IBA recently proposed a new method to extract high-intensity positive ion beams from a cyclotron based on the concept of auto-extraction. We review the design of a 14 MeV, multi-milliampere cyclotron using this new technology. IBA is also involved in the design of the accelerator system foreseen to drive the MYRRHA facility, a multipurpose neutron source developed jointly by SCK-CEN and IBA. (C) 2002 Elsevier Science B.V. All rights reserved
RF dee Magnetic system Beam extractor A study to determine the conceptual design of a 13 MeV proton ...
The 88-Inch Cyclotron facility consists of a sector-focused, variable energy cyclotron fed by two El...
The authors report on first operational results obtained with the two-cyclotron concept for the prod...
In 1992, IBA developed a high intensity cyclotron for the production of Pd-103. Up to now 16 interna...
The self-extracting cyclotron is a high-intensity 14 MeV H+ machine for isotope production. There is...
The self-extracting cyclotron is a high-intensity 14 MeV H+ machine for isotope production. There is...
The self-extracting cyclotron is a high-intensity 14 MeV H+ machine for isotope production. There is...
"Several cyclotron-based high intensity accelerators have been studied in the framework of the Energ...
A four sector compact superconducting cyclotron able to deliver ion beams with power in the range 20...
Cyclotron technology is largely disseminated into the medical and radio-pharmaceutical community. In...
This paper reviews a study of a compact superconducting cyclotron to accelerate 200 microamps of pro...
We discuss the possibility in principle of stripping extraction in combination with reverse bends in...
We discuss the possibility in principle of stripping extraction in combination with reverse bends in...
This paper reviews a study of a compact superconducting cyclotron to accelerate 200 microamps of pro...
A cyclotron originally has an excellent energy efficiency, defined by a ratio of beam power to opera...
RF dee Magnetic system Beam extractor A study to determine the conceptual design of a 13 MeV proton ...
The 88-Inch Cyclotron facility consists of a sector-focused, variable energy cyclotron fed by two El...
The authors report on first operational results obtained with the two-cyclotron concept for the prod...
In 1992, IBA developed a high intensity cyclotron for the production of Pd-103. Up to now 16 interna...
The self-extracting cyclotron is a high-intensity 14 MeV H+ machine for isotope production. There is...
The self-extracting cyclotron is a high-intensity 14 MeV H+ machine for isotope production. There is...
The self-extracting cyclotron is a high-intensity 14 MeV H+ machine for isotope production. There is...
"Several cyclotron-based high intensity accelerators have been studied in the framework of the Energ...
A four sector compact superconducting cyclotron able to deliver ion beams with power in the range 20...
Cyclotron technology is largely disseminated into the medical and radio-pharmaceutical community. In...
This paper reviews a study of a compact superconducting cyclotron to accelerate 200 microamps of pro...
We discuss the possibility in principle of stripping extraction in combination with reverse bends in...
We discuss the possibility in principle of stripping extraction in combination with reverse bends in...
This paper reviews a study of a compact superconducting cyclotron to accelerate 200 microamps of pro...
A cyclotron originally has an excellent energy efficiency, defined by a ratio of beam power to opera...
RF dee Magnetic system Beam extractor A study to determine the conceptual design of a 13 MeV proton ...
The 88-Inch Cyclotron facility consists of a sector-focused, variable energy cyclotron fed by two El...
The authors report on first operational results obtained with the two-cyclotron concept for the prod...