Transition metal oxides have drawn considerable interest due to their distinctive structure,
multiple notable oxidation states, non-toxicity, and environmental sustainability. In the field of …

Pharmaceutical pollutants in wastewater can be effectively degraded by heterogeneous
photocatalytic processes (HPP); under light irradiation, these methods use semiconductor …

Addressing the intricate challenge of simultaneously improving the separation of
photoinduced electron–hole pairs and enhancing redox potentials to produce hydrogen fuel …

Constructing S-scheme heterojunction photocatalysts with promising H 2 evolution
performance remains challenging. Herein, a series of S-scheme CdS/La 2 O 3 …

Designing of an effectual heterostructure photocatalyst for catalytic organic pollutant
exclusion has been the subject of rigorous research intended to resolve the related …

Photocatalysis offers a sustainable solution for essential reactions such as CO2 conversion
and water splitting, but constraints in catalyst properties like bandgap and active site …

To enhance the absorption and utilization of visible light, mitigate the recombination rate of
photogenerated electrons and holes, and consequently elevate photocatalytic activity, we …

The application of Nb 2 O 5 in photocatalysis has sparked interest due to its potent oxidation
capabilities and eco-friendly properties. However, challenges such as poor visible light …

Photocatalysis via sunlight conversion holds an enormous potential for tackling universal
energy demand and environmental pollution. However, the inadequate conversion of …

In this study, semitransparent lead films serve as substrates for depositing niobium
pentoxide thin films, forming versatile electro‐optical devices. Using vacuum evaporation …