Shenlan Li

TL;DR: The effect of hydrogen absorption/desorption cycling on the hydrogen storage properties of LaNi4.25Al0.75 was investigated in this paper, where the pressure-composition (PC) isotherms were measured at 363, 383 and 403 K, for both after initial activation and 1000 absorption and desorption cycles.

TL;DR: A high pressure apparatus for measuring hydrogen absorption/desorption characteristics, such as reversible hydrogen intake capacity, kinetics, plateau pressure, hysteresis, plateau slope and cycle life of alloys in the ranges 0.02 <= P/kPa <= 18 000 and 300 <= T/K <= 573, controlled by a personal computer (PC) on the workbench of LabVIEW software, was constructed.

TL;DR: The hydrogen storage capacities and the equilibrium pressures of the unannealed melt-spun (UMS) LaNi4.25Al0.75 alloy were found to be nearly identical to those of the annealed induction-melt (AIM) alloy as mentioned in this paper.

TL;DR: In this article, the crystal structures and hydrogen absorption/desorption properties of the ZrMn0.85-xFe1+x alloys (x = 0, 0.2,0.4) were investigated systematically.

TL;DR: In this paper, a metal hydride thermal adsorption and desorption hydrogen cycling comprehensive test device, which consists of a gas cycling system, a sample chamber heating and cooling system and a computer data collection and control system, is presented.