Promoting widespread utilization of sustainable and renewable energy sources along with
efficient energy storage and conversion technologies is vital to address gargantuan energy …

A wide variety of metal borohydrides, MBH4, have been discovered and characterized
during the past decade, revealing an extremely rich chemistry including fascinating …

High capacity hydrogen storage is a key issue for future hydrogen energy. The hydrides,
constituted of light elements such as Li, B, C, N, Na, Mg, Al, Si, etc., are excellent candidates …

Current challenge for researchers worldwide is to construct a reliable, efficient, and
affordable medium that can store hydrogen reversibly at ambient temperature and pressure …

The prerequisite for widespread use of hydrogen as an energy carrier is the development of
new materials that can safely store it at high gravimetric and volumetric densities. Metal …

Hydrogen is recognized as a possible future energy carrier, which can be produced from
renewable energy and water. A major challenge in a future 'hydrogen economy'is the …

Solid-state light metal borohydrides represented by LiBH 4, NaBH 4, Mg (BH 4) 2, and Ca
(BH 4) 2 with high hydrogen capacity are promising media to store and transport hydrogen …

Hydrogen forms chemical compounds with most other elements and forms a variety of
different chemical bonds. This fascinating chemistry of hydrogen has continuously provided …

The prediction of hydrogen release ability is indispensable to evaluating hydrogen storage
performance of LiBH 4-based mixtures before experimentation. To achieve this goal …

Hydrogen is considered as the ideal candidate as an energy carrier for both mobile and
stationary applications. However, the lack of efficient onboard hydrogen storage technology …