Abstract
Results for single- and multi-bunch instabilities can be significantly affected by the precise model that is used for the broadband impedance. This paper discusses three aspects of broadband impedance modelling. The first is an observation of the effect that a seemingly minor change in an impedance model has on the single-bunch mode coupling threshold. The second is a successful attempt to construct a model for the high-frequency tails of an r.f. cavity. The last is a discussion of requirements for the mathematical form of an impedance which follow from the general properties of impedances. (author)
Berg, J S
[1]
- Stanford Linear Accelerator Center, Menlo Park, CA (United States)
Citation Formats
Berg, J S.
Observations involving broadband impedance modelling.
Japan: N. p.,
1996.
Web.
Berg, J S.
Observations involving broadband impedance modelling.
Japan.
Berg, J S.
1996.
"Observations involving broadband impedance modelling."
Japan.
@misc{etde_461174,
title = {Observations involving broadband impedance modelling}
author = {Berg, J S}
abstractNote = {Results for single- and multi-bunch instabilities can be significantly affected by the precise model that is used for the broadband impedance. This paper discusses three aspects of broadband impedance modelling. The first is an observation of the effect that a seemingly minor change in an impedance model has on the single-bunch mode coupling threshold. The second is a successful attempt to construct a model for the high-frequency tails of an r.f. cavity. The last is a discussion of requirements for the mathematical form of an impedance which follow from the general properties of impedances. (author)}
place = {Japan}
year = {1996}
month = {Aug}
}
title = {Observations involving broadband impedance modelling}
author = {Berg, J S}
abstractNote = {Results for single- and multi-bunch instabilities can be significantly affected by the precise model that is used for the broadband impedance. This paper discusses three aspects of broadband impedance modelling. The first is an observation of the effect that a seemingly minor change in an impedance model has on the single-bunch mode coupling threshold. The second is a successful attempt to construct a model for the high-frequency tails of an r.f. cavity. The last is a discussion of requirements for the mathematical form of an impedance which follow from the general properties of impedances. (author)}
place = {Japan}
year = {1996}
month = {Aug}
}