Hydrogen-based energy systems offer potential solutions for replacing fossil fuels in the
future. However, the practical utilization of hydrogen energy depends partly on safe and …

Applications of metal hydrides (MHs) utilise a reversible interaction of hydride-forming
metals, alloys and intermetallic compounds with hydrogen. The reversible process of the …

The quantification of interphase properties between metals and their corresponding
hydrides is crucial for modeling the thermodynamics and kinetics of the hydrogenation …

Intermetallic alloys such as FeTi have attracted ever-growing attention as a safe and efficient
hydrogen storage medium. However, the utilization of high-purity metals for the synthesis of …

The problem of gas swelling and high-temperature degradation of steels and alloys is one of
the limiting factors during long-term operation of materials operating at high temperatures …

The inevitable formation of passivating oxide films on the surface of the TiFe intermetallic
compound limits its performance as a stationary hydrogen storage material. Extensive …

The activation procedures of metals and alloys, crucial for hydrogen absorption, pose a
significant challenge in the large-scale application of metal hydrides. This study introduces …

The storage of hydrogen in metal alloys as an alternative to hydrogen storage in pressurized
or liquid form has the advantage of high volumetric storage capacity and less complex …

The development of compact, safe, and efficient methods for storing hydrogen is one of the
key problems of hydrogen energy. Currently used technologies for storing hydrogen in the …

In this thesis, the development of sustainable materials for hydrogen storage is studied. Four
model types of hydrogen storage materials are included in this work, which are the complex …