Abstract
This work is devoted to the question of the growth of transverse beam break-up instability caused by wake fields with power law wake potential. This problem is topical interest for linear colliders where particle dynamics depends significantly on fields of radiation in periodical accelerating structures. Some kinds of beam-plasma instabilities are other possible applications of the work. Analytical calculations show that the emittance growth of advanced instability in time is smaller when the dependence of wake potential on distance has a bigger power coefficient. 7 refs.; 1 fig.
Citation Formats
Shil`tsev, V D.
Dependence of transverse instability of beam on wake-potential form.
Russian Federation: N. p.,
1992.
Web.
Shil`tsev, V D.
Dependence of transverse instability of beam on wake-potential form.
Russian Federation.
Shil`tsev, V D.
1992.
"Dependence of transverse instability of beam on wake-potential form."
Russian Federation.
@misc{etde_10123201,
title = {Dependence of transverse instability of beam on wake-potential form}
author = {Shil`tsev, V D}
abstractNote = {This work is devoted to the question of the growth of transverse beam break-up instability caused by wake fields with power law wake potential. This problem is topical interest for linear colliders where particle dynamics depends significantly on fields of radiation in periodical accelerating structures. Some kinds of beam-plasma instabilities are other possible applications of the work. Analytical calculations show that the emittance growth of advanced instability in time is smaller when the dependence of wake potential on distance has a bigger power coefficient. 7 refs.; 1 fig.}
place = {Russian Federation}
year = {1992}
month = {Dec}
}
title = {Dependence of transverse instability of beam on wake-potential form}
author = {Shil`tsev, V D}
abstractNote = {This work is devoted to the question of the growth of transverse beam break-up instability caused by wake fields with power law wake potential. This problem is topical interest for linear colliders where particle dynamics depends significantly on fields of radiation in periodical accelerating structures. Some kinds of beam-plasma instabilities are other possible applications of the work. Analytical calculations show that the emittance growth of advanced instability in time is smaller when the dependence of wake potential on distance has a bigger power coefficient. 7 refs.; 1 fig.}
place = {Russian Federation}
year = {1992}
month = {Dec}
}