Theoretical examination is made of single bunch collective effects in the collider ring of a 2 Tev 2 Tev Mu-Mu Col-lider complex. The situation involves an intense bunch, a short bunch, a small momentum compaction, a rather large impedance for the rf system, and luminosity life time lim-ited by muon decay to of the order a thousand turns. The use in rings of techniques such as BNS damping, developed for linear colliders, is discussed. Qualitative descriptions and numerical simulation results are presented.
The decoherence behavior of betatron-oscillation motion of a beam after a transverse kick is examine...
The last component of a muon collider facility, as presently envisioned, is a colliding-beam storage...
To achieve the luminosity of L = 10{sup 35} cm{sup {minus}2}s{sup {minus}1} in a {mu}{sup +}{mu}{sup...
The longitudinal single bunch collective effects in a Muon Collider [1] ring are theoretically exami...
In this paper, we give an overview of collective effects and related issues in the damping rings for...
Simulations of the longitudinal instability in the 50GeV×50GeV muon collider ring have been performe...
Transverse instabilities in linacs can be controlled by BNS damping, in which the transverse oscilla...
The intense bunch which is called for in the muon col-lider design will be subject to transverse ins...
Single bunch instabilities for the 50-50 GeV muon collider are discussed. An impedance budget for th...
Single bunch instabilities for the 50GeV×50GeV muon collider are discussed. An impedance budget of t...
Because of tight requirements on beam quality longitudinal single-bunch instabilities are a serious ...
Because of tight requirements on beam quality longitudinal single-bunch instabilities are a serious...
Analytic tools for the study ofmultibunch cumulative beam breakup (MBBU) in linear colliders (LCs) i...
cool se e he c llide r 2004 Published by Elsevier B.V. colliding particles in m –m colliders [2,3]. ...
In 1992 a longitudinal, single bunch instability was observed in the SLC damping rings. Beyond a thr...
The decoherence behavior of betatron-oscillation motion of a beam after a transverse kick is examine...
The last component of a muon collider facility, as presently envisioned, is a colliding-beam storage...
To achieve the luminosity of L = 10{sup 35} cm{sup {minus}2}s{sup {minus}1} in a {mu}{sup +}{mu}{sup...
The longitudinal single bunch collective effects in a Muon Collider [1] ring are theoretically exami...
In this paper, we give an overview of collective effects and related issues in the damping rings for...
Simulations of the longitudinal instability in the 50GeV×50GeV muon collider ring have been performe...
Transverse instabilities in linacs can be controlled by BNS damping, in which the transverse oscilla...
The intense bunch which is called for in the muon col-lider design will be subject to transverse ins...
Single bunch instabilities for the 50-50 GeV muon collider are discussed. An impedance budget for th...
Single bunch instabilities for the 50GeV×50GeV muon collider are discussed. An impedance budget of t...
Because of tight requirements on beam quality longitudinal single-bunch instabilities are a serious ...
Because of tight requirements on beam quality longitudinal single-bunch instabilities are a serious...
Analytic tools for the study ofmultibunch cumulative beam breakup (MBBU) in linear colliders (LCs) i...
cool se e he c llide r 2004 Published by Elsevier B.V. colliding particles in m –m colliders [2,3]. ...
In 1992 a longitudinal, single bunch instability was observed in the SLC damping rings. Beyond a thr...
The decoherence behavior of betatron-oscillation motion of a beam after a transverse kick is examine...
The last component of a muon collider facility, as presently envisioned, is a colliding-beam storage...
To achieve the luminosity of L = 10{sup 35} cm{sup {minus}2}s{sup {minus}1} in a {mu}{sup +}{mu}{sup...