Implementation of policies to reduce CO 2 emissions relies on an increasing prominence of
renewable energies. However, application of renewable energy sources also poses …

This study fabricates nickel nanoparticle-carbon hybrid (Ni-MOF74) composite via
solvothermal technique, and carbonized at different temperature under inert atmosphere …

Alkali metal borohydrides are promising candidates for large‐scale hydrogen storage. They
react spontaneously with water, generating dihydrogen and metaborate salts. While sodium …

Ammonia borane (AB) based nanocomposites are studied with the aim of developing a
promising solid‐state hydrogen store that complies with the requirements of a modular …

An investigation of the energetics of small lithium clusters doped either with a hydrogen or
with a fluorine atom as a function of the number of lithium atoms using fixed‐node diffusion …

This special open access edition of the Australian Journal of Chemistry represents a
collection of papers from the first international conference dedicated to creating a Global …

Atomic layer deposition (ALD) has been a key player in advancing the science and
technology of nanomaterials synthesis and device fabrication. The monolayer (ML) control of …

The main goal of this Chapter is to take the reader to the unconventional concept that if
hydrogen is used as an energy carrier, there are consistent benefits to be expected …

Lithium hydride is a light, hydrogenous material which has a variety of industrial applications
including hydrogen storage, batteries, and neutron capture blankets for fusion reactors …

In response to the ever-increasing global energy demand and the need to move away from
nonrenewable and CO2-emitting fossil fuels as the primary energy production method …