Add to ORKGWe have used a specially designed retarding field energy analyzer with a resolution (Δ E /E) of approximately 2 x 10-4 in order to measure the energy distribution, under different operating conditions, of the H- beam of the ISIS ion source. The paper presents the details of the analyzer and the first results obtained on the Ion Source Test Facility at RAL
This paper covers the advances in the ion source research and development Program at ISIS over the l...
Most ion sources that produce high-flux hydrogen ion beams perform best in the high energy range (ke...
The role, played by a double layer (DL) in helicon produced expanding plasmas, in obtaining a supers...
In this paper the setup and use of a retarding field energy analyser to measure the energy distribut...
The energy distribution of a high brightness rubidium ion beam, which is intended to be used as the ...
The RAL Front End Test Stand (FETS) is being con-structed to demonstrate a chopped H−beam of up to 6...
A project to design and construct an RF-driven long-lifetime volume production ion source producing ...
Energy spectra of 1 keV He+ and Ar+ ion beams have been investigated using a sector field analyzer w...
A Penning-type surface-plasma negative hydrogen (H-) ion source has been delivering beam at the ISIS...
The RAL Front End Test Stand (FETS) is being constructed to demonstrate a chopped H- beam of up to 6...
In large beam sources for neutral beam injectors (NBIs) operating at high energies, negative hydroge...
Time resolved energy distributions of ions of the plasma ejected by a hydromagnetic gun have been me...
Axial ion energy spread of multicusp sources has been measured by three different techniques: an ele...
ISIS H- Penning Surface Plasma Source (SPS) has been a world leading operational H- ion source for 2...
Ion energy distribution function (IEDF) of low-energy ion beams extracted from a hot cathode DC ion ...
This paper covers the advances in the ion source research and development Program at ISIS over the l...
Most ion sources that produce high-flux hydrogen ion beams perform best in the high energy range (ke...
The role, played by a double layer (DL) in helicon produced expanding plasmas, in obtaining a supers...
In this paper the setup and use of a retarding field energy analyser to measure the energy distribut...
The energy distribution of a high brightness rubidium ion beam, which is intended to be used as the ...
The RAL Front End Test Stand (FETS) is being con-structed to demonstrate a chopped H−beam of up to 6...
A project to design and construct an RF-driven long-lifetime volume production ion source producing ...
Energy spectra of 1 keV He+ and Ar+ ion beams have been investigated using a sector field analyzer w...
A Penning-type surface-plasma negative hydrogen (H-) ion source has been delivering beam at the ISIS...
The RAL Front End Test Stand (FETS) is being constructed to demonstrate a chopped H- beam of up to 6...
In large beam sources for neutral beam injectors (NBIs) operating at high energies, negative hydroge...
Time resolved energy distributions of ions of the plasma ejected by a hydromagnetic gun have been me...
Axial ion energy spread of multicusp sources has been measured by three different techniques: an ele...
ISIS H- Penning Surface Plasma Source (SPS) has been a world leading operational H- ion source for 2...
Ion energy distribution function (IEDF) of low-energy ion beams extracted from a hot cathode DC ion ...
This paper covers the advances in the ion source research and development Program at ISIS over the l...
Most ion sources that produce high-flux hydrogen ion beams perform best in the high energy range (ke...
The role, played by a double layer (DL) in helicon produced expanding plasmas, in obtaining a supers...