Add to ORKGThis technical note describes, first, the main parameters of the driver optimised for the protons and, in a second part, shows optimised layouts which include the additional features
This document presents a preliminary design of the bunching RFQ for the SC RFQ solution of the post-...
This note presents a preliminary analysis of the different solutions for the HF chopper for EURISOL ...
Technical note to identify the constraints, requirements and assumptions for the design of the 100kW...
This paper describes briefly the result of the work done by the Driver Accelerator Task Group of the...
Possibilities are studied for the optimization of EURISOL rare nuclide yields in specific regions of...
Possibilities are studied for the optimization of EURISOL rare nuclide yields in specific regions of...
Possibilities are studied for the optimization of EURISOL rare nuclide yields in specific regions of...
EURISOL, the next European radioactive ion beam (RIB) facility calls for the development of target a...
In this study we propose for the EURISOL driver injector a proton / deuteron linac, up to 60 MeV, ba...
A 1 GeV, 5 mA cw superconducting proton/H- linac, with the capability of supplying cw primary beam t...
We discuss criteria for designing an optimal “green field ” proton driver for a neutrino factory. Th...
EURISOL is the next generation of Radioactive Ion Beam (RIB) facility which aims at the provision of...
Contributed paper at LINAC 2008 Conference, Victoria, Canada. The final design of the EURISOL Driver...
This technical note summarizes the design calculations performed within Task#2 of the European Isoto...
It is investigated to which extent the secondary-beam production at the EURISOL facility can be enha...
This document presents a preliminary design of the bunching RFQ for the SC RFQ solution of the post-...
This note presents a preliminary analysis of the different solutions for the HF chopper for EURISOL ...
Technical note to identify the constraints, requirements and assumptions for the design of the 100kW...
This paper describes briefly the result of the work done by the Driver Accelerator Task Group of the...
Possibilities are studied for the optimization of EURISOL rare nuclide yields in specific regions of...
Possibilities are studied for the optimization of EURISOL rare nuclide yields in specific regions of...
Possibilities are studied for the optimization of EURISOL rare nuclide yields in specific regions of...
EURISOL, the next European radioactive ion beam (RIB) facility calls for the development of target a...
In this study we propose for the EURISOL driver injector a proton / deuteron linac, up to 60 MeV, ba...
A 1 GeV, 5 mA cw superconducting proton/H- linac, with the capability of supplying cw primary beam t...
We discuss criteria for designing an optimal “green field ” proton driver for a neutrino factory. Th...
EURISOL is the next generation of Radioactive Ion Beam (RIB) facility which aims at the provision of...
Contributed paper at LINAC 2008 Conference, Victoria, Canada. The final design of the EURISOL Driver...
This technical note summarizes the design calculations performed within Task#2 of the European Isoto...
It is investigated to which extent the secondary-beam production at the EURISOL facility can be enha...
This document presents a preliminary design of the bunching RFQ for the SC RFQ solution of the post-...
This note presents a preliminary analysis of the different solutions for the HF chopper for EURISOL ...
Technical note to identify the constraints, requirements and assumptions for the design of the 100kW...