CORDIS Project
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This project focuses on improving the storage of hydrogen using magnesium hydride nanoalloys. By employing advanced microscopy techniques, it aims to understand the effects of size, strain, and interface on the stability of these materials, ultimately enhancing their practical application as a safe and cost-effective e…
Hydrogen is an alternative future energy carrier.
However, the drawback associated with its compact storage is still a scientific and technological challenge.
Metal hydrides offer a suitable combination weighing both safety and cost.
In particular, magnesium hydride (MgH2) is an ideal candidate with a high gravimetric capacity of 7.6 wt %, low cost, and abundance in nature.
However, the high stability of Mg-H is a significant limitation for practical application.
Although, recently, interface a…
TECHNICAL UNIVERSITY OF DENMARK DTU
DANMARKS TEKNISKE UNIVERSITET
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