Feb 9, 2016 · In this review we focus on developments in the newest AB 3 class of intermetallic hydrides, in the context of a renewable energy system in which hydrogen is supplied at relatively low pressure and delivered to a fuel cell.

Our AB3 copper alloy is valued for its high strength, machinability, and resistance to corrosion and wear. Learn about its uniqueness today.

Jan 26, 2017 · By studying AB 3 -type La 1−x Ce x Y 2 Ni 9 (0 ≤ x ≤ 1) alloys, it is found that the LaY 2 Ni 9 alloy is a PuNi 3 -type structure and forms LaY 2 Ni 9 H 12 after hydrogenation, which excels the hydrogen capacity of LaMg 2 Ni 9 alloy under identical conditions.

Feb 2, 2025 · Herein, we report the synthesis, crystal structure, and hydrogen storage properties of an AB 3 -based alloy, Y 0.68 Mg 0.32 Co 3.00, which exhibited reversible hydrogen absorption and desorption with a hydrogen storage capacity of 1.68 mass % and minimal degradation over 100 cycles at 303 K.

In this paper, a series of alloys with chemical composition Re2Mg(Ni0.7 − xCo0.2Mn0.1Alx)9 (x = 0‒0.04) (Re: La-rich mischmetal) are prepared. The efect of Al substituting for Ni on the phase structure, hydrogen storage, and electro-chemical properties of the series alloys are studied.

Mar 1, 2019 · In this work, the hydrogen storage properties of a single-phase YFe3 alloy were improved by non-stoichiometric composition and alloying with Sc and Zr. Only the Y1.1–yScyFe3 (y=0.22,...

Feb 9, 2016 · AB 3 alloys (and A 2 B 7 alloys with similar structure) are promising for stationary hydrogen storage under the moderate conditions of temperature and pressure required for coupling to common electrolysers and fuel cells.

It is intended to provide typical values to allow comparison between metal alloy option rather than a definitive statement of mechanical performance or suitability for a particular application as these will vary with temperature, product type and product application.

Jan 19, 2016 · In this review we focus on developments in the newest AB3 class of intermetallic hydrides, in the context of a renewable energy system in which hydrogen is supplied at relatively low pressure and...

Dec 15, 2018 · Re2Mg(Ni0.7 − xCo0.2Mn0.1Alx)9 (x = 0‒0.04) alloys are prepared by induction melting, and the influence of the partial substitution of Ni by Al on the structure, hydrogen storage, and electrochemical properties of the alloys are investigated systematically.