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Fusion power - Wikipedia

 Ukratko, ništa kritično. 

Nikome još nije najjasnije kako bi i koji materijali do kada mogli podnositi intenzivna neutronska bombardiranja - pa kako nekome uopće pada na pamet da najavljuje komercijalne fuzijske reaktore koji bi, za razliku od ovih eksperimentalnih koji u najboljem slučaju rade tek koju minutu da dokažu princip, trebali raditi mnogo desetljeća (ako ne i stoljeća) da isplate astronomske troškove izgradnje?

Summary

The degradation of fusion reactor core structural materials as a result of energetic neutron bombardment is one of the highest hurdles to realizing a nuclear fusion reactor. Since there are currently no fusion devices for experimental materials research, the development and qualification of candidate materials requires fundamental understanding of degradation processes in simulated environments. The present results showcase an in-depth examination of radiation damage at the microscopic scale, where researchers can see the origin of material degradation.

This first-of-its-kind research finding of the anisotropic damage structure in irradiated silicon carbide was realized by a combination of unique capabilities and expertise at HFIR at Oak Ridge National Laboratory and NSLS-II at Brookhaven National Laboratory, both DOE Office of Science user facilities. In addition, the research fills the purpose of the development of materials for both nuclear fusion and fission reactors because of the common technology challenges of irradiation-induced degradation. Support from multiple research programs brought diverse expertise in irradiation experiments, X-ray diffraction analysis, and the physics of irradiation damage processes. This cross-cutting research elevates the fundamental understanding of radiation damage mechanisms in silicon carbide, an important step forward in the development of future fusion reactor core structural materials.
High-Energy X-Rays Open a New View of Degradation in Potential Fusion Reactor Material | Department of Energy