VIII International Symposium Radiation from Relativistic Electrons in Periodic Structure (RREPS-09) Zvenigorod, Russia, September 7-11, 2009International audienceTravelling wave in a helical wave guide is considered for electron acceleration. A first determination of the travelling wave modes using a partial wave expansion (PWE) and a point matching method is presented. It gives a rapid solution for moderate deformation of the guide relative to a straight cylinder. Strong deformations will give higher accelerating gradient but the PWE diverges. Two methods overcoming this difficulties are suggested
Wave propagation in cylindrical guides of both rectangular and circular cross section is treated by ...
Abstract. Motivated by a proposal to create an optical helix-shaped waveguides for cold atoms and mo...
A novel microwave device for accelerating charged particles based on twisted waveguide is presented....
talk given at Channeling 2008 conferenceThe electromagnetic wave field propagating in a helical wave...
Abstract. The electromagnetic wave field propagating in a helical wave guide is decomposed in an ang...
A wide-band, short duration, pulse technique has been used to investigate the nature of stress wave ...
A helical corrugation of the inner surface of an oversized cylindrical waveguide provides, for certa...
A new class of accelerating structures employing a uniformly twisted waveguide is investigated. Twis...
We report the first experimental demonstration of linear electron acceleration using an optically ge...
Recently, increased interest has been shown in the use of helically loaded wave guides for the acce...
Recently, increased interest has been shown in the use of helically loaded wave guides for the acce...
A hollow waveguide with a uniform cross section may be used for accelerating charged particles if th...
A new self-consistent time-domain model for the simulation of gyrotron traveling-wave tubes with a h...
The helix has achieved great importance, mainly through its applications as a slow-wave structure. A...
The helix has achieved great importance, mainly through its applications as a slow-wave structure. A...
Wave propagation in cylindrical guides of both rectangular and circular cross section is treated by ...
Abstract. Motivated by a proposal to create an optical helix-shaped waveguides for cold atoms and mo...
A novel microwave device for accelerating charged particles based on twisted waveguide is presented....
talk given at Channeling 2008 conferenceThe electromagnetic wave field propagating in a helical wave...
Abstract. The electromagnetic wave field propagating in a helical wave guide is decomposed in an ang...
A wide-band, short duration, pulse technique has been used to investigate the nature of stress wave ...
A helical corrugation of the inner surface of an oversized cylindrical waveguide provides, for certa...
A new class of accelerating structures employing a uniformly twisted waveguide is investigated. Twis...
We report the first experimental demonstration of linear electron acceleration using an optically ge...
Recently, increased interest has been shown in the use of helically loaded wave guides for the acce...
Recently, increased interest has been shown in the use of helically loaded wave guides for the acce...
A hollow waveguide with a uniform cross section may be used for accelerating charged particles if th...
A new self-consistent time-domain model for the simulation of gyrotron traveling-wave tubes with a h...
The helix has achieved great importance, mainly through its applications as a slow-wave structure. A...
The helix has achieved great importance, mainly through its applications as a slow-wave structure. A...
Wave propagation in cylindrical guides of both rectangular and circular cross section is treated by ...
Abstract. Motivated by a proposal to create an optical helix-shaped waveguides for cold atoms and mo...
A novel microwave device for accelerating charged particles based on twisted waveguide is presented....