Add to ORKGExperimental results on beam transmission of intensive electron beams in high-voltage TWT with PPM focusing system with nonsinusoidal field at great values of magnetic field parameter α are presented. It is shown, that at 1,01,4, which correspond to the second region of stability, conductance is 82% in statics and 75% in dynamics
In a previous study using a fully three-dimensional (3D) helical slow-wave circuit cold- test model ...
The electrostatic undulator is suggested the use as a high intensity beam transport system. The low ...
Many recent developments in accelerator technology have increased the need for a better understandin...
The work covers the magnetic periodic focusing systems (MPFS) for intensive electron beans. The aim ...
The transport of an electron beam with an energy spread of up to 75 % is discussed. In the paraxial ...
Analysis of quadrupole focusing lattices for high-frequency TWT’s is presented. This work is motiva...
The problem of generating long cylindrical electron beams of almost constant diameter has received m...
In this paper we discuss the design of Magnetic focusing system (MFS) for a compact hel...
The proposed use of intense beams of high-energy heavy ions for pellet fusion have renewed interest ...
Theoretical and experimental work on electron beams which are produced by a magnetically shielded el...
A fully three-dimensional (3D) model of an electron beam focused by a periodic permanent magnet (PPM...
Tandem electrostatic accelerators often require the flexibility to operate at a variety of terminal ...
A sheet electron beam is an effective means to increase efficiency of traveling-wave tubes (TWTs). I...
The experimental results of unneutralized electron beam transportation in an evacuated cylindrical m...
When a charged particle travels across the vacuum chamber of an accelerator, it induces electromagne...
In a previous study using a fully three-dimensional (3D) helical slow-wave circuit cold- test model ...
The electrostatic undulator is suggested the use as a high intensity beam transport system. The low ...
Many recent developments in accelerator technology have increased the need for a better understandin...
The work covers the magnetic periodic focusing systems (MPFS) for intensive electron beans. The aim ...
The transport of an electron beam with an energy spread of up to 75 % is discussed. In the paraxial ...
Analysis of quadrupole focusing lattices for high-frequency TWT’s is presented. This work is motiva...
The problem of generating long cylindrical electron beams of almost constant diameter has received m...
In this paper we discuss the design of Magnetic focusing system (MFS) for a compact hel...
The proposed use of intense beams of high-energy heavy ions for pellet fusion have renewed interest ...
Theoretical and experimental work on electron beams which are produced by a magnetically shielded el...
A fully three-dimensional (3D) model of an electron beam focused by a periodic permanent magnet (PPM...
Tandem electrostatic accelerators often require the flexibility to operate at a variety of terminal ...
A sheet electron beam is an effective means to increase efficiency of traveling-wave tubes (TWTs). I...
The experimental results of unneutralized electron beam transportation in an evacuated cylindrical m...
When a charged particle travels across the vacuum chamber of an accelerator, it induces electromagne...
In a previous study using a fully three-dimensional (3D) helical slow-wave circuit cold- test model ...
The electrostatic undulator is suggested the use as a high intensity beam transport system. The low ...
Many recent developments in accelerator technology have increased the need for a better understandin...