Sentence examples for electron electron electron from inspiring English sources

We describe a frequency tunable Q-band cavity (34 GHz) designed for CW and pulse Electron Paramagnetic Resonance (EPR) as well as Electron Nuclear Double Resonance (ENDOR) and Electron Electron Double Resonance (ELDOR) experiments.

It describes the transport of electrons in a collisional and partly ionised plasma, including electron-electron, electron-ion, and electron-neutral collisions.

Finally, once single-particle energy states are found, we calculate electron-electron, electron-hole and hole-hole Coulomb integrals, and the next step is the calculation of many body states using configuration interaction approach [15].

In this paper, the charge-balance, the energy-balance and the moment equations and Poisson's equation have been used to describe the charging process for a dust particle in the undisturbed plasma taking into account the emission variety (secondary electron, electron-ion, thermal-field electron and photoelectron types) in the intermediate regime of ion motion.

It is well known that electronic transport is significantly affected by surface scattering [18 20], in addition to electron-electron scattering and electron-phonon scattering, as the thickness of a system is reduced to become comparable to the electron mean free path.

The screening describes the interactions between electron-electron and electron-impurity in plasmas.

According to the WAL model [24], the electron-electron and electron-phonon scattering are supposed to emerge in the whiskers.

Their characteristic temperature dependence suggests the importance of electron-electron scattering in electron transport phenomena.

For example, he says, it assumed that the electrons, phonons, and electron-electron interactions in BSCCO behaved as if it were in steady "thermal equilibrium".

It means, neither electron-electron interaction nor electron-phonon interaction, that is interaction with "environment", lead to their mixing.

The parameter H ϕ is related with the dephasing time τ ϕ of the electron wave function caused by electron-electron or electron-phonon interaction: {H}_{phi}=frac{mathit{hslash c}}{4 eD{tau}_{phi}}.