Abstract
The surfaces of solids (gold, silver, polymers) were modified with adsorption layers of various compounds. Optimal modification conditions were determined using methods of contact angle measuring and quartz crystal microbalance. The degree of filling of surfaces with the adsorption layer was calculated and the data obtained were compared with the results of direct measurements of adsorption. The surface energy of the modifying layers was determined and the potential applications of modified solids as functional materials are demonstrated.
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