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Information × Registration Number 0214U005553, 0112U001705 , R & D reports Title Physico-chemical basis for the formation of nanostructured polymer composites under the action of physical fields popup.stage_title Head Unrod Vladimir Izyaslavovich, Registration Date 28-01-2014 Organization Cherkasy State Tehnological University popup.description2 The purpose of work is the creation of new polymer composite materials (PCM), which should have a complex of required functional properties. The traditional way of making polymeric composite materials is associated with the injection of the special polymer fillers. However, the fillers can't improve simultaneously the whole complex of physical and mechanical properties of the PCM. While injecting large amounts of the filler, the characteristics of the polymeric material are determined both a structural change in the polymer matrix and the nature of the filler. Fillers work upon the velocity of crystallization or solidification, the temperature relaxation transitions, rheological, electrical, mechanical, magnetic, thermal, fractional and other properties. Usually, only by sufficiently high concentration of the filler can be improved the desired properties of PCM. Herewith is some improvement in properties at the expense of others. Therefore the important question is the necessity to develop the methods of modification that allow achieving in PCM useful properties without significantly increasing the concentration of fillers. Properties PCM should be regulated not only by the choice of the filler, its concentration, size and shape of the particles, but also by the orientation of the filler, the changing of its distribution in the material. Therefore the new methods of modifying the structure and properties of the PCM acquire the important role.A new and promising mean of regulating the structure and properties of PCM is a method of influencing on the formation of a polymeric material the force fields of different nature (ultrasonic, electro, magnetic, electrical and other), which allows to obtain materials with complex programmable properties.Such materials with high hardness, transcalency and conductivity, special magnetic and radio absorbing properties are widely used in aviation, aerospace, engineering, economy and other industrial sectors Product Description popup.authors Бененко Сергій Петрович Гірник Алла Миколаївна Демченко Валерій леонідович Куриленко Юлія Миколаївна Унрод Володимир Ізяславович Штомпель Володимир Іванович popup.nrat_date 2020-04-02 Close