Theoretical and numerical results on angular and spectral distributions and total number of photons of several types of coherent radiation produced by microbunched beams passing through radiators are presented: coherent x-ray bremsstrahlung, x-ray transition, resonance transition, and diffraction radiations. The possibility of observation and application of these new types of radiation for the study of parameters of electron beam microbunching, which is important for the effectiveness of x-ray free electron lasers, is discussed
6 pages, no figure. Presented at NATO Advanced Research Workshop on Electron-Photon Interaction in D...
A comparison of the spectral-angular intensity of radiation of a relativistic electron beam is carri...
A comparison of the spectral-angular intensity of radiation of a relativistic electron beam is carri...
A promising accelerator light source mechanism called steady-state microbunching (SSMB) is being act...
The x-ray free-electron laser has established itself as the brightest available source of x-rays, ex...
Relativistic electron irradiation of thin solid targets is known to generate collimated beams of x-r...
International audienceWe have measured the coherent optical transition radiation emitted by an elect...
International audienceWe have measured the coherent optical transition radiation emitted by an elect...
International audienceWe have measured the coherent optical transition radiation emitted by an elect...
A relativistic electron beam moving in a circular orbit in free space can radiate coherently if the ...
The properties of coherent X-radiation (CXR), generated in crystals by electrons in the tens of MeV ...
yesA theory of coherent X-ray radiation of a relativistic electron crossing the artificial periodic ...
High-brightness electron beams with low energy spread at existing and future x-ray free-electron las...
The properties of coherent X-radiation (CXR), generated in crystals by electrons in the tens of MeV ...
The observation and modeling of coherent transition radiation from femtosecond laser accelerated ele...
6 pages, no figure. Presented at NATO Advanced Research Workshop on Electron-Photon Interaction in D...
A comparison of the spectral-angular intensity of radiation of a relativistic electron beam is carri...
A comparison of the spectral-angular intensity of radiation of a relativistic electron beam is carri...
A promising accelerator light source mechanism called steady-state microbunching (SSMB) is being act...
The x-ray free-electron laser has established itself as the brightest available source of x-rays, ex...
Relativistic electron irradiation of thin solid targets is known to generate collimated beams of x-r...
International audienceWe have measured the coherent optical transition radiation emitted by an elect...
International audienceWe have measured the coherent optical transition radiation emitted by an elect...
International audienceWe have measured the coherent optical transition radiation emitted by an elect...
A relativistic electron beam moving in a circular orbit in free space can radiate coherently if the ...
The properties of coherent X-radiation (CXR), generated in crystals by electrons in the tens of MeV ...
yesA theory of coherent X-ray radiation of a relativistic electron crossing the artificial periodic ...
High-brightness electron beams with low energy spread at existing and future x-ray free-electron las...
The properties of coherent X-radiation (CXR), generated in crystals by electrons in the tens of MeV ...
The observation and modeling of coherent transition radiation from femtosecond laser accelerated ele...
6 pages, no figure. Presented at NATO Advanced Research Workshop on Electron-Photon Interaction in D...
A comparison of the spectral-angular intensity of radiation of a relativistic electron beam is carri...
A comparison of the spectral-angular intensity of radiation of a relativistic electron beam is carri...