In recent years, semiconductor-based heterogeneous photocatalysis
has received great attention as a promising "green" approach
enabling the sustainable development of environment and energy,
such as the removal of organic dye pollutants from wastewater and
selective organic transformations under ambient conditions. Chapter
one of this book summarises recent advances on the characterisation
and photocatalytic properties of well-defined ceria (CeO2)
nanocrystals, including one-dimensional nanorods and
three-dimensional nanocubes that are hydrothermally synthesised.
Chapter two summarises recent advances on the characterisation and
photocatalytic properties of well-defined perovskite potassium
niobate (KNbO3) with different morphologies, and with emphasis on
the effect of crystal structure on photoreactivity. The final
chapter summarises fundamental principles of the design of
solar-light-driven semiconductor-based photocatalytic systems for
water splitting and H2 evolution from water and aqueous solutions
of various electron-donating sacrificial substrates, the
state-of-the-art in the development of such systems, perspectives
and challenges in the field of the green and sustainable
photocatalytic hydrogen production.
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