Comprehensive Summary This work systematically reviews recent progresses in the
applications of MOF‐derived materials modified 3D porous conductive framework as hosts …

Open cell metal foams also called as porous substrate, are found to be one of the best
contenders for enhancing the heat transfer rate, with added advantages of light weight and …

This work investigated the thermal neutron, mechanical, morphological, and dielectric
properties of ultra-high-molecular-weight polyethylene (UHMWPE) composites with the …

Polyethylene is used as a traditional shielding material in the nuclear industry, but still
suffers from low softening point, poor mechanical properties, and difficult machining. In this …

The rapid development and broad utilization of nuclear technologies has raised safety
concerns, especially for those requiring radiation‐shielding equipment. To cope with such …

In the field of radiological protection, there is a growing interest in nano-and
microcomposites due to their unique physicochemical properties, flexibility in the component …

Metallic substances are favored for storing and transporting spent nuclear fuels (SNFs) due
to their thermal stability, mechanical strength, and corrosion resistance. Adding gadolinium …

This work shows that mechanical properties, thermal conductivity, and secondary gamma-
ray shielding ability can be significantly improved when open-cell nickel foams are …

The research and development of new composite shielding materials is of great practical
significance for radiation shielding of reactors. Foam metal is light in weight, and has the …

In this work, nickel/SiC foam was produced by the co-electrodeposition method. The effect of
nanoparticle concentration (0, 0.1, 0.5 and 1 g/L SiC) and the current type on the nickel foam …