TASK 1 : Management
Coordination and overseeing of technical, scientific, contractual, financial and administrative activities. Coordination of knowledge management: protection, use and dissemination of EURISOL DS results.

TASK 2 : Multi-MW Target Station
Technical preparatory work and demonstration of principle for a high power target station for production of beams of fission fragments using the mercury proton-to-neutron converter-target and cooling technology in collaboration with the communities workin...

TASK 3 : Direct Target
Development of prototypes of several target types for direct radionuclide production that can accommodate up to 100 kW power from a beam of protons or heavier ions. This task will include development targets for beta-beam applications.

TASK 4 : Fission Target
Engineering design and prototyping of the UCx target and ion source module coupled with the high power converter target and remote handling system, design of the target shape for optimum irradiation. A high Z solid converter will also be investigated.

TASK 5 : Safety & Radioprotection
A reliable procedure will be provided for a) characterisation of radioactive inventory, b) dose and shielding estimates, c) containment of radioactivity, d) radioactive target handling, storage and disposal, e) safety and risk analysis, and f) conformity ...

TASK 6 : Heavy Ion Accelerator Design
The Heavy Ion Accelerator task will provide an engineering oriented design of a CW linear post-accelerator for radioactive ion beams produced with the EURISOL facility. It will have the capability to accelerate light, medium and heavy ion beams up to 100...

TASK 7 : Proton Accelerator Design
The objective of the Proton Accelerator Task is the design a 5 mA CW, 1 GeV proton linac (with heavy ion capability for A/q ≤ 2 and possibly up to A/q = 3) as the main driver for EURISOL. This development will have possible application in all projec...

TASK 8 : SC Cavity Development
The superconducting cavity development task will provide the fabrication and tests of fully equipped SC cavity prototypes and at the design, fabrication and test of a multipurpose cryomodule for the low energy section of the proton driver linac (also sui...

TASK 9 : Beam Preparation
The objective of this task is to study the feasibility of a new generation of devices with orders of magnitude greater capacity and throughput in order to accumulate, cool, bunch and purify the high intensity radioactive ion beams of EURISOL. In particul...

TASK 10 : Physics and Instrumentation
Fully exploiting the scientific opportunities afforded by EURISOL will demand new experimental methods and novel detector technologies. Identifying and critically evaluating these for a range of experiments will be crucial for the design of EURISOL.

TASK 11 : Beam Intensity Calculations
A reliable procedure will be provided for calculating beam intensities in different scenarios of the planned EURISOL facility using adequate nuclear-reaction and transport codes, which are validated and improved using data from innovative experimental app...

TASK 12 : Beta-Beam Aspects
A Conceptual Design Report (CDR) of a large-scale accelerator facility based on the beta-beam concept for the production of pure electron neutrino beams will be produced. The Beta Beams facility could be an electron neutrino source of unprecedented purity...