Abstract
Beam test of a slow extraction by utilizing the 3rd order resonance has been performed to investigate the characteristics of the extraction system at TARNII and to develop a new technique with the slow extraction. High extraction efficiency was obtained by the extraction without accelerating beam. Time dependence of the profile of the extracted beam and micro-structure of the beam spill were measured. Furthermore we succeeded to extract the beam by a new method utilizing the emittance growth of the circulating beam in the ring. (author).
Citation Formats
Tomizawa, M, Yoshizawa, M, and Chida, K.
Slow beam extraction at TARNII.
Japan: N. p.,
1992.
Web.
Tomizawa, M, Yoshizawa, M, & Chida, K.
Slow beam extraction at TARNII.
Japan.
Tomizawa, M, Yoshizawa, M, and Chida, K.
1992.
"Slow beam extraction at TARNII."
Japan.
@misc{etde_10111089,
title = {Slow beam extraction at TARNII}
author = {Tomizawa, M, Yoshizawa, M, and Chida, K}
abstractNote = {Beam test of a slow extraction by utilizing the 3rd order resonance has been performed to investigate the characteristics of the extraction system at TARNII and to develop a new technique with the slow extraction. High extraction efficiency was obtained by the extraction without accelerating beam. Time dependence of the profile of the extracted beam and micro-structure of the beam spill were measured. Furthermore we succeeded to extract the beam by a new method utilizing the emittance growth of the circulating beam in the ring. (author).}
place = {Japan}
year = {1992}
month = {Apr}
}
title = {Slow beam extraction at TARNII}
author = {Tomizawa, M, Yoshizawa, M, and Chida, K}
abstractNote = {Beam test of a slow extraction by utilizing the 3rd order resonance has been performed to investigate the characteristics of the extraction system at TARNII and to develop a new technique with the slow extraction. High extraction efficiency was obtained by the extraction without accelerating beam. Time dependence of the profile of the extracted beam and micro-structure of the beam spill were measured. Furthermore we succeeded to extract the beam by a new method utilizing the emittance growth of the circulating beam in the ring. (author).}
place = {Japan}
year = {1992}
month = {Apr}
}