Abstract
A millimeter wave free-electron laser driven by electrostatic accelerator has been constructed, and simulation codes were developed. Main components such as high current electron gun, power supply for electron gun, electrostatic accelerator, permanent-magnet undulator and millimeter-wave cavity have been developed. Simulation codes calculating the output power and trajectory of electron beam in undulator have been developed. The energy of the electron beam is 430 keV and the output wavelength is 3-10 mm. (Author).
Lee, Jong Min;
Nam, Chang Hee;
Lee, Byeong Cheol;
Kim, Seon Kook;
Jeong, Yeong Uk;
Cho, Seong Oh;
Choi, Byeong Ho;
Choi, Hwa Rim
[1]
- Korea Atomic Energy Res. Inst., Taejon (Korea, Republic of)
Citation Formats
Lee, Jong Min, Nam, Chang Hee, Lee, Byeong Cheol, Kim, Seon Kook, Jeong, Yeong Uk, Cho, Seong Oh, Choi, Byeong Ho, and Choi, Hwa Rim.
Development of high power free-electron lasers.
Korea, Republic of: N. p.,
1994.
Web.
Lee, Jong Min, Nam, Chang Hee, Lee, Byeong Cheol, Kim, Seon Kook, Jeong, Yeong Uk, Cho, Seong Oh, Choi, Byeong Ho, & Choi, Hwa Rim.
Development of high power free-electron lasers.
Korea, Republic of.
Lee, Jong Min, Nam, Chang Hee, Lee, Byeong Cheol, Kim, Seon Kook, Jeong, Yeong Uk, Cho, Seong Oh, Choi, Byeong Ho, and Choi, Hwa Rim.
1994.
"Development of high power free-electron lasers."
Korea, Republic of.
@misc{etde_10111437,
title = {Development of high power free-electron lasers}
author = {Lee, Jong Min, Nam, Chang Hee, Lee, Byeong Cheol, Kim, Seon Kook, Jeong, Yeong Uk, Cho, Seong Oh, Choi, Byeong Ho, and Choi, Hwa Rim}
abstractNote = {A millimeter wave free-electron laser driven by electrostatic accelerator has been constructed, and simulation codes were developed. Main components such as high current electron gun, power supply for electron gun, electrostatic accelerator, permanent-magnet undulator and millimeter-wave cavity have been developed. Simulation codes calculating the output power and trajectory of electron beam in undulator have been developed. The energy of the electron beam is 430 keV and the output wavelength is 3-10 mm. (Author).}
place = {Korea, Republic of}
year = {1994}
month = {Jan}
}
title = {Development of high power free-electron lasers}
author = {Lee, Jong Min, Nam, Chang Hee, Lee, Byeong Cheol, Kim, Seon Kook, Jeong, Yeong Uk, Cho, Seong Oh, Choi, Byeong Ho, and Choi, Hwa Rim}
abstractNote = {A millimeter wave free-electron laser driven by electrostatic accelerator has been constructed, and simulation codes were developed. Main components such as high current electron gun, power supply for electron gun, electrostatic accelerator, permanent-magnet undulator and millimeter-wave cavity have been developed. Simulation codes calculating the output power and trajectory of electron beam in undulator have been developed. The energy of the electron beam is 430 keV and the output wavelength is 3-10 mm. (Author).}
place = {Korea, Republic of}
year = {1994}
month = {Jan}
}