MOFs are self-assembled by inorganic metals and organic ligands, which have the
advantages of inorganic and organic materials. With their porosity, chemical tunability and …

Various research groups around the globe are focusing on the design and development of
innovative luminescent systems, because of their multiple and unique features such as …

Aggregation induced-emission (AIE) and antenna effects are important luminescence
behaviors. Thus, investigating their emission mechanisms and revealing their behaviors …

Fluorogens with aggregation-induced emission (AIEgens) are a unique type of luminescent
materials for sensing and imaging applications. The integration of AIE characteristics into …

Revealing the structure–optical property relationship of aggregation-induced emission (AIE)
species (AIEgens) and achieving the synergy between AIE and antenna effect are …

The development of an analytical method for selective and sensitive detection of
chlortetracycline (CTC), an often overused broad spectrum antibiotic, is important and …

In this work, a novel zirconium-based metal–organic framework (MOF) composite material,
UiO-(OH) 2@ RhB, has been solvothermally prepared with zirconyl chloride octahydrate, 2 …

Developing a new cellulase-MOF composite system with enhanced stability and reusability
for cellulose hydrolysis was aimed. Physical adsorption strategy was employed to fabricate …

In materials science, the whole is typically greater than the sum of the parts. This principle
has been spotlighted in advanced molecular materials, where the assembly of fundamental …

Aggregation‐induced emission‐based luminogens (AIEgens) have aroused enormous
interest due to their unique high fluorescence in a condensed state. To further explore their …