Add to ORKGThe well-known parallel-coupled cavity structures working on SW regime have some advantages in comparison with conventional TW-mode accelerating structures that usually used for high gradient linacs. In this article brief review of TW-mode accelerators defects is presented. Some accelerators based on a parallel-coupled cavity structure in which accelerating cavities fed parallel from a few rectangular waveguides are discussed. In addition the low energy accelerator for intensive electron beam based on parallel-coupled cavity structure and permanent magnets is presented
In the past two years accelerator builders have published papers describing mature designs of no few...
The production of intense low emittance electron beams for Free Electron Laser operation requires ne...
Planar accelerating millimeter-wave structures have been studied during the last few years at Argonn...
The well-known parallel-coupled cavity structures working on SW regime have some advantages in compa...
Particle accelerators are employed in many fields of the physics, engineering and medicine science. ...
A novel cavity structure is described that could be the basis for a two-beam, high-gradient, acceler...
A two-beam accelerating structure which aims to provide an acceleration gradient>150 MeV/m for a ...
High energy physics experiments using particle accelerators as well as industrial and medical applic...
Institute, a new technological solution of high gradient accelerating structure was elaborated, and ...
An idea of building microwave linear accelerators in a frequency range close to and beyond 10 GHz ha...
Planar accelerating millimeter-wave structures have been studied during the last few years at Argonn...
Linacs for high-energy physics, as well as for industry and medicine, require accelerating structure...
Planar accelerating millimeter-wave structures have been studied during the last few years at Argonn...
A slab-symmetric dielectric-loaded accelerator structure, consisting of a vacuum gap between dielect...
Feasibility studies on the planar millimeter-wave cavity structures have been made. The structures c...
In the past two years accelerator builders have published papers describing mature designs of no few...
The production of intense low emittance electron beams for Free Electron Laser operation requires ne...
Planar accelerating millimeter-wave structures have been studied during the last few years at Argonn...
The well-known parallel-coupled cavity structures working on SW regime have some advantages in compa...
Particle accelerators are employed in many fields of the physics, engineering and medicine science. ...
A novel cavity structure is described that could be the basis for a two-beam, high-gradient, acceler...
A two-beam accelerating structure which aims to provide an acceleration gradient>150 MeV/m for a ...
High energy physics experiments using particle accelerators as well as industrial and medical applic...
Institute, a new technological solution of high gradient accelerating structure was elaborated, and ...
An idea of building microwave linear accelerators in a frequency range close to and beyond 10 GHz ha...
Planar accelerating millimeter-wave structures have been studied during the last few years at Argonn...
Linacs for high-energy physics, as well as for industry and medicine, require accelerating structure...
Planar accelerating millimeter-wave structures have been studied during the last few years at Argonn...
A slab-symmetric dielectric-loaded accelerator structure, consisting of a vacuum gap between dielect...
Feasibility studies on the planar millimeter-wave cavity structures have been made. The structures c...
In the past two years accelerator builders have published papers describing mature designs of no few...
The production of intense low emittance electron beams for Free Electron Laser operation requires ne...
Planar accelerating millimeter-wave structures have been studied during the last few years at Argonn...