Zhu Guangshan

Porous aromatic framework as an efficient metal-free electro-catalyst for non-enzymatic H2O2 sensing

A porous aromatic framework (referred as PAF-39) based on tetrakis(4-(9H-carbazol-9-yl)phenyl)methane has been designed and synthesized by oxidative coupling polymerization. PAF-39 exhibits high surface area and high heat of adsorption (Qst ) of CO2 . Especially, the PAF material was applied for non-enzymatic H2 O2 sensing.

Preparation and application of metal-organic framework films

Metal organic frameworks (MOFs) are emerging as an extensive class of novel nanoporous crystalline materials, the structure of which is composed of metal ions or clusters joined by a variety of organic linkers through strong coordination bonds. Unique properties of MOFs including uniform pore size, high surface areas and specific adsorption affinities make MOFs attractive for assembling into films with excellent performance. The ?eld of MOF films bears a huge potential for both fundamental understanding and practical applications. This review reports on recent progress in MOF films synthesis and their corresponding applications in separation, chemical sensors, catalysis, and electrochemistry. Meanwhile, the challenges to be overcome have been identi?ed.