This Special Issue has tried to cover various key aspects in the field of ‘CVD and hydrogen’, drawing together both experimental and theoretical viewpoints. The present research activities are likely to fuel further advances in hydrogen production, utilization, and detection by using supported films and nanomaterials with specific features. In addition, it is hoped that these articles will also pave the way to further advanced applications of CVD-related techniques in ‘CVD and hydrogen’ fields, regarding, in particular, low-temperature growth in plasmaassisted routes, still scarcely present in the depicted scenario.
Special Issue on 'CVD and Hydrogen'
GASPAROTTO, ALBERTO
2010
Abstract
This Special Issue has tried to cover various key aspects in the field of ‘CVD and hydrogen’, drawing together both experimental and theoretical viewpoints. The present research activities are likely to fuel further advances in hydrogen production, utilization, and detection by using supported films and nanomaterials with specific features. In addition, it is hoped that these articles will also pave the way to further advanced applications of CVD-related techniques in ‘CVD and hydrogen’ fields, regarding, in particular, low-temperature growth in plasmaassisted routes, still scarcely present in the depicted scenario.
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