Vinyl aromatic monomers derived from dihydroeugenol (EBM) and guaiacol (GBM) were copolymerized, via a miniemulsion process, with aliphatic high oleic soybean oil (HOSBM), yielding emulsion polymers higher levels of biobased content. This fully renewable monomer feed generated broad range novel latexes, the number-average molecular weight varying 25,000–650,000 g/mol. Increasing content heighte...

To create an effective adhesion promotion for different surfaces, specific anchor groups are necessary such as phosphonic metals. Biobased phosphorylated monomer from cardanol was synthesized and polymerized by UV curing or miniemulsion radical polymerization. Phosphonic ethoxy methacrylate (CMP) via hydroxyethylation, followed phosphorylation addition of dimethyl phosphite onto the unsaturatio...

The sensitive and selective detection of nitroaromatic explosives is great significance to national security human health. Herein, the novel linear polymer l-PAnTPE cross-linked PAnTPE nanoparticles based on anthracene tetraphenylethene groups were designed successfully synthesized via Suzuki-miniemulsion polymerization. particle sizes polymers are around 73 nm, making them well dispersible in ...

Chiral polymeric nanoparticles (NPs) have emerged as a new and exciting field of research in the last years due to their possible use for many applications chiral chemistry however efficiency separating enantiomerically pure compounds has been always challenging. In this article, we focus on electrospun nanofibers formed by functional NPs based leucine or phenylalanine amino acids with polysulf...