Recently, many studies have been conducted on the use of glassy carbon (GC) in advanced
technological applications due to its excellent chemical, mechanical, electrical, and thermal …

The work presents the changes in the structural and conductive properties of Ni
nanostructures. B 2+, Ca 5+, Fe 7+ ions were used as the bombarding beams. Fluence …

Glassy carbon has applications in the storage of high level nuclear waste. Irradiation of
glassy carbon are thus of importance to investigate. The paper reviews some aspects for ion …

Graphite is a major core component in the graphite-moderated RBMK-1500 nuclear reactor.
Neutron irradiation induces radiation damage in the graphite matrix, which affects physical …

Thin films of tungsten (W) were deposited on glassy carbon (C) substrates using a
magnetron sputtering system. The as-deposited samples were annealed isothermally under …

The paper presents study results of structural and optical changes in heavy ion irradiated
BeO ceramics. Irradiation was carried out on DC-60 heavy ion accelerator using Ni 12+ ions …

Poor wettability and oxidation resistance have limited the application of graphite powder. A
key to the problem is the surface modification. A ceramic coating was synthesized in this …

Nuclear waste storage materials are inevitable in nuclear industry for preventing the release
of radioactive waste products. Glassy carbon has been considered being beneficial to be …

The effects of swift heavy ion irradiation on implanted glassy carbon, the modification and
migration of indium after vacuum annealing have been investigated. Radiation damage was …

In a view to further study the diffusion properties of glassy carbon for its applicability as a
diffusion barrier for fission products found in high-level nuclear waste, glassy carbon …