Chemistry & Chemical Technology. – 2009. – Vol. 3, No. 3

Permanent URI for this collectionhttps://ena.lpnu.ua/handle/ntb/7181

The scientific-technical journal

It is the scientific-technical journal in English in Ukraine discussing actual problems of chemistry and chemical technology. Compared with other chemical journals Ch&ChT is publishing materials of both theoretical and practical values in such fields as analytical, general organic, physical and inorganic chemistry; chemistry of high molecular compounds; materials science and engineering; chemical kinetics and catalysis; technology of inorganic substances; technology of organic synthesis products; chemical technology of processing of combustible minerals; processes and apparatus of chemical and food productions; biotechnology and ecology.

Chemistry & Chemical Technology : [the scientific-technical journal] / Lviv Polytechnic National University ; editor-in-chief M. Bratychak. – Lviv : Publishing House of Lviv Polytechnic National University, 2009. – Volume 3, number 3. – P. 169–254, VI : ill.

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Author: search.filters.author.Mikitaev, AbdulakhSubject: search.filters.subject.adhesion

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    Polymers as natural nanocomposites. 2. The comparative analysis of reinforcement mechanisms
    (Publishing House of Lviv Polytechnic National University, 2009) Bashorov, Musa; Kozlov, Georgiy; Zaikov, Gennady; Mikitaev, Abdulakh
    Показана повна подібність у підсиленні властивостей для нанокомпозиту епоксидний полімер/Na+-монтморилоніт і поліарилату, який вважається природним нанокомпозитом. Опис поліарилатної будови поданий в межах каркасу кластерної моделі полімерів аморфної структури. Встановлено, що ступінь міжфазної адгезії значно впливає на підсилення властивостей вказаних матеріалів. The complete similarity of reinforcement degree behaviour has been shown for nanocomposite epoxy polymer/Na+-montmorillonite and polyarylate, which is considered as the natural nanocomposite. The polyarylate structure description is given within the framework of cluster model of polymers amorphous state structure. The interfacial adhesion level influences strongly the reinforcement degree of indicated materials.