 2 post discharge regime has been studied by solving the Boltzmann equation without the term due to the electric field. The results have been obtained both in the presence and in the absence of superelastic vibrational collisions. In the first case the electron energy distribution function relaxes toward nearly time independent values rich in electrons in the energy range 2-4 eV, while in the absence of superelastic vibrational collisions edf presents a hole in this energy range. This behaviour is reflected on the rate coefficients of the different processes. In particular, in the presence of superelastic vibrational collisions, the rate coefficients of the vibrational ex...
The relaxation of an electron excited to the high energy region, is accompanied by the creation of ...
The relaxation times for electronic excitation due to electron bombardment of atoms was found to be ...
The evolution of atmospheric pressure hydrogen plasma under the action of repetitively ns electrical...
The relaxation of the electron energy distribution function (edf) in N 2 post discharge regime has b...
The relaxation of the electron energy distribution function (edf) in vibrationally excited N2 post d...
The impact of individual collision processes on the relaxation of the velocity distribution function...
Abstract—In this paper, we present an investigation of the time-relaxation of the electron energy di...
This work presents a theoretical study of the time-relaxation of both the electron energy distributi...
We investigated the effect of superelastic electronic collisions of electrons, with the c (3)Pi(u) s...
We investigated the effect of superelastic electronic collisions of electrons, with the c 3Πu state ...
A model for the electron-vibration energy exchange in nitrogen based on a Landau-Teller-type rate eq...
The thermo-chemical relaxation of nitrogen hypersonic flows behind strong shocks and in nozzle expan...
The role of second kind collisions (skc) in affecting the electron energy distribution function (ee...
International audienceThis work presents an examination of the validity of the simple linear Landau-...
Electron energy distribution function (EEDF) measurements were conducted in nitrogen gas inductively...
The relaxation of an electron excited to the high energy region, is accompanied by the creation of ...
The relaxation times for electronic excitation due to electron bombardment of atoms was found to be ...
The evolution of atmospheric pressure hydrogen plasma under the action of repetitively ns electrical...
The relaxation of the electron energy distribution function (edf) in N 2 post discharge regime has b...
The relaxation of the electron energy distribution function (edf) in vibrationally excited N2 post d...
The impact of individual collision processes on the relaxation of the velocity distribution function...
Abstract—In this paper, we present an investigation of the time-relaxation of the electron energy di...
This work presents a theoretical study of the time-relaxation of both the electron energy distributi...
We investigated the effect of superelastic electronic collisions of electrons, with the c (3)Pi(u) s...
We investigated the effect of superelastic electronic collisions of electrons, with the c 3Πu state ...
A model for the electron-vibration energy exchange in nitrogen based on a Landau-Teller-type rate eq...
The thermo-chemical relaxation of nitrogen hypersonic flows behind strong shocks and in nozzle expan...
The role of second kind collisions (skc) in affecting the electron energy distribution function (ee...
International audienceThis work presents an examination of the validity of the simple linear Landau-...
Electron energy distribution function (EEDF) measurements were conducted in nitrogen gas inductively...
The relaxation of an electron excited to the high energy region, is accompanied by the creation of ...
The relaxation times for electronic excitation due to electron bombardment of atoms was found to be ...
The evolution of atmospheric pressure hydrogen plasma under the action of repetitively ns electrical...