Add to ORKGWhile a carefully designed electron beam and its transport system are interesting on their own because of the very low emittances which can be achieved, the behavior of such a beam can also be o
Many recent developments in accelerator technology have increased the need for a better understandin...
The emittance growth caused by an electron cloud is simulated by the HEADTAIL code with conducting b...
An analytic model for emittance growth in the round beam transported in arbitrary electrostatic chan...
A series of particle-in-cell computer simulations is used to examine the self-consistent nonlinear b...
The author analyzes the emittance growth mechanisms for a continuous, intense electron beam in a foc...
We use single-particle radial equation of motion to identify nonlinear forces which lead to an emitt...
The proposed use of intense beams of high-energy heavy ions for pellet fusion have renewed interest ...
This paper reports results of transverse emittance studies and beam propagation in electrostatic acc...
In linear devices the effective phase space volume occupied by a beam can grow rapidly if the beam i...
A self-consistent two-dimensional model is used to investigate intense charged-particle beam propaga...
Most discussions about emittance growth and halo production for an intense electron beam in a period...
This paper reports results of transverse emittance studies and beam propagation in electrostatic acc...
This paper reports results of transverse emittance studies and beam propagation in electrostatic acc...
A particle simulation code was used to study the effect on transverse beam dynamics of nonlinearitie...
We present an analysis of envelope perturbations evolving in the limit of a fully space-charge depre...
Many recent developments in accelerator technology have increased the need for a better understandin...
The emittance growth caused by an electron cloud is simulated by the HEADTAIL code with conducting b...
An analytic model for emittance growth in the round beam transported in arbitrary electrostatic chan...
A series of particle-in-cell computer simulations is used to examine the self-consistent nonlinear b...
The author analyzes the emittance growth mechanisms for a continuous, intense electron beam in a foc...
We use single-particle radial equation of motion to identify nonlinear forces which lead to an emitt...
The proposed use of intense beams of high-energy heavy ions for pellet fusion have renewed interest ...
This paper reports results of transverse emittance studies and beam propagation in electrostatic acc...
In linear devices the effective phase space volume occupied by a beam can grow rapidly if the beam i...
A self-consistent two-dimensional model is used to investigate intense charged-particle beam propaga...
Most discussions about emittance growth and halo production for an intense electron beam in a period...
This paper reports results of transverse emittance studies and beam propagation in electrostatic acc...
This paper reports results of transverse emittance studies and beam propagation in electrostatic acc...
A particle simulation code was used to study the effect on transverse beam dynamics of nonlinearitie...
We present an analysis of envelope perturbations evolving in the limit of a fully space-charge depre...
Many recent developments in accelerator technology have increased the need for a better understandin...
The emittance growth caused by an electron cloud is simulated by the HEADTAIL code with conducting b...
An analytic model for emittance growth in the round beam transported in arbitrary electrostatic chan...