A versatile numerical model for hydrogen absorption into metals was developed. Our model
addresses the kinetics of surface adsorption, subsurface transport (which plays an important …

Numerical modelling of hydrogen transport is effective for designing and optimizing various
energy systems, including hydrogen storage devices, fuel cells, and nuclear fusion reactors …

We developed kinetic models of hydrogen absorption in Ti and Zr. The models comprise
series connections of the hydrogen-transport processes of surface dissociative adsorption …

Periodic, self-consistent DFT-GGA (PW91) calculations are used to study the interaction of
hydrogen with different facets of seventeen transition metals—the (100) and (111) facets of …

A 2-D numerical simulation model was established based on a small-sized metal hydride
storage tank, and the model was validated by the existing experiments. An external cooling …

High hydrogen absorption and desorption rates are two significant index parameters for the
applications of hydrogen storage tanks. The analysis of the hydrogen absorption and …

Hydrogen storage technologies based on solid-phase materials involve highly coupled
transport processes including heat transfer, mass transfer, and chemical kinetics. A full …

Kinetic measurements of gas-solid reactions, in particular hydrogen-sorption kinetics, are
usually interpreted according to single rate-limiting step models. However, recent studies …

We have developed a numerical model to simulate the hydrogen desorption profiles for pure
iron and eutectoid steel, which is obtained in thermal desorption analysis (TDA). Our model …

We improve our previous kinetic model of hydrogen transport in Ti [Y. Hamamoto et al., Nucl.
Mater. Energy 23 (2020) 100751]. The model becomes applicable to both the directional …