Журнал электрических и электронных систем

Advanced Energy Materials 2019: Semiconductor nanostructureengineering for solar hydrogen production - Sabiha Akter Monny - The University of Queensland

Abstract

Sabiha Akter Monny

In the perspective on the boundless asset of sun oriented vitality and the plenitude of water on earth, delivering hydrogen through photo catalytic and photo electrochemical water parting under sunlight based illumination has the incredible potential to bring to the table an ease, ecologically neighborly, green fuel that doesn't add to ozone depleting substance discharges. Since the spearheading work of Fujishima and Honda in 1972, gigantic exploration on semiconductor-based photo catalysis and photo electrolysis has yielded a superior comprehension of the cycles engaged with photo catalytic and photo electrochemical water parting, just as remarkable upgrade of vitality change proficiency for sun powered hydrogen age.