Photocatalysis has problems such as low light absorption efficiency and rapid recombination
of photo generated electron hole pairs. Many studies have been conducted to improve these …

In order to fully utilize high-performance catalysts, thorough electrochemical research is
urgently needed to obtain accurate and multi-dimensional information about electrochemical …

Precisely designing the atomic coordination structure of the catalytic center is highly desired
to lower the energy barrier of CO2 photoreduction. The present work shows that engineering …

Building a polarization center is an effective avenue to boost charge separation and
molecular activation in photocatalysis. However, a limited number of polarization centers are …

Engineering of sulfur vacancies on the basal plane of molybdenum disulfide (MoS 2) may
provide effective way to promote the catalytic activity. Although the sulfur vacancy density …

Single-atom engineering offers a promising method to transform CO 2 into high-value
chemicals. The local coordination structure design of the metal-support is crucial for …

The role of vacancy associates for photocatalysis is still an open question. Here, the CuIn 2
S 4 atomic layers with Cu-S vacancy associates is developed to study the influence of …

The prevalent method for synthesizing Janus transition metal dichalcogenides (Janus TMD)
generally involves replacing the top layer chalcogen atoms in a monolayer TMD precursor …

The integration of flexible micro‐and nanodevices plays a pivotal role in investigating stress‐
enhanced performances and underlying intrinsic mechanisms for two‐dimensional …

Defect engineering is often used to improve the performance of catalysts. Here, plasma
etching was first used as a strategy to introduce defects to modify the phosphotungstic acid …