Understanding the 3D collective long-term response of beams exposed to resonances is of
theoretical interest and essential for advancing high intensity synchrotrons. This study of a …

Space charge is typically one of the performance limitations for the operation of high
intensity and high brightness beams in circular accelerators. In the Proton Synchrotron (PS) …

An extensive experimental study is performed to confirm fundamental resonance bands of
an intense hadron beam propagating through an alternating gradient linear transport …

This paper addresses the generalization of the single-particle betatron resonance condition
derived by Courant and Snyder more than a half century ago. A two-dimensional resonance …

In this paper we describe a new microbunching instability occurring in charged particle
beams propagating along a straight trajectory. The nature of these exponentially growing …

The space-charge driven envelope instability can be of great danger in high intensity
accelerators and was studied using a two-dimensional (2D) envelope model and three …

The effects of space charge play a significant role in modern-day accelerators, frequently
constraining the beam parameters attainable in an accelerator or in an accelerator chain …

A tabletop experimental system has been developed for the study of various collective
effects in space-charge-dominated beams. It is based on the recently proposed idea that the …

Abstract The J-PARC 3-GeV rapid cycling synchrotron (RCS) has recently achieved a 1-MW
beam operation with considerably low fractional beam loss of a couple of 10− 3 as a result of …

It has been known theoretically that a charged-particle beam circulating in a storage ring
exhibits an “ordered” configuration at the space-charge limit. Such an ultimate state of matter …