Developing an effective, cheap and safe hydrogen storage system is one of the key areas for efficient operation of the hydrogen-based economy.
This area has witnessed many successes by new engineering solutions. However, in order to make rapid technological progress, it is necessary to develop novel materials that can outperform the currently used ones.
Perovskite-type compounds for designing and discovering new materials with target functions can be used for luminescence, photocatalytics, photovoltaics and H2 storage applications.
Jo Son Il, a section head at the Faculty of Material Science and Technology, provided atomic insights into materials properties of double perovskite-type hydride LiNaMg2H6 for H2 storage application.
The results showed that LiNaMg2H6 hydride can be a potential H2 storage material because of its high H2 storage capacity, mechanical and dynamical stabilities and suitable H2 desorption temperature.
If further information is needed, please refer to his paper “Atomic insights into the material properties of double-perovskite-type hydride LiNaMg2H6 for H2 storage applications” in “RSC Advances” (SCI).