Abstract
This is the first report of feasibility study on a synchrotron, which is able to accelerate 30 {mu}A proton beam from 40 to 500 MeV and can be installed in the PS-Booster room together with the present Booster synchrotron. Main parameters of the synchrotron are described with respect to the lattice structure, beam-injection and beam-extraction systems, the synchrotron magnet system, the radiofrequency accelerating system, the vacuum system and the monitor system. Feasibility is also mentioned on the injection and extraction beam transport line. Problems accompanying with construction and maintenance of the synchrotron, which should be discussed, are listed. (author).
Citation Formats
Yamane, I, Adachi, T, Kawakubo, T, Ninomiya, S, Narushima, K, Mutoh, K, and Irie, Y.
Feasibility of PS-`New Booster`.
Japan: N. p.,
1992.
Web.
Yamane, I, Adachi, T, Kawakubo, T, Ninomiya, S, Narushima, K, Mutoh, K, & Irie, Y.
Feasibility of PS-`New Booster`.
Japan.
Yamane, I, Adachi, T, Kawakubo, T, Ninomiya, S, Narushima, K, Mutoh, K, and Irie, Y.
1992.
"Feasibility of PS-`New Booster`."
Japan.
@misc{etde_10123281,
title = {Feasibility of PS-`New Booster`}
author = {Yamane, I, Adachi, T, Kawakubo, T, Ninomiya, S, Narushima, K, Mutoh, K, and Irie, Y}
abstractNote = {This is the first report of feasibility study on a synchrotron, which is able to accelerate 30 {mu}A proton beam from 40 to 500 MeV and can be installed in the PS-Booster room together with the present Booster synchrotron. Main parameters of the synchrotron are described with respect to the lattice structure, beam-injection and beam-extraction systems, the synchrotron magnet system, the radiofrequency accelerating system, the vacuum system and the monitor system. Feasibility is also mentioned on the injection and extraction beam transport line. Problems accompanying with construction and maintenance of the synchrotron, which should be discussed, are listed. (author).}
place = {Japan}
year = {1992}
month = {Aug}
}
title = {Feasibility of PS-`New Booster`}
author = {Yamane, I, Adachi, T, Kawakubo, T, Ninomiya, S, Narushima, K, Mutoh, K, and Irie, Y}
abstractNote = {This is the first report of feasibility study on a synchrotron, which is able to accelerate 30 {mu}A proton beam from 40 to 500 MeV and can be installed in the PS-Booster room together with the present Booster synchrotron. Main parameters of the synchrotron are described with respect to the lattice structure, beam-injection and beam-extraction systems, the synchrotron magnet system, the radiofrequency accelerating system, the vacuum system and the monitor system. Feasibility is also mentioned on the injection and extraction beam transport line. Problems accompanying with construction and maintenance of the synchrotron, which should be discussed, are listed. (author).}
place = {Japan}
year = {1992}
month = {Aug}
}