Add to ORKGBeam dynamics studies on the FNPL photo injector that seek to optimize the transport of intense electron beams with large values of canonical angular momentum have been performed. These studies investigate the effect of solenoid emittance compensation on beams that evolve under the combined influence of intense space charge forces and large angular momentum. We present details of experimental measurements and supporting simulations of beam envelope evolution
Free-electron laser based x-ray facilities require high-brightness photoinjectors to provide low emi...
A critical process in high-brightness photoinjectors is emittance compensation, which brings under c...
A new iron dominated single emittance compensation solenoidal magnet was designed to be integrated w...
Beam dynamics studies on the FNPL photo injector that seek to optimize the transport of intense ele...
In this paper we provide an analytical description for the transverse dynamics of relativistic, spac...
The new generation of linac injectors driving free electron lasers in the self-amplified stimulated ...
FEL photoinjectors are based on the emittance compensation process, by which a high brightness beam ...
We discuss the design of and initial results from an experiment in space-charge dominated beam dynam...
The compensation of correlated emittance contributions is of primary importance to optimize the perf...
The compensation of correlated emittance contributions is of primary importance to optimize the perf...
We discuss the design of and initial results from an experiment in space-charge dominated beam dyna...
Intense beams with large angular momentum have im-portant applications in electron cooling and in pr...
We discuss the design of and initial results from an experiment in space-charge dominated beam dynam...
Much of the theory and experimentation concerning creation of a high-brightness electron beam from a...
Wake fields effects in addition to space charge forces may have an important impact during the emitt...
Free-electron laser based x-ray facilities require high-brightness photoinjectors to provide low emi...
A critical process in high-brightness photoinjectors is emittance compensation, which brings under c...
A new iron dominated single emittance compensation solenoidal magnet was designed to be integrated w...
Beam dynamics studies on the FNPL photo injector that seek to optimize the transport of intense ele...
In this paper we provide an analytical description for the transverse dynamics of relativistic, spac...
The new generation of linac injectors driving free electron lasers in the self-amplified stimulated ...
FEL photoinjectors are based on the emittance compensation process, by which a high brightness beam ...
We discuss the design of and initial results from an experiment in space-charge dominated beam dynam...
The compensation of correlated emittance contributions is of primary importance to optimize the perf...
The compensation of correlated emittance contributions is of primary importance to optimize the perf...
We discuss the design of and initial results from an experiment in space-charge dominated beam dyna...
Intense beams with large angular momentum have im-portant applications in electron cooling and in pr...
We discuss the design of and initial results from an experiment in space-charge dominated beam dynam...
Much of the theory and experimentation concerning creation of a high-brightness electron beam from a...
Wake fields effects in addition to space charge forces may have an important impact during the emitt...
Free-electron laser based x-ray facilities require high-brightness photoinjectors to provide low emi...
A critical process in high-brightness photoinjectors is emittance compensation, which brings under c...
A new iron dominated single emittance compensation solenoidal magnet was designed to be integrated w...