Substantial attention has been paid over recent years to explore potential high performance
photocatalysts for environmental and energy applications. Metal tungstate-based materials …

Visible-light-responsive ternary metal tungstate (MWO 4) photocatalysts are being
increasingly investigated for energy conversion and environmental purification applications …

Photocatalysis (PC) technology has received global attention due to its high potential of
addressing both environmental and energy issues using only solar light as energy input …

Exploiting visible-light driven (VLD) heterojunction photocatalysts with high efficiency has
attracted huge interest for photocatalytic environmental purification. Here we report a …

The first example of an all tungsten based Z-scheme photocatalyst (composed of WO3· 0.33
H2O and PbWO4) has been synthesized via an ion exchange method. The composites …

Environmental pollution and global energy demand require advanced photocatalytic
materials such as visible-light-driven semiconductor photocatalysts. In particular, Tungsten …

Semiconductor photocatalysis is proven to be one of the potential approaches to solve
energy crisis and environmental problems. Efficient solar energy utilization and superior …

Abstract A novel Z-scheme WO 3/HTiNbO 5-NS heterojunction photocatalysts were
prepared by a facile hydrothermal method. The crystalline structures, microstructures …

Direct Z-scheme photocatalyst systems with efficient charge separation as well as
outstanding oxidation and reduction ability have been under immense investigation. In our …

The use of semiconductor photocatalysis is a promising, green, and sustainable technology
to address solar energy conversion and environmental remediation issues. Among …