ZrCo alloy has been considered as one of most promising materials for handling hydrogen
isotopes in International Thermonuclear Experimental Reactor (ITER), due to its remarkable …

Hydrogen storage alloys (HSAs) are attracting widespread interest in the nuclear industry
because of the generation of stable metal hydrides after tritium absorption, thus effectively …

In the present work, the bonding length, electronic structure, stability, and dehydrogenation
properties of the Perovskite-type ZrNiH 3 hydride, under different uniaxial/biaxial strains are …

ZrCo alloy is a safe and low-cost H-isotope storage material for controlled nuclear fusion, but
traditional ZrCo prepared by smelting method suffer from slow gas uptake/release kinetics …

ZrCo 1-x Cu x (x= 0–0.3) alloys for hydrogen isotope storage were prepared via induction
levitation melting. The effects of partial substitution of Cu for Co on the microstructure …

Developing a universal and reliable strategy for the modulation of composition and structure
of energy storage materials with stable cycling performance is vital for hydrogen and its …

Considering the thermodynamic stability of various hydrides, a strategy has been employed
to improve the hydrogen isotope storage properties of ZrCo alloy which involves partial co …

The use of ZrCo alloys as hydrogen isotope storage materials is limited by the significant
reduction of storage capacity caused by disproportionation reaction. In this study, the effects …

For the disproportionation mechanism of ZrCo alloy, the unstable occupation of H atoms to
8e sites was considered to be the driving force of hydrogen-induced disproportionation …

ZrCo alloy is considered a promising hydrogen isotope storage material used in nuclear
fusion reactors, but its large-scale promotion is inhibited by its poor cycling stability induced …