The development of renewable hydrogen production methods is crucial to recognizing the
hydrogen economy that may solve global environmental and energy concerns …

Photocatalytic hydrogen production from water splitting is a promising approach to develop
sustainable renewable energy resources and limits the global warming simultaneously …

Morphology adjustment is a feasible method to change the physicochemical properties of
photocatalysts. The issue that excessively thick tube wall of tubular gC 3 N 4 is not …

Constructing a highly efficient, stable and cost-effective heterojunction nanostructure catalyst
for the solar-to-fuel conversion is critical but challenging. Herein, I reported the synthesis of l …

Tetracycline (TC), as a high-world consumption antibiotic, has a stable molecular structure
and low biodegradability, which makes it highly demanding to be removed. Herein, we …

Photocatalytic hydrogen (H 2) generation from water by using solar energy and
photocatalyst is a green and sustainable method to address the energy problems. The …

Herein, Cu 2 S as the outer shell is grown on CdS nanorods (NRs) to construct rod-shell
nanostructures (CdS/Cu 2 S) by a rapid, scalable and facile cation exchange reaction. The …

The growing demand for clean and sustainable energy sources has led to the investigation
of photocatalytic water splitting as a promising technology for hydrogen production. This …

Identifying suitable noble-metal-free cocatalyst-modified photocatalysts has received
tremendous attention in the nonrenewable field. Herein, non-noble metal NiSe modified gC …

One of the most significant boosts for reducing energy consumption and environmental
pollution is expected to be the photocatalytic splitting of water, which is a cost-effective and …