Methane has gained significant attention due to its abundant reserves and notable
greenhouse effect. Electrocatalytic conversion of methane is an efficient and green pathway …

Effectively controlling the selective conversion of CO2 photoreduction to C2 products
presents a significant challenge. Here, we develop a heterojunction photocatalyst by …

Direct oxidation of methane (DOM) using molecular oxygen (O2) and hydrogen (H2) is
currently considered to be triggered by in situ produced H2O2 or free hydroxyl radicals (˙ …

Solar-driven carbon dioxide (CO2) reduction into C2+ products such as ethylene represents
an enticing route toward achieving carbon neutrality. However, due to sluggish electron …

Electrochemical conversion of CH4 to easily transportable and value-added liquid fuels is
highly attractive for energy-efficient CH4 utilization, but it is challenging due to the low …

Transition metal oxides ion diffusion channels have been developed for ammonium-ion
batteries (AIBs). However, the influence of microstructural features of diffusion channels on …

The controlled creation, selective exposure, and activation of more basal planes while
simultaneously minimizing the generation and exposure of edge sites are crucial for …

The efficient utilization of methane, a vital component of natural gas, shale gas and methane
hydrate, holds significant importance for global energy security and environmental …

Endowing transition metal dichalcogenides (TMDs) with mesoporous structure can greatly
enhance their porosity, accessible specific surface area, and exposed active sites, leading to …

The titanium-based metal–organic framework MIL-125 (Ti) has been widely investigated in
photocatalytic carbon dioxide reduction and water splitting, but rarely studied in …