Abstract
Possibility of producing electromagnetic radiation in a free-electron laser (FEL), using beam of the racetrack microtron RM-100 of MSU NIIYaF, is evaluated. Two modes of FEL operation are considered. Single-particle mode with minimal amplification factor is possible at assigned electron beam parameters and maximal energy up to 20-50 MeV. Device specifications are presented. Collective radiation mode becomes possible due to the affect of electromagnetic wave channeling. Channeling occurs under auxillary transverse compression of 10A electron beam, permitted by RM-100 parameters. Possible parameters of FEL in UV range are presented. 20 refs.; 4 figs.; 5 tabs.
Citation Formats
Grishin, V K, and Darenskaya, L V.
Short-wave radiation in a free-electron laser based on the racetrack microtron RM-100 of MSU NIIYaF; Korotkovolnovoe izluchenie v LSEh na baze uskoritelya RM-100 NIIYaF MGU.
Russian Federation: N. p.,
1991.
Web.
Grishin, V K, & Darenskaya, L V.
Short-wave radiation in a free-electron laser based on the racetrack microtron RM-100 of MSU NIIYaF; Korotkovolnovoe izluchenie v LSEh na baze uskoritelya RM-100 NIIYaF MGU.
Russian Federation.
Grishin, V K, and Darenskaya, L V.
1991.
"Short-wave radiation in a free-electron laser based on the racetrack microtron RM-100 of MSU NIIYaF; Korotkovolnovoe izluchenie v LSEh na baze uskoritelya RM-100 NIIYaF MGU."
Russian Federation.
@misc{etde_10123199,
title = {Short-wave radiation in a free-electron laser based on the racetrack microtron RM-100 of MSU NIIYaF; Korotkovolnovoe izluchenie v LSEh na baze uskoritelya RM-100 NIIYaF MGU}
author = {Grishin, V K, and Darenskaya, L V}
abstractNote = {Possibility of producing electromagnetic radiation in a free-electron laser (FEL), using beam of the racetrack microtron RM-100 of MSU NIIYaF, is evaluated. Two modes of FEL operation are considered. Single-particle mode with minimal amplification factor is possible at assigned electron beam parameters and maximal energy up to 20-50 MeV. Device specifications are presented. Collective radiation mode becomes possible due to the affect of electromagnetic wave channeling. Channeling occurs under auxillary transverse compression of 10A electron beam, permitted by RM-100 parameters. Possible parameters of FEL in UV range are presented. 20 refs.; 4 figs.; 5 tabs.}
place = {Russian Federation}
year = {1991}
month = {Dec}
}
title = {Short-wave radiation in a free-electron laser based on the racetrack microtron RM-100 of MSU NIIYaF; Korotkovolnovoe izluchenie v LSEh na baze uskoritelya RM-100 NIIYaF MGU}
author = {Grishin, V K, and Darenskaya, L V}
abstractNote = {Possibility of producing electromagnetic radiation in a free-electron laser (FEL), using beam of the racetrack microtron RM-100 of MSU NIIYaF, is evaluated. Two modes of FEL operation are considered. Single-particle mode with minimal amplification factor is possible at assigned electron beam parameters and maximal energy up to 20-50 MeV. Device specifications are presented. Collective radiation mode becomes possible due to the affect of electromagnetic wave channeling. Channeling occurs under auxillary transverse compression of 10A electron beam, permitted by RM-100 parameters. Possible parameters of FEL in UV range are presented. 20 refs.; 4 figs.; 5 tabs.}
place = {Russian Federation}
year = {1991}
month = {Dec}
}