Add to ORKGCaporaso, Barletta and Neil (CBN) found in a solution to the problem of the single-bunch beam breakup in a linac[1]. However, their method applies only to the case of a beam traveling in a strongly betatron-focused linac under the influence of the resistive wall impedance. We suggest in this paper a method for dealing with the same problem. Our methods is more general; it applies to the same problem under any impedance, and it applies to a linac with or without external betatron focusing
We investigate a method to control the multipass dipole beam breakup instability in a recirculating ...
The authors recently developed an analytic theory of cumulative multibunch beam breakup that include...
A formalism presented in a previous paper for the analysis of cumulative beam breakup (BBU) with arb...
Caporaso, Barletta and Neil (CBN) found a solution to the problem of the single-bunch beam breakup i...
The coupled-bunch beam breakup problem excited by the resistive wall wake is formulated. An approxim...
An analytical formalism for the solution of cumulative beam breakup in linear accelerators with arbi...
In this paper, we provide an analytical description for transverse coupling impedances with dipole h...
Analytic and numerical calculations of the beam breakup instability in rf linac cavities are present...
Abstract: An analytic theory of cumulative multibunch beam breakup in linear colliders is developed....
The multipass regenerative multibunch beam breakup instability is specific to recirculating linacs (...
A formalism presented in a previous paper for the analysis of cumulative beam breakup with arbitrary...
The Future Circular Collider study, hosted by CERN to design post-LHC particle accelerator options i...
Analytic tools for the study ofmultibunch cumulative beam breakup (MBBU) in linear colliders (LCs) i...
We investigate multipass beam breakup (BBU) in a recirculating linear accelerator in the framework o...
A general model for wakefield-generated instabilities in linear accelerators, originally developed f...
We investigate a method to control the multipass dipole beam breakup instability in a recirculating ...
The authors recently developed an analytic theory of cumulative multibunch beam breakup that include...
A formalism presented in a previous paper for the analysis of cumulative beam breakup (BBU) with arb...
Caporaso, Barletta and Neil (CBN) found a solution to the problem of the single-bunch beam breakup i...
The coupled-bunch beam breakup problem excited by the resistive wall wake is formulated. An approxim...
An analytical formalism for the solution of cumulative beam breakup in linear accelerators with arbi...
In this paper, we provide an analytical description for transverse coupling impedances with dipole h...
Analytic and numerical calculations of the beam breakup instability in rf linac cavities are present...
Abstract: An analytic theory of cumulative multibunch beam breakup in linear colliders is developed....
The multipass regenerative multibunch beam breakup instability is specific to recirculating linacs (...
A formalism presented in a previous paper for the analysis of cumulative beam breakup with arbitrary...
The Future Circular Collider study, hosted by CERN to design post-LHC particle accelerator options i...
Analytic tools for the study ofmultibunch cumulative beam breakup (MBBU) in linear colliders (LCs) i...
We investigate multipass beam breakup (BBU) in a recirculating linear accelerator in the framework o...
A general model for wakefield-generated instabilities in linear accelerators, originally developed f...
We investigate a method to control the multipass dipole beam breakup instability in a recirculating ...
The authors recently developed an analytic theory of cumulative multibunch beam breakup that include...
A formalism presented in a previous paper for the analysis of cumulative beam breakup (BBU) with arb...