This paper describes the key issues associated with viable solid-state reversible storage materials. The LiNH 2 + LiH system has been utilized as an example system to illustrate these critical issues, and the progress made in solving these issues has been reviewed. The comprehensive review of these advancements lays a solid foundation for the development of viable solid-state reversible hydrogen storage materials in the future.β¦describe this work to a materials science and engineering professional with no experience in your technical specialty? Materials play a critical role in a viable hydrogen storage system for on-board applications. This work analyzes the key issues associated with solid-state reversible hydrogen storage materials and reviews the progress made in solving these critical issues. The review nature of this paper provides an excellent introduction to the area of solidstate reversible hydrogen storage materials for materials scientists and engineers.
β¦describe this work to a layperson?
One indispensible component of a successful hydrogen economy is to store hydrogen in a highly compacted manner for on-board applications. Solid-state reversible hydrogen storage systems hold great promise for such applications. This work describes the material issues that need to be solved for a viable hydrogen storage system for on-board applications, and serves as a succinct introduction to this general area.