Kabat O. Heat-resistant antifriction materials based on phenylone and dispersed silica

Українська версія

Thesis for the degree of Candidate of Sciences (CSc)

State registration number

0408U000660

Thesis Registration Form

0408U000660.pdf

Applicant for

Kabat Oleg Stanislavovich

Specialization

05.17.06 - Технологія полімерних і композиційних матеріалів

Date of defense

01-02-2008

Specialized Academic Board

Д 08.078.03

Ukrainian State University of Chemical Technology

Essay

The dissertation is devoted to creation of heat-resistant antifriction materials based on phenylone and dispersed silica. It was studied quality of distribution of the dispersed fillers in the polymer. It was investigate influence of the concentration of the dispersed silica on physical, thermophysical and tribotechnical properties of the polymeric materials. It was created new methods of the synthesis of the polymeric composite materials. It has high quality of distribution of the dispersed fillers. It was investigate influence of the operating regime of the friction unit on tribotechnical characteristics of the polymeric materials. Developed polymeric material was tested the in friction unit of the braiding machine. Described elaborations were realized practically.

Thesis supervisor

Sytar Volodimir Ivanovich

Official opponents

Євдокименко Наталія Михайлівна
Геращенко Євгеній Іванович

Files

АВТОРЕФЕРАТ.doc

Диссертация Кабат Олег Станиславович.doc

Similar theses

0521U101903

Olena V. Ishchenko

Technologies of functional materials based on polysaccharides for pharmacotherapeutic purposes

0421U103615

Resnytskyi Illia V

Technology development of polymeric composite materials with controlled release of antiseptic substances

0521U101887

Sova Nadiia V.

Scientific bases for technologies of structural modified polymeric materials and composites for multifunctional applications

0521U101583

Khomenko Volodymyr G

Scientific fundamentals of technologies for creation of polymer nanostructured composite materials with record electroactive and barrier properties

0521U101582

Bessarabov Volodymyr I.

Technologies of complex use of polymer composite materials in the production of geriatric drugs