Graphite possesses remarkable potential as an anode material for lithium-ion batteries,
thanks to its superb electrical conductivity and eco-friendliness. Nevertheless, challenging …

In this study, microstructural parameters, such as lattice dimension, micro-strain and
dislocation density, of different neutron-irradiated graphite grades have been evaluated …

The interaction between hydrogen isotopes and graphite at temperatures of 500–800° C
and a few Pa partial pressure is of importance to the management of tritium produced in …

Nuclear-grade graphite is a critically important high-temperature structural material for
current and potentially next generation of fission reactors worldwide. It is imperative to …

Raman spectroscopy has long been used in studying irradiation damage in carbon/graphite
materials. It is however unclear if the measurements from different types of materials are …

This work explores the use of polymer pencil‑lead graphite (PPLG) as a novel material for
passive radiation dosimetry, analysis including state-of-the-art techniques. The versatility of …

Point defects typically reduce the thermal conductivity (κ) of a crystal due to increased
scattering of heat‐carrying phonons, a mechanism that is well understood and widely used …

This work builds upon a prior study, examining the dosimetric utility of pencil lead and thin
graphitic sheets, focusing upon the measurement of skin doses within the mammographic …

Microcracks in neutron-irradiated nuclear grade graphite have been examined in detail for
the first time using a combination of transmission electron microscopy (TEM), electron …

The mesocopic structure features in the coke fillers and binding carbon regions of a
synthetic graphite grade have been examined by high resolution transmission electron …