Studies has shown that photogenerated electrons and holes can be directed toward specific crystal facets of a semiconductor particle, which is believed to arise from differences in their surface electronic structures, suggesting that different facets can act as either photo-reduction or photo-... read more
This work takes on our earlier research on UV light pre-treatment and motivated by the potential benefits associated with utilizing visible light in our system, by exploitation of the Localised Surface Plasmon Resonance effect arising from Au to generate free electrons, which are... read more
In this article featured as Frontispiece in Advanced Energy Materials, we undertake for the first time a mechanistic evaluation of the light-induced ion intercalation process that occurs in... read more
Carbon dioxide emission is driven by our incessant craving for a better quality of life and the consequent urbanisation and economic growth, which lead to ever growing energy demand. Hansen et al.
After almost 40 years of research and study on photocatalysis, its practical application is still limited, mainly due to its slow kinetics and the challenges associated with reactor design.
The carbon dioxide reforming of methane (DRM) which has the ability to consume carbon dioxide and convert methane to synthesis gas which can then be transformed to synthetic fuels such as diesel and methanol is one solution to address the presence of CO2 in the environment.
In our latest work in Journal of Catalysis, we investigate the mechanisms involved in plasmon enhanced selective oxidation by Au-Cu/TiO2.
Our researcher has underpinned the revolutionary development in the solar battery technology research, where it is possible to solar charge battery withoug having to mount solar panels on to the battery or the device.
The occurence of N-nitrosodimethylamine (NDMA) as disinfection by-product (DBPs) in drinking water distribution system has attarcated significant attention due to its potential to be a human carcinogen.