Add to ORKGThe beam distribution of particles in a storage ring can be distorted in the presence of nonlinear resonances. Computer simulation is used to study the equilibrium distribution of an electron beam in the presence of a single 4th order nonlinear resonance in a storage ring. Its result is compared with that obtained using an analytical approach by solving the Fokker-Planck equation to first order in the resonance strength. The effect of resonance on quantum lifetime of electron beam is also compared and investigated
In the following report we want to review nonlinear problems in accelerator physics. Theoretical too...
The importance of nonlinear beam dynamics effects in synchrotron light sources is caused by strong d...
The collective effects in high-intensity bunched beams are described self-consistently by the nonlin...
The beam distribution of particles in a storage ring can be distorted in the presence of nonlinear r...
The beam distribution of particles in a storage ring can be distorted in the presence of nonlinear r...
In the proximity of a nonlinear resonance ν≈m/n, the beam distribution in a storage ring is distorte...
The equilibrium longitudinal distribution of particles in a beam due to a localized 6 wake in electr...
The physics of electron motion in storage rings is described by supplementing the Hamiltonian equati...
The equilibrium particle distribution of a bunch is investigated by using a localized delta' wa...
We propose a new method for simulation study of the nonlinear interaction of a single bunch and acce...
Linear dynamics in a storage ring can be described by the one-turn map matrix. In the case of a reso...
In order to reduce the beam density efficiently for a safe beam abort, we analytically studied the m...
General properties of the longitudinal equilibrium dis-tribution of a simple model storage ring are ...
The longitudinal charge density of an electron beam in its equilibrium state is given by the solutio...
We study a nonlinear integral equation that is a necessary condition on the equilibrium phase-space ...
In the following report we want to review nonlinear problems in accelerator physics. Theoretical too...
The importance of nonlinear beam dynamics effects in synchrotron light sources is caused by strong d...
The collective effects in high-intensity bunched beams are described self-consistently by the nonlin...
The beam distribution of particles in a storage ring can be distorted in the presence of nonlinear r...
The beam distribution of particles in a storage ring can be distorted in the presence of nonlinear r...
In the proximity of a nonlinear resonance ν≈m/n, the beam distribution in a storage ring is distorte...
The equilibrium longitudinal distribution of particles in a beam due to a localized 6 wake in electr...
The physics of electron motion in storage rings is described by supplementing the Hamiltonian equati...
The equilibrium particle distribution of a bunch is investigated by using a localized delta' wa...
We propose a new method for simulation study of the nonlinear interaction of a single bunch and acce...
Linear dynamics in a storage ring can be described by the one-turn map matrix. In the case of a reso...
In order to reduce the beam density efficiently for a safe beam abort, we analytically studied the m...
General properties of the longitudinal equilibrium dis-tribution of a simple model storage ring are ...
The longitudinal charge density of an electron beam in its equilibrium state is given by the solutio...
We study a nonlinear integral equation that is a necessary condition on the equilibrium phase-space ...
In the following report we want to review nonlinear problems in accelerator physics. Theoretical too...
The importance of nonlinear beam dynamics effects in synchrotron light sources is caused by strong d...
The collective effects in high-intensity bunched beams are described self-consistently by the nonlin...