Jinqiang Liu

TL;DR: In this paper, a carbon-confined MgH2 nano-lamellae achieved high selectivity to lower olefins under low H2/CO2 ratios, which can significantly increase the efficiency of H2 utilization comparing with traditional methods.

TL;DR: In this paper, a facile mechanochemical ball milling can in-situ incorporate Ni to MgO surface generating a stable Mg-Ni-O structure, which can promote the activation of H2 and CO2 molecules.

TL;DR: A defect-rich MgH2/CuxO hydrogen storage composite from mechanochemical ball milling for catalytic hydrogenation of CO2 to lower olefins achieves a C2= - C4= selectivity and a CO2 conversion of 20.7% under a low H2/CO2 ratio of 1/5, which increases the efficiency of H2 utilization by offering lattice H- species for hydrogenation.

TL;DR: In this article, a Mg-carbon composite is synthesized by a reactive ball-milling method to store solid-phase hydrogen with high activity for CS2 hydrogenation, and the composite is hydrogenated by the composite at 250 °C to yield CH4 and H2S.

TL;DR: In this paper, density functional theory calculation is applied to study the effect of atomic Fe on the hydriding reaction of Mg crystal, and the adsorbed and substituted Fe atoms can both enhance the sorption performance of H2 molecule on Mg(0001).