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Adhesive composite electrolytes are of great interest due to the potential in achieving a good balance among electrochemical, mechanical and interfacial properties. However, in composite electrolytes, the fillers are usually rigid inorganic nanoparticles with limited functional groups contributing to mechanical properties and/or adhesion properties. In this study, abundant proteins are employed as...
In this work, two series of epoxy-based polymers bearing bisazo chromophores were synthesized from two precursor polymers (BP-AN and BP35-AN) through post-polymerization azo-coupling reactions. The polymers were prepared to contain bisazo chromophores with different electron-withdrawing groups and different numbers of methyl substituents, which were characterized by 1 H NMR, FT-IR, GPC, UV–vis,...
Using in situ optical microscope observations of the surface of polyphenylene oxide (PPO)/chloroform solution in the breath figure (BF) process, the detailed formation phenomenon of surface of the BF pattern was obtained. This phenomenon directly supports the “bursting hypothesis”. Based on the “bursting hypothesis” and additional experimental data, the mechanism for the late BF process of the PPO/chloroform...
In this work, a new way for enzyme immobilization was explored and properties of the enzyme immobilized on different polymer films were investigated. In the process, a polystyrene-based diazonium salt (PS-DAS) was synthesized and used as molecular adhesive to immobilize β-glucosidase on the polymeric supports (films of polyethylene, polypropylene and poly(ethylene terephthalate)). The immobilization...
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