Development of an Adhesive Gel System for Changing the Structure and Properties of Its Adhesive Joint via Reactions with Amine Molecules after Adhesion.

ABSTRACT

Adhesive gel systems are attracting increasing interest from researchers to use gel materials for artificial biomaterials and engineering materials. Humans, among other living beings, eat foods, get nutrients from them, and use these nutrients to grow up day by day. The shapes and characteristics of their bodies change depending on the nutrients they get. This research develops an adhesive gel system that the chemical structure of the adhesive joint and their properties can be changed and regulated after adhesion, like the growth of living beings. The adhesive joint, which is constructed using a linear polymer comprising a cyclic trithiocarbonate monomer and acrylamide, developed in this research reacts with amines and forms chemical structures depending on amines. The differences in chemical structures endow the adhesive joint with the characteristics and properties that depend on the reaction of amines with the adhesive joint.