The equilibrium particle distribution of a bunch is investigated by using a localized delta' wake in an electron storage ring. A mapping method is performed to show the dynamical behavior of the particle distribution by using the Gaussian approximation. It is shown that stable multi-periodic states, a limit cycle, and chaos can exist under some conditions. When moving around the parameter space, the system can show bifurcation phenomena.X111sci
We present a theory of coupled-bunch longitudinal instabilities that is based on the coupled set of ...
A self-consistent theory for nonlinear longitudinal particle motion and rf cavity excitation in a hi...
The beam distribution of particles in a storage ring can be distorted in the presence of nonlinear r...
The equilibrium longitudinal particle distribution of a bunch in an electron storage ring is investi...
The equilibrium longitudinal distribution of particles in a beam due to a localized 6 wake in electr...
The longitudinal motion of electrons in a storage ring cannot be described correctly with the usual ...
Using a simple wake function, it is shown that the equilibrium bunch length in electron storage ring...
The validity of the Gaussian approximation of the distribution function in the study of the equilibr...
General properties of the longitudinal equilibrium dis-tribution of a simple model storage ring are ...
The equilibrium bunch length in electron storage rings with a purely inductive localized wake functi...
We propose and illustrate a general numerical method to follow the probability distribution in phase...
We consider the e-p instability for long proton bunches in storage rings. We give a simplified treat...
A simple analytical formula is described for bunch lengthening by a linear horizontal betatron motio...
We propose a new method for simulation study of the nonlinear interaction of a single bunch and acce...
The physics of electron motion in storage rings is described by supplementing the Hamiltonian equati...
We present a theory of coupled-bunch longitudinal instabilities that is based on the coupled set of ...
A self-consistent theory for nonlinear longitudinal particle motion and rf cavity excitation in a hi...
The beam distribution of particles in a storage ring can be distorted in the presence of nonlinear r...
The equilibrium longitudinal particle distribution of a bunch in an electron storage ring is investi...
The equilibrium longitudinal distribution of particles in a beam due to a localized 6 wake in electr...
The longitudinal motion of electrons in a storage ring cannot be described correctly with the usual ...
Using a simple wake function, it is shown that the equilibrium bunch length in electron storage ring...
The validity of the Gaussian approximation of the distribution function in the study of the equilibr...
General properties of the longitudinal equilibrium dis-tribution of a simple model storage ring are ...
The equilibrium bunch length in electron storage rings with a purely inductive localized wake functi...
We propose and illustrate a general numerical method to follow the probability distribution in phase...
We consider the e-p instability for long proton bunches in storage rings. We give a simplified treat...
A simple analytical formula is described for bunch lengthening by a linear horizontal betatron motio...
We propose a new method for simulation study of the nonlinear interaction of a single bunch and acce...
The physics of electron motion in storage rings is described by supplementing the Hamiltonian equati...
We present a theory of coupled-bunch longitudinal instabilities that is based on the coupled set of ...
A self-consistent theory for nonlinear longitudinal particle motion and rf cavity excitation in a hi...
The beam distribution of particles in a storage ring can be distorted in the presence of nonlinear r...