Adhesives, which have a long history as glue and bonding agents, are a fundamental part of everyday life. Recently, adhesion phenomena have been related to many scientific and
technological fields, and as polymer chemistry advances, adhesive materials are shifting toward intelligent polymeric adhesives.
Typically, after a polymeric solid material is fractured, its fragments cannot be restored to the original solid state.
Adhesion between fractured materials requires suitable bonds and primer reagents.
On the other hand, a polymeric solid material possessing selective adhesion abilities would eliminate the need for bonds and primer reagents.
Macromolecular self-assembled materials through noncovalent interactions have the potential to create a new paradigm in adhesion science based on its dynamic nature
Adhesives, which have a long history as glue and bonding agents, are a fundamental part of everyday life. Recently, adhesion phenomena have been related to many scientific andtechnological fields, and as polymer chemistry advances, adhesive materials are shifting toward intelligent polymeric adhesives.Typically, after a polymeric solid material is fractured, its fragments cannot be restored to the original solid state. Adhesion between fractured materials requires suitable bonds and primer reagents. On the other hand, a polymeric solid material possessing selective adhesion abilities would eliminate the need for bonds and primer reagents. Macromolecular self-assembled materials through noncovalent interactions have the potential to create a new paradigm in adhesion science based on its dynamic nature
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