Intracell Hydrogen Adsorption–Transmission in a Co₂P Solid Hydrogen‐Storage Material

Abstract

Co 2 P nanoparticles, obtained by a simple mechanical ball-milling treatment, have been shown to undergo a new hydrogen adsorption-transmission process called intracell Kubas-enhanced adsorption, which results in an improved hydrogen-storage capacity. It is found that in this intracell Kubas-enhanced adsorption process hydrogen is firstly adsorbed by the Co atoms in Co 2 P through a Co···H interaction and acti- [a]

Materials Research Directions Toward a Green Hydrogen Economy: A Review

“…The 2D BP surface modification with Li or Na atoms significantly increases both the H 2 binding energies and the H 2 storage capacities . An improvement in hydrogen storage capacity due to the process of intracell Kubas-enhanced hydrogen adsorption in Co 2 P nanoparticles obtained by ball milling has also been discovered …”

“… 127 An improvement in hydrogen storage capacity due to the process of intracell Kubas-enhanced hydrogen adsorption in Co 2 P nanoparticles obtained by ball milling has also been discovered. 128 …”

“…127 An improvement in hydrogen storage capacity due to the process of intracell Kubas-enhanced hydrogen adsorption in Co 2 P nanoparticles obtained by ball milling has also been discovered. 128 Metal oxides are promising candidates for long-term hydrogen storage. They participate in a reversible redox cycle using water steam as an oxidizing agent and H 2 as a reducing agent.…”