This paper describes a design study for a high-current DC thermionic electron gun. This gun is to be used for an electron generator for a high-power microwave source such as a relativistic backward wave oscillator. The designed gun showed a capability of producing an annular electron beam with very a high current of 1 kA at a 1-MeV beam energy. Obtaining such a high current beam was possible by achieving a relatively high compression ratio of about 210, which in turn was obtained by carefully optimizing the gun geometry.112sciescopuskc
An electron gun specifically designed for high energy electron cooling is presented. The energy reso...
This report summarizes the main technical objectives and accomplishments during the life of the gran...
Back bombarding limits wide usage of thermionic RF guns. The article presents one of the possible fi...
This paper describes a design study for a high-current DC thermionic electron gun. This gun is to be...
Thermionic electron guns are capable of operating at high average currents in a variety of vacuum el...
In this thesis, a thermionic electron gun generating low emittance and the high power electron beam ...
Electron beam technology has a long history with wide range of applications in research and industri...
The authors report the study of a high-current accelerator, capable of producing thin (2 mm) annular...
The Advanced Continuous-wave Electron injector aims to provide accelerator-based light sources with ...
This paper deals with optimum design and development of a thermionic electron gun to meet specified ...
The purpose of this project is to design and optimize a rudimentary electron gun at a scale and cost...
The drive beam injector for CLIC needs to deliver a 4.2 A electron beam for a duration of 140 μs wit...
In this article, the design and simulation of an electron injector based on a thermionic RF-modulate...
This paper describes a particular design of a thermionic electron gun employable in Sub-millimetric ...
We present a novel concept for the generation of gigahertz repetition rate high brightness electron ...
An electron gun specifically designed for high energy electron cooling is presented. The energy reso...
This report summarizes the main technical objectives and accomplishments during the life of the gran...
Back bombarding limits wide usage of thermionic RF guns. The article presents one of the possible fi...
This paper describes a design study for a high-current DC thermionic electron gun. This gun is to be...
Thermionic electron guns are capable of operating at high average currents in a variety of vacuum el...
In this thesis, a thermionic electron gun generating low emittance and the high power electron beam ...
Electron beam technology has a long history with wide range of applications in research and industri...
The authors report the study of a high-current accelerator, capable of producing thin (2 mm) annular...
The Advanced Continuous-wave Electron injector aims to provide accelerator-based light sources with ...
This paper deals with optimum design and development of a thermionic electron gun to meet specified ...
The purpose of this project is to design and optimize a rudimentary electron gun at a scale and cost...
The drive beam injector for CLIC needs to deliver a 4.2 A electron beam for a duration of 140 μs wit...
In this article, the design and simulation of an electron injector based on a thermionic RF-modulate...
This paper describes a particular design of a thermionic electron gun employable in Sub-millimetric ...
We present a novel concept for the generation of gigahertz repetition rate high brightness electron ...
An electron gun specifically designed for high energy electron cooling is presented. The energy reso...
This report summarizes the main technical objectives and accomplishments during the life of the gran...
Back bombarding limits wide usage of thermionic RF guns. The article presents one of the possible fi...