Resonant enhancements are predicted in cross sections σn for laser-assisted radiative attachment or electron–ion recombination accompanied by absorption of n laser photons. These enhancements occur for incoming electron energies at which the electron can be attached or recombined by emitting μ laser photons followed by emission of a spontaneous photon upon absorbing n + μ laser photons. The close similarity between rescattering plateaus in spectra of resonant attachment/recombination and of high-order harmonic generation is shown based on a general parametrization for σn and on numerical results for e−H attachment
Orders of magnitude increases of the cross sections are predicted for laser-assisted low-energy elec...
The process of laser-assisted resonance-energy transfer (LARET) is described and analyzed within the...
We analyze the laser ellipticity dependence of n-photon differential cross sections (dσn/dΩ) for ele...
Resonant enhancements are predicted in cross sections σn for laser-assisted radiative attachment or ...
Orders of magnitude increases are predicted in the cross sections for electron-atom scattering accom...
Orders of magnitude increases are predicted in the cross sections for electron-atom scattering accom...
Orders of magnitude increases are predicted in the cross sections for electron-atom scattering accom...
We study the process of laser-assisted radiative recombination of an electron with a proton by using...
Rescattering effects in non-resonant spontaneous laser-assisted electron–atom bremsstrahlung (LABrS)...
Rescattering effects in non-resonant spontaneous laser-assisted electron–atom bremsstrahlung (LABrS)...
LETTER TO THE EDITOR The plateau features that characterize the low-frequency spectra of fundamental...
LETTER TO THE EDITOR The plateau features that characterize the low-frequency spectra of fundamental...
High harmonics generated due to the scattering of relativistic electrons from high intensity laser l...
A comprehensive quantitative rescattering (QRS) theory for describing the production of high-energy ...
We study the process of laser-assisted spontaneous electron bremsstrahlung by running classical traj...
Orders of magnitude increases of the cross sections are predicted for laser-assisted low-energy elec...
The process of laser-assisted resonance-energy transfer (LARET) is described and analyzed within the...
We analyze the laser ellipticity dependence of n-photon differential cross sections (dσn/dΩ) for ele...
Resonant enhancements are predicted in cross sections σn for laser-assisted radiative attachment or ...
Orders of magnitude increases are predicted in the cross sections for electron-atom scattering accom...
Orders of magnitude increases are predicted in the cross sections for electron-atom scattering accom...
Orders of magnitude increases are predicted in the cross sections for electron-atom scattering accom...
We study the process of laser-assisted radiative recombination of an electron with a proton by using...
Rescattering effects in non-resonant spontaneous laser-assisted electron–atom bremsstrahlung (LABrS)...
Rescattering effects in non-resonant spontaneous laser-assisted electron–atom bremsstrahlung (LABrS)...
LETTER TO THE EDITOR The plateau features that characterize the low-frequency spectra of fundamental...
LETTER TO THE EDITOR The plateau features that characterize the low-frequency spectra of fundamental...
High harmonics generated due to the scattering of relativistic electrons from high intensity laser l...
A comprehensive quantitative rescattering (QRS) theory for describing the production of high-energy ...
We study the process of laser-assisted spontaneous electron bremsstrahlung by running classical traj...
Orders of magnitude increases of the cross sections are predicted for laser-assisted low-energy elec...
The process of laser-assisted resonance-energy transfer (LARET) is described and analyzed within the...
We analyze the laser ellipticity dependence of n-photon differential cross sections (dσn/dΩ) for ele...