Add to ORKGThe particle motion in a circular accelerator structure with sextupoles close to 4th and 6th order resonances is studied with perturbation theory. It is shown that A refined method is needed to achieve good agreement be-tween perturbation theory and numerical simulation.
The nonlinear beam dynamics of transverse betatron os-cillations have been studied experimentally at...
This paper considers the resonant beam instability induced by the periodic nature of external focusi...
Particle accelerators are indispensable tools for probing matter at the smallest scales and the impr...
An analytical method has been developed for investigating the nonlinear effects on the dynamical sys...
The advent of circular accelerators based on superconducting magnets has revolutionized the field of...
In this paper the results of experimental investigation of coupling resonances excited by sextupole ...
In this paper the results of experimental investigation of coupling resonances excited by sextupole ...
The Hamiltonian governing the on-momentum particle motion in accelerator magnetic field with arbitra...
We give an overview of the single-particle non linear dynamics in circular accelerators. The main to...
The particle motion in sextupole fields of a storage ring is studied analytically. The invariants of...
Beam lifetime in storage rings and colliders is affected by, among other effects, lattice nonlineari...
The 5th order nonlinear resonance was studied at SRRC's electron storage ring, which has workin...
Accelerator theory is a broad area of study involving the behaviour of particle beams. Out of the ma...
In this contribution the approximate limiting stable amplitude for the non-linear betatron motion in...
The frequency analysis of the betatron motion is a valuable tool for the characterization of the lin...
The nonlinear beam dynamics of transverse betatron os-cillations have been studied experimentally at...
This paper considers the resonant beam instability induced by the periodic nature of external focusi...
Particle accelerators are indispensable tools for probing matter at the smallest scales and the impr...
An analytical method has been developed for investigating the nonlinear effects on the dynamical sys...
The advent of circular accelerators based on superconducting magnets has revolutionized the field of...
In this paper the results of experimental investigation of coupling resonances excited by sextupole ...
In this paper the results of experimental investigation of coupling resonances excited by sextupole ...
The Hamiltonian governing the on-momentum particle motion in accelerator magnetic field with arbitra...
We give an overview of the single-particle non linear dynamics in circular accelerators. The main to...
The particle motion in sextupole fields of a storage ring is studied analytically. The invariants of...
Beam lifetime in storage rings and colliders is affected by, among other effects, lattice nonlineari...
The 5th order nonlinear resonance was studied at SRRC's electron storage ring, which has workin...
Accelerator theory is a broad area of study involving the behaviour of particle beams. Out of the ma...
In this contribution the approximate limiting stable amplitude for the non-linear betatron motion in...
The frequency analysis of the betatron motion is a valuable tool for the characterization of the lin...
The nonlinear beam dynamics of transverse betatron os-cillations have been studied experimentally at...
This paper considers the resonant beam instability induced by the periodic nature of external focusi...
Particle accelerators are indispensable tools for probing matter at the smallest scales and the impr...