Abstract
Within the framework of free electron laser physics studies, this paper discusses the spectral properties of the radiation emitted by electrons moving in helical undulators and solenoids. The analysis is exact, in the sense that the electron beam is not assumed to be ultra-relativistic but the far-field condition is still retained. The low energy corrections, limits of validity of the usual approximations, and the relevance of results to gyratron-type devices are also discussed.
Citation Formats
Dattoli, G, Cabrini, S, Giannessi, L, and Loreto, V.
Exact treatment of spontaneous emission in helical and solenoidal magnetic field.
Italy: N. p.,
1992.
Web.
Dattoli, G, Cabrini, S, Giannessi, L, & Loreto, V.
Exact treatment of spontaneous emission in helical and solenoidal magnetic field.
Italy.
Dattoli, G, Cabrini, S, Giannessi, L, and Loreto, V.
1992.
"Exact treatment of spontaneous emission in helical and solenoidal magnetic field."
Italy.
@misc{etde_10128739,
title = {Exact treatment of spontaneous emission in helical and solenoidal magnetic field}
author = {Dattoli, G, Cabrini, S, Giannessi, L, and Loreto, V}
abstractNote = {Within the framework of free electron laser physics studies, this paper discusses the spectral properties of the radiation emitted by electrons moving in helical undulators and solenoids. The analysis is exact, in the sense that the electron beam is not assumed to be ultra-relativistic but the far-field condition is still retained. The low energy corrections, limits of validity of the usual approximations, and the relevance of results to gyratron-type devices are also discussed.}
place = {Italy}
year = {1992}
month = {Dec}
}
title = {Exact treatment of spontaneous emission in helical and solenoidal magnetic field}
author = {Dattoli, G, Cabrini, S, Giannessi, L, and Loreto, V}
abstractNote = {Within the framework of free electron laser physics studies, this paper discusses the spectral properties of the radiation emitted by electrons moving in helical undulators and solenoids. The analysis is exact, in the sense that the electron beam is not assumed to be ultra-relativistic but the far-field condition is still retained. The low energy corrections, limits of validity of the usual approximations, and the relevance of results to gyratron-type devices are also discussed.}
place = {Italy}
year = {1992}
month = {Dec}
}