The structure and physical properties of polymeric composite materials, cured in constant magnetic, electric fields by Yu. V. Bardadym, V. O. Vilenskyi

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UV spectroscopy and kinetic research of photodegradation of methyl orange in the presence of titanium dioxide and β-cyclodextrin or its derivatives by Yu. V. Bardadym, S. M. Kobylinskyi, L. V. Kobrina, S. V. Riabov

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X-ray diffraction analysis of the polymorphic transition formed in constant physical fields by V. O. Vilenskyi, Yu. V. Bardadym, Yu. P. Homza, Yu. Yu. Kercha

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Some physical characteristics of relaxational structure of filled polyepoxy by V. O. Vilenskyi, L. A. Honcharenko, V. L. Demchenko, Yu. V. Bardadym

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The thermomechanical properties of nanocomposites of contents EP-3%CdO and EP-3% (CdO +PAn), hardened in constant magnetic or electrical fields by V. O. Vilenskyi, Yu. V. Bardadym, M. V. Yurzhenko, M. M. Zahornyi

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Thermal dependences of dielektric characteristics of mesocomposite based polyepoxy and oxides of metals, formed in constant physical fields by Yu. V. Bardadym, V. O. Vilenskyi, V. V. Boiko, T. V. Dmytriieva, V. I. Bortnytskyi

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Composites on the base of epoxy polymer metal oxides and polyaniline, cured in constant physical fields: structure, density and as-coductivity by V. O. Vilenskyi, Yu. V. Bardadym, Yu. P. Homza, Yu. Yu. Kercha, A. P. Poznii, M. M. Zahornyi

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Thermo-physical properties and thermal degradation pequliarities of nanocomposites based on polyepoxy, metal oxide and polyanilin, cured in constant external physical fields by V. O. Vilenskyi, Yu. V. Bardadym, T. V. Dmytriieva, S. V. Riabov, V. I. Bortnytskyi, V. V. Davydenko, Yu. V. Maslak

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