The emerging layered BiOX (X= Cl, Br, I) materials have been widely used for energy and
environmental applications. The BiOX crystal structure has been arranged by stacking of …

The introduction of vacancy defects in semiconductors has been proven to be a highly
effective approach to improve their photocatalytic activity owing to their advantages of …

Exploring advanced photocatalysts for antibiotics degradation is highly desired but remains
a challenge due to the lack of reasonable structural design and molecular oxygen activation …

Cu‐based electrocatalysts facilitate CO2 electrochemical reduction (CO2ER) to produce
multi‐carbon products. However, the roles of Cu0 and Cu+ and the mechanistic …

The improvements of charge transfer efficiency and CO 2 capture ability are of particular
importance to the photocatalytic CO 2 reduction activity of semiconductor photocatalysts …

The most promising approach to mitigating the greenhouse effect and tackling the energy
crisis is to convert carbon dioxide into valuable liquid fuels through artificial photosynthesis …

Polymeric carbon nitrides exhibit massive potential for photocatalytic CO2 reduction,
especially the crystalline allotrope, namely, poly (triazine imide)(PTI), that possesses …

Coupling CO 2 photoreduction with selective organic synthesis offers a promising modus
operandi to enable simultaneous utilization of photogenerated electrons and holes to realize …

Unraveling the function of vacancy engineering in influencing the intrinsic CO 2
photoreduction with low photon energy directly from air remains a significant challenge …

Unraveling atomic‐level active sites of layered photocatalyst towards low‐concentration
CO2 conversion is still challenging. Herein, the yield and selectivity of photocatalytic CO2 …