Evaluation and Viability Of Liquid fuel fast reactor systems

Brovchenko, M, Heuer, D., Huffer, E., Merle-Lucotte, E., AUibert, M., Eeynberg, O., Ghetta, V., Ignatiev, V., Kloosterman, J.L., Lathouwers, D., Laureau, A., Rineiski, A., Rouch, H., Rubiolo, P., Rui, L., Wang, S., 2014b. Safety Approach of a East Liquid Fuel System, Work-Package WP2. Debverable D2.5, EVOL (Evaluation and Viability of Liquid fuel fast reactor system) European EP7 project. Contract number 249696. 

Ricotti, M.E., Kloosterman, J.-L., Lathouwers, D., van derLinden, E., Merk, B., Rohde, U., 2014. Safety Analysis Transient Calculations. EVOL (Evaluation and Viability of Liquid fuel fast reactor system) European FP7 project. Contract number 249696. 

Between 2010 and 2013, the collaborative project EVOL (Evaluation and Viability Of Liquid fuel fast reactor systems) project, associated with the Rosatom project MARS ( Minor Actinides Recycfing in molten Saif ), which was the main frame of international scientific co-operation on the Th-U molten salt fast reactor concepts—project coordinated by CNRS in France (total of 11 partners, total budget of 1.8 million including 1 million from EC). 

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