Seeking strategies to enhance the chemical stability of metal–organic framework (MOF)
materials has become a focus for practical applications, which prompts us to carry out the …

The high catalytic activity of metal–organic frameworks (MOFs) can be realized by
increasing their effective active sites, which prompts us to perform the functionalization on …

Two-dimensional (2D) materials with higher order in-plane nanoscale pores play a crucial
role in innumerable applications, but their precise and reasonable preparation remains a …

The ever-increasing landscape of heterogeneous catalysis, pure and applied, utilizes many
different catalysts. Academic insights along with many industrial adaptations paved the way …

To improve the catalytic performance of metal–organic frameworks (MOFs), creating higher
defects is now considered as the most effective strategy, which can not only optimize the …

Development of the multifaceted metal–organic framework (MOF) with in situ engineered
task-specific sites can promise proficient oxygen evolution reaction (OER) and high …

Natural gas purification and biogas recovery require efficient separation of CO2 from CH4,
as CH4 is increasingly being recognized as a promising substitute for petroleum due to its …

The dire need to reduce the atmospheric carbon dioxide (CO2) concentration has attracted
worldwide attention to the capture of this greenhouse gas and its conversion into useful …

Pore environment modulation with high-density polarizing groups in metal–organic
frameworks (MOFs) can effectively accomplish selective and multicyclic carbon dioxide …

Urea-functionalized MOFs with unique properties have recently been used as efficient
platforms to conduct organocatalytic reactions. To gain more insight into the key factors …