Electrocatalytic CO 2 reduction to value-added chemicals is of great potential in maintaining
carbon balance and alleviating energy shortage. Stabilizing and accelerating the formation …

Implication of natural resources for manufacturing of nanoparticles is sustainable,
economical and contaminant free approach towards ecological and medical applications …

Graphene has been widely utilized as a substrate for metal-based catalysts due to its unique
structural and material properties. Despite the numerous strategies proposed for designing …

The reduction of greenhouse gas emissions and the energy problem, which have received a
lot of attention recently, can be addressed in substantial ways through photocatalytic carbon …

Developing excellent sensing-materials for detecting and monitoring toxic gases in the air is
significant for environmental monitoring and industrial emission evaluation. Herein, the first …

To regulate the electronic structure of Bi sites and enhance their intrinsic activity, metal Bi
with abundant defects was constructed. The optimized sample displayed a higher selectivity …

The coupling of two-dimensional (2D) layered materials is an effective way to realize
photocatalytic hydrogen production. Herein, using first-principles calculations, the …

Efficient activation and oxidative transformation of C (sp3)–H into value-added compounds
by O2 represents a sustainable synthetic pathway with high atom economy and …

The construction of an environmentally friendly and efficient photocatalyst for water splitting
and hydrogen evolution can effectively alleviate the pressure of current energy consumption …

The coupling of two-dimensional van der Waals heterojunctions is an effective way to
achieve photocatalytic hydrogen production. This paper designs the MoxW1− xS2/AlN (x= 0 …