Employment of solar energy is generally determined to be a highly efficient method to
proceed reactions that previously were considered to be possible and accessible only under …

Ceramics originally are considered as heavy, bulky, and brittle materials which cannot
sustain any bents or sudden impact and simply break down once the external force is …

Most currently known metal oxides that are used for photocatalytic and photoelectrochemical
applications such as TiO2, ZnO, and Ta2O5 suffer from an inability to fully utilize solar …

Playing with physical appearances of metal oxides with regard to their internal and external
compositions following the adaptation and utilizing defined geometry that usually is based …

This chapter provides a brief description of doping strategy associated with achieving certain
awareness of its basic principles and concepts. Its application enhances photocatalytic and …

This chapter delivers a clear and defined description on the use of metal oxide materials to
build various types of heterojunctions that include not only well-known ones such as …

This book investigates applicability of various emerging strategies to improve important
properties and features of metal oxide materials that can be used further to advance their …

This chapter provides a simple overview of some of the most used methods and strategies in
terms of their practical applicability and future perspectives that are used to advance metal …