Abstract
Targeted modification of polymer track membranes offers the great opportunities for the development of membrane filters with improved characteristics, stimuli-responsible membranes and sensors. The effectiveness of chemical transformations with terminal functional groups depends on the completeness of the primary step i.e. oxidation of PET. In the paper, a review analysis of the oxidation reaction conditions and methods of surface PET TM analysis as well as experimental data of this reaction are studied. The shifting properties of the parent and modified membranes were demonstrated.
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