The wider application of copper alloys is challenged due to their relatively low strength and
thermal stability. Here we report a nano-reinforcement dispersion strategy to achieved an …

Reduced activation ferritic/martensitic steels are currently the most technologically mature
option for the structural material of proposed fusion energy reactors. Advanced next …

The low high-temperature mechanical properties of reduced activated ferrite martensitic
(RAFM) heat-resistant steels limit the maximum operating temperature of nuclear fusion …

This paper describes the stability of microstructure in normalized and tempered modified 9Cr–
1Mo steel exposed to service temperatures in the range of 773–873K for different time …

The significance of Ti in promoting the nucleation of MX-type carbides and further refine the
MX carbides is currently unknown. Thus, we study here by high resolution transmission …

The low-temperature tensile brittleness of body-centered cubic (BCC) metals and alloys can
seriously compromise their service applications. In this study, we prepared a BCC structured …

China Low Activation Martensitic steel (CLAMs), a kind of RAFM steel with Chinese
intellectual property rights, is considered as the primary structural material for the China …

There is currently a gap in our understanding of mechanisms that contribute to high strength
and high plasticity in high strength UFG ferritic steel with nano-size Fe 3 C carbides in …

V-based alloys such as V–4Cr–4Ti are one of the most promising candidate materials for
fusion energy demonstration reactors, owing to their low activation and excellent resistance …

Improvement of the mechanical properties of epoxy resins (EP), which are used as neutron
shielding materials for spent nuclear fuel casks, is becoming very important. In this paper, as …