A design of an electron gun system is presented whose stray light emission is reduced by about three orders of magnitude compared to a regular low-energy electron diffraction gun. This is achieved by a combination of a BaO cathode run at rather low temperature and a 30° tandem parallel-plate analyzer used as an optical baffle. The system provides a high beam current of several microampers at 50 eV beam energy. The system can be used down to ∼10 eV
Electron beam technology has a long history with wide range of applications in research and industri...
Cornell University has designed an Energy Recovery Linac (ERL) X-ray facility, necessitating high-br...
The characteristics of a beam generated by a "hollow cathode" gun, intended for electron cooling pur...
482-485A tetrode type electron gun system for the generation of low energy electrons has been desi...
Development of an electron gun capable of producing low emittance is in the interests of further app...
In this thesis, a thermionic electron gun generating low emittance and the high power electron beam ...
Concepts such as the two-beam accelerator offer the possibility of translating pulsed power technolo...
The generation of an electron beam by a hollow cathode gun in a cusp magnetic field is discussed. Su...
172 pagesHigh quality electron beams are a key tool in much of modern physics, forming the backbone ...
An electron DC gun capable for producing very low emittance beam is now under evaluation of beam qua...
A multiphysics-based modeling design of a low energy electron source using a thermionic cathode is ...
A high-current electron source for inverse photoemission spectroscopy (IPES) is described. The sourc...
In this article, the design and simulation of an electron injector based on a thermionic RF-modulate...
An electron gun with multiple focus system was designed, and a smaller beam spot was obtained in the...
Availability of a low-energy, high current electron gun delivering a well-focused spot on the sample...
Electron beam technology has a long history with wide range of applications in research and industri...
Cornell University has designed an Energy Recovery Linac (ERL) X-ray facility, necessitating high-br...
The characteristics of a beam generated by a "hollow cathode" gun, intended for electron cooling pur...
482-485A tetrode type electron gun system for the generation of low energy electrons has been desi...
Development of an electron gun capable of producing low emittance is in the interests of further app...
In this thesis, a thermionic electron gun generating low emittance and the high power electron beam ...
Concepts such as the two-beam accelerator offer the possibility of translating pulsed power technolo...
The generation of an electron beam by a hollow cathode gun in a cusp magnetic field is discussed. Su...
172 pagesHigh quality electron beams are a key tool in much of modern physics, forming the backbone ...
An electron DC gun capable for producing very low emittance beam is now under evaluation of beam qua...
A multiphysics-based modeling design of a low energy electron source using a thermionic cathode is ...
A high-current electron source for inverse photoemission spectroscopy (IPES) is described. The sourc...
In this article, the design and simulation of an electron injector based on a thermionic RF-modulate...
An electron gun with multiple focus system was designed, and a smaller beam spot was obtained in the...
Availability of a low-energy, high current electron gun delivering a well-focused spot on the sample...
Electron beam technology has a long history with wide range of applications in research and industri...
Cornell University has designed an Energy Recovery Linac (ERL) X-ray facility, necessitating high-br...
The characteristics of a beam generated by a "hollow cathode" gun, intended for electron cooling pur...