Adhesion, forces and the stability of interfaces

• Robin Guttmann,
• Johannes Hoja,
• Christoph Lechner,
• Reinhard J. Maurer and
• Alexander F. Sax

Beilstein J. Org. Chem. 2019, 15, 106–129, doi:10.3762/bjoc.15.12

• equivalent. The systems discussed are polyaromatic molecules adsorbed to graphene and carbon nanotubes; dimers of alcohols and amines; cellulose crystals; and alcohols adsorbed onto cellulose surfaces. Keywords: adhesion energy; adhesive force; dispersion interaction; weak molecular interaction

• ., when a large n-alkane changes from the linear to the hairpin structure; non-covalent interaction, on the other hand, does not exclude creation and stabilization of cation–anion pairs or zwitterions and their stabilization by Coulomb interaction. Weak molecular interaction is certainly the best term for

• , and for many properties such as boiling point or viscosity of liquids. Basics of Weak Molecular Interaction Description of interaction through forces and potentials Interactions in a system consisting of two or more subsystems cause changes of the spatial positions of the subsystems relative to each