A hollow waveguide with a uniform cross section may be used for accelerating charged particles if the phase velocity of an accelerating mode is equal to or less than the free space speed of light. Regular straight hollow waveguides have phase velocities of propagating electromagnetic waves greater than the free-space speed of light. if the waveguide is twisted, the phase velocities of the waveguide modes become slower. The twisted waveguide structure has been modeled and computer simulated in 3-D electromagnetic solvers to show the slow-wave properties for the accelerating mode
It is well known that waveguides with no perturbations have phase velocities greater than the veloci...
Helical waveguides are widely used today as slow wave structures and as normal or axial mode antenna...
Helical waveguides are widely used today as slow wave structures and as normal or axial mode antenna...
A new class of accelerating structures employing a uniformly twisted waveguide is investigated. Twis...
A novel microwave device for accelerating charged particles based on twisted waveguide is presented....
At a choice of slow-wave structure for application in accelerating technique the main attention is g...
I propose a new method for laser acceleration of relativistic electrons using the leaky modes of a h...
I propose a new method for laser acceleration of relativis-tic electrons using the leaky modes of a ...
Conventional metal-wall waveguides support waveguide modes with phase velocities exceeding the speed...
Terahertz(THz)-driven dielectric-lined waveguides have applications in electron manipulation, partic...
Terahertz(THz)-driven dielectric-lined waveguides have applications in electron manipulation, partic...
Terahertz(THz)-driven dielectric-lined waveguides have applications in electron manipulation, partic...
VIII International Symposium Radiation from Relativistic Electrons in Periodic Structure (RREPS-09) ...
A description of different types of the accelerating structures that have been studied and construct...
In this lecture the basic concepts of electromagnetic waves in accelerating structures are discussed...
It is well known that waveguides with no perturbations have phase velocities greater than the veloci...
Helical waveguides are widely used today as slow wave structures and as normal or axial mode antenna...
Helical waveguides are widely used today as slow wave structures and as normal or axial mode antenna...
A new class of accelerating structures employing a uniformly twisted waveguide is investigated. Twis...
A novel microwave device for accelerating charged particles based on twisted waveguide is presented....
At a choice of slow-wave structure for application in accelerating technique the main attention is g...
I propose a new method for laser acceleration of relativistic electrons using the leaky modes of a h...
I propose a new method for laser acceleration of relativis-tic electrons using the leaky modes of a ...
Conventional metal-wall waveguides support waveguide modes with phase velocities exceeding the speed...
Terahertz(THz)-driven dielectric-lined waveguides have applications in electron manipulation, partic...
Terahertz(THz)-driven dielectric-lined waveguides have applications in electron manipulation, partic...
Terahertz(THz)-driven dielectric-lined waveguides have applications in electron manipulation, partic...
VIII International Symposium Radiation from Relativistic Electrons in Periodic Structure (RREPS-09) ...
A description of different types of the accelerating structures that have been studied and construct...
In this lecture the basic concepts of electromagnetic waves in accelerating structures are discussed...
It is well known that waveguides with no perturbations have phase velocities greater than the veloci...
Helical waveguides are widely used today as slow wave structures and as normal or axial mode antenna...
Helical waveguides are widely used today as slow wave structures and as normal or axial mode antenna...