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18 August 2026
Neutron-Absorbing materials: Lemer Pax reinvents radiation protection for Tomorrow’s Nuclear Industry
With Boron-enriched mortar 075 and Polybore HE, both tested on the ITER program, Lemer Pax is launching a new generation of “Golden Material” patented and designed for both nuclear fission and fusion. This new range of materials combines high hydrogen...
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20 June 2025
Preliminary Design of the Biological Shielding for the Tokamak Top Lid at ITER
P. Martínez-Albertosa, P. Sauvana, J. Bergmanb, M. Loughlinb, Y. Le Tonquezeb, M. Thompsonb, R. Juáreza Fusion Engineering and Design 195 (2023) During the operational phase of the ITER project (International Thermonuclear Experimental Reactor, also meaning “The Way” in Latin), electronic...
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14 November 2023
Nuclear fusion, the example of ITER
ITER (International Thermonuclear Experimental Reactor, also meaning "path" in Latin) is a scientific programme and challenge. Its aim is to carry out controlled nuclear fusion experiments at unprecedented levels of power and duration, and to understand the dynamics involved.
Due to its size, the ITER tokamak will be the most powerful tokamak ever built.
To achieve this objective, it will be necessary to create neutron-absorbing materials in the mortar family: lightweight and hydrogen-rich.
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