The Eurisol project has been initiated by the European Commission to demonstrate thefeasibility of a facility for producing large yields of exotic isotopes.At the core of the projected facility, the neutron source produces spallation neutrons from aproton beam impacting dense liquid metal. The liquid metal circulates at high speed insidethe source, a closed vessel with a beam window. The type of the design is diverselydescribed as coaxially guided stream or CGS; an outer annulus converges towards aconcave conical shell from which the liquid metal reverses back in the opposite direction.The current CGS design of the source has been built and is to be tested. This technicalreport summarises preparations for the test and predictions
The Eurisol initiative seeks to develop an isotope production facility to provide the scientific com...
At the core of the Eurisol project facility, the neutron source produces spallation neutrons from a ...
The European Isotope Separation On-Line Radioactive Ion Beam Facility (EURISOL) is set to be the 'ne...
The Eurisol project has been initiated by the European Commission to demonstrate the feasibility of ...
The Eurisol Design Study has been initiated by the European Commission to demonstrate the feasibilit...
The Eurisol Design Study has been initiated by the European Commission to demonstratethe feasibility...
The European Isotope Separation On-Line Radioactive Ion Beam Facility (EURISOL) is set to be the ‘ne...
The Eurisol neutron source produces spallation neutrons from a proton beam impacting dense liquid me...
The European Isotope Separation On-Line Radioactive Ion Beam project (EURISOL) is set to design the ...
This presentation summarises the work carried out for the Multi Megawatt target station of the EURIS...
This technical note summarizes the design calculations performed within Task#2 of the European Isoto...
A study of a new fission target for EURISOL-DS is presented with a detailed description of the targe...
This technical note summarises the design calculations performed within Task #2 of the European Isot...
The European Isotope Separation On-Line Radioactive Ion Beam Facility (EURISOL) is set to be the ‘ne...
This technical note summarises the design calculations performed within Task #2 of the EURopean Isot...
The Eurisol initiative seeks to develop an isotope production facility to provide the scientific com...
At the core of the Eurisol project facility, the neutron source produces spallation neutrons from a ...
The European Isotope Separation On-Line Radioactive Ion Beam Facility (EURISOL) is set to be the 'ne...
The Eurisol project has been initiated by the European Commission to demonstrate the feasibility of ...
The Eurisol Design Study has been initiated by the European Commission to demonstrate the feasibilit...
The Eurisol Design Study has been initiated by the European Commission to demonstratethe feasibility...
The European Isotope Separation On-Line Radioactive Ion Beam Facility (EURISOL) is set to be the ‘ne...
The Eurisol neutron source produces spallation neutrons from a proton beam impacting dense liquid me...
The European Isotope Separation On-Line Radioactive Ion Beam project (EURISOL) is set to design the ...
This presentation summarises the work carried out for the Multi Megawatt target station of the EURIS...
This technical note summarizes the design calculations performed within Task#2 of the European Isoto...
A study of a new fission target for EURISOL-DS is presented with a detailed description of the targe...
This technical note summarises the design calculations performed within Task #2 of the European Isot...
The European Isotope Separation On-Line Radioactive Ion Beam Facility (EURISOL) is set to be the ‘ne...
This technical note summarises the design calculations performed within Task #2 of the EURopean Isot...
The Eurisol initiative seeks to develop an isotope production facility to provide the scientific com...
At the core of the Eurisol project facility, the neutron source produces spallation neutrons from a ...
The European Isotope Separation On-Line Radioactive Ion Beam Facility (EURISOL) is set to be the 'ne...