Abstract
The electromagnetic fields of the prebuncher for the KEK 40-MeV proton linac have been studied using the code MAFIA. Part of the calculated results were compared with the experimental results. A beam simulation of the beam transport line between the prebuncher and the linac was performed using code LEBT; it runs on a supercomputer in order to calculate beam dynamics, including space-charge effects. The capture efficiency of the linac and the emittance growth in the beam line are discussed in connection with the space-charge effects. (author).
Citation Formats
Kato, Takao.
Analysis of the prebuncher for the KEK 40-MeV proton linac.
Japan: N. p.,
1991.
Web.
Kato, Takao.
Analysis of the prebuncher for the KEK 40-MeV proton linac.
Japan.
Kato, Takao.
1991.
"Analysis of the prebuncher for the KEK 40-MeV proton linac."
Japan.
@misc{etde_10142712,
title = {Analysis of the prebuncher for the KEK 40-MeV proton linac}
author = {Kato, Takao}
abstractNote = {The electromagnetic fields of the prebuncher for the KEK 40-MeV proton linac have been studied using the code MAFIA. Part of the calculated results were compared with the experimental results. A beam simulation of the beam transport line between the prebuncher and the linac was performed using code LEBT; it runs on a supercomputer in order to calculate beam dynamics, including space-charge effects. The capture efficiency of the linac and the emittance growth in the beam line are discussed in connection with the space-charge effects. (author).}
place = {Japan}
year = {1991}
month = {Dec}
}
title = {Analysis of the prebuncher for the KEK 40-MeV proton linac}
author = {Kato, Takao}
abstractNote = {The electromagnetic fields of the prebuncher for the KEK 40-MeV proton linac have been studied using the code MAFIA. Part of the calculated results were compared with the experimental results. A beam simulation of the beam transport line between the prebuncher and the linac was performed using code LEBT; it runs on a supercomputer in order to calculate beam dynamics, including space-charge effects. The capture efficiency of the linac and the emittance growth in the beam line are discussed in connection with the space-charge effects. (author).}
place = {Japan}
year = {1991}
month = {Dec}
}