Research concerned with optimizing a negatively chirped, relativistic, short electron beam using General Particle Tracer (GPT). The GPT simulations have the ability to include realistic beam effects such as space charge, fringe fields and emittance. A series of electron beam energy spreads were simulated through several different iterations of dipole magnets and, utilizing GPT\u27s optimization ability, the most consistent set of parameters was selected and displayed on the poster. With our presented iteration of parameters we noted a 89.5% compression of the electron beam along the propagating axis
Evolution of short intense electron bunches passing through bunch-compressing beam lines is studied ...
Linear accelerators capable of delivering high brightness electron beams are essential components of...
Recent experiments at SLAC have shown that high gradient acceleration of electrons is achievable in ...
Research concerned with optimizing a negatively chirped, relativistic, short electron beam using Gen...
A magnetic chicane is described and the applications of such an apparatus for compressing a ultrafas...
Poster describing the path length differences for two relativistic electrons going through a series ...
The extreme electron beams are characterized by parameters that are comparable or superior to the st...
A magnetic bunch compressor has been designed and is being commissioned for the APS linac to provide...
Coherent synchrotron radiation (CSR) is of great interest to those designing accelerators as drivers...
Coherent synchrotron radiation (CSR) is of great interest to those designing accelerators as drivers...
Electron cooling of the ion beam is key to obtaining the required high luminosity of proposed electr...
The LEUTL FEL at the APS has achieved gain at 530 nm with peak beam current \~100 A. In an effort to...
A compact electron accelerator suitable for Compton source applications is in design at the Center f...
Low emittance machines require lattices with many magnets of short length. Furthermore, successful l...
The International Linear Collider (ILC) will be a pair of linear accelerators (LINACs) that accelera...
Evolution of short intense electron bunches passing through bunch-compressing beam lines is studied ...
Linear accelerators capable of delivering high brightness electron beams are essential components of...
Recent experiments at SLAC have shown that high gradient acceleration of electrons is achievable in ...
Research concerned with optimizing a negatively chirped, relativistic, short electron beam using Gen...
A magnetic chicane is described and the applications of such an apparatus for compressing a ultrafas...
Poster describing the path length differences for two relativistic electrons going through a series ...
The extreme electron beams are characterized by parameters that are comparable or superior to the st...
A magnetic bunch compressor has been designed and is being commissioned for the APS linac to provide...
Coherent synchrotron radiation (CSR) is of great interest to those designing accelerators as drivers...
Coherent synchrotron radiation (CSR) is of great interest to those designing accelerators as drivers...
Electron cooling of the ion beam is key to obtaining the required high luminosity of proposed electr...
The LEUTL FEL at the APS has achieved gain at 530 nm with peak beam current \~100 A. In an effort to...
A compact electron accelerator suitable for Compton source applications is in design at the Center f...
Low emittance machines require lattices with many magnets of short length. Furthermore, successful l...
The International Linear Collider (ILC) will be a pair of linear accelerators (LINACs) that accelera...
Evolution of short intense electron bunches passing through bunch-compressing beam lines is studied ...
Linear accelerators capable of delivering high brightness electron beams are essential components of...
Recent experiments at SLAC have shown that high gradient acceleration of electrons is achievable in ...
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