Abstract
A method for computing transverse multibunch growth rates and frequency shifts in rings, which has been described previously, is applied to the PEP-II B factory. The method allows multibunch modes with different internal-bunch oscillation modes to couple to one another, similar to single-bunch mode coupling. Including coupling between the multibunch modes gives effects similar to those seen in single-bunch mode coupling. These effects occur at currents that are lower than the single-bunch mode coupling threshold. (author)
Citation Formats
Berg, J S, and Ruth, R D.
Transverse multibunch modes for non-rigid bunches, including mode coupling.
Japan: N. p.,
1996.
Web.
Berg, J S, & Ruth, R D.
Transverse multibunch modes for non-rigid bunches, including mode coupling.
Japan.
Berg, J S, and Ruth, R D.
1996.
"Transverse multibunch modes for non-rigid bunches, including mode coupling."
Japan.
@misc{etde_461178,
title = {Transverse multibunch modes for non-rigid bunches, including mode coupling}
author = {Berg, J S, and Ruth, R D}
abstractNote = {A method for computing transverse multibunch growth rates and frequency shifts in rings, which has been described previously, is applied to the PEP-II B factory. The method allows multibunch modes with different internal-bunch oscillation modes to couple to one another, similar to single-bunch mode coupling. Including coupling between the multibunch modes gives effects similar to those seen in single-bunch mode coupling. These effects occur at currents that are lower than the single-bunch mode coupling threshold. (author)}
place = {Japan}
year = {1996}
month = {Aug}
}
title = {Transverse multibunch modes for non-rigid bunches, including mode coupling}
author = {Berg, J S, and Ruth, R D}
abstractNote = {A method for computing transverse multibunch growth rates and frequency shifts in rings, which has been described previously, is applied to the PEP-II B factory. The method allows multibunch modes with different internal-bunch oscillation modes to couple to one another, similar to single-bunch mode coupling. Including coupling between the multibunch modes gives effects similar to those seen in single-bunch mode coupling. These effects occur at currents that are lower than the single-bunch mode coupling threshold. (author)}
place = {Japan}
year = {1996}
month = {Aug}
}