About me
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Request For Further Cooperation

I graduate in the field of macromolecular chemistry (Cand. Chem. Science (code 02.00.06)) and the physics and mechanics of polymers (Doctor. Chem. Science (code 01.04.19)). I have extensive experience in the creation and implementation of scientific targeted projects as commissioned by the State fund for fundamental research, private companies and consulting.

Last time from February 2019 till the present time I had devoted my pedagogical activities as a Professor of Chemistry at the Faculty of the Naturals Sciences, Zhytomyr State University named Ivan Franko. During this period six students defended their thesis for the degree of Masters of Chemistry in the subjects of Polymer Science, Polymer Modification, and Computation Chemistry. On the results of reading, courses of lectures are preparing the textbook "HIGHMOLECULAR COMPOUNDS: Synthesis, Modification, and Researches”. The last years I have been devoted to the pedagogical activities of a Professor of Chemistry Faculty of Natural Sciences, Zhytomyr State University named Ivan Franko. During at this time, six students defended their dissertations for the degree of Master of Chemistry. A textbook is being prepared for the courses of lectures on Polymer Chemistry, Modification of Polymers, and Computational Chemistry given at the University.

EDUCATION BACKGROUND

1991 - Dr.Science degree Polymer Physics, IMC of NAS of Ukraine, Kiev (Diplomas will apply on request);

1983 - Senior Scientific Coworker - academic degree, Panel of Academy Sciences of the USSR, (specialty- physics and Mechanics of Polymers);

1976 - PhD degree Polymer Chemistry, of Institute Macromolecular Chemistry (IMC) of NAS of Ukraine, Kiev;

1966 - graduate Physics Faculty the Kiev State University named T.G. Shevchenko (specialty - Theoretical Physics);

1957 - graduate high school № 90 of Kyiv, Ukraine.

SPECIALTY AND INTERESTS

Chemistry of Polymers cod [02-00-06]

Physics of Polymers cod [01-04-19]

. Synthesis (polyaddition and radical polymerizations) also in Cooperation of Magnet or Electrical Fields

Synthesis and creation of Conducting Polymers and Composites

Synthesis and Study Block-Copolymers from Oligomers from Renewable Reactive Materials

RECOGNITION

1995 - Member of New-York Academy Sciences (USA)

2001 - Inclusion to the Marques registry "Why's who in the World"

2005 - Representation in Modern Encyclopedia of Ukraine

2009 - National academy of Sciences “Medal of proficiency”

2012 - Member of American Chemical Society: Polymer Division

WORKING EXPERIENCE


From 10.02.2019 to the Present time
Professor of Chemistry faculty of the Naturals Sciences Zhytomyr State University named Ivan Franko
From 09.2016 till 01.2017
Chief Technologist. For Manufacture and Management of process performance Polyurethane objects for Interior or External parts of housing and construction in private company
1991-till 05.2016
Leading Scientist of IMC NASU, (Formulation of Scientific Problems and Projects In Polymer Chemistry & Physics Including of Magnetic or Electrical fields; Organization and Management of work my group; Management of Postgraduate students; Consulting & Expert of Found of Fundamental Researches of Ukraine
From 11.2001 till 05. 2002
Participant of SABIT Program, supported by the US Department of Commerce, as a Specialist in Polymer Chemistry was invited at Department Material Sciences of the University of North Texas for Realization of Certain Researches of Polymer Synthesis.
1978-1991
Senior Scientist, Head Research Group of IMC NAS of Ukraine; (Fulfillment the scientific researches in polymer chemistry and Physics; take a part in fundamental chemistry projects;
1968 -1978
Scientific Coworker of Institute of Macromolecular Chemistry (IMC) NAS of Ukraine; Fulfillment of scientific researches in branchof polymer chemistry.
1967-1968
Assistant Professor of Department of High Mathematics Kiev Polytechnic Institute;
1963-1967
Nuclear reactor Operator of Institute Physics of NAS of Ukraine.


PUBLICATIONS

CONDUCTING POLYMERS

Modern conductive polymers and composites play an important role in the processing chain in many areas of automotive, aerospace instrumentation and a variety of consumer electronics and technology. This began with the creation of expanded, primarily carbon powder, later dispersed powders Cu, Al, Ni, Fe and other metals these polymers row polyolefins and polyamides. Features aggregation state of the filler in a polymer matrix and the requirements of industrial applications filled tracks leading aroused interest in the creation of structure-conducting polymers. The request was resolved chemical creation - conjugated polymers such as polyaniline, polypirrol, polythiophenes, which solve the problem of transfer of electric charge macromolecules these compounds. The following is a list of works modest a contribution in this direction conductive polymers.

Influence of the nature of glycolic constituents on the properties of polyurethane fibers. Химические волокна, 1971, №1.

Dilatometer. Автор.е Свидетельство. СССР №378759, 1973.

Features of the  fine structure of crystallizable linear polyurethanes. Синтез и Физикохимия Полимеров, 1973 №12.

Literature

RENEWABLES POLYMERS

Naturally renewable reactive oligomers are able to modify polyesters, polyurethanes and polyethers gain widespread use. This is not only due to the fact that limited requests compounds derived from hydrocarbons that can satisfy the needs of civilization. It is so. But there is reason itself generated by civilization, called the pollution of plastic waste, lifetime (biodegradation) which can consist of a decade. Therefore, the task of attracting reactionary capable cellulose derivatives, vegetable oil, starch, etc. for new polymer compounds tolerant biological environment of Earth is urgent. This is partly confirmed by cycle works below.

Monuments  project «INDEPENDENT UKRAINE». СВІДОЦТВО На Право Власності ПА №1832.

A criterion for microphase separation in segmented polyurethanes and poly‐ urethane areas. Polymer, 1994, v.35,N14.

The influence of an external magnetic field on the structure of urethane‐containing block copolymers. Доповіді  НАНУ, 1996 ,‐№12.

Literature

POLYMERS SYNTHESIZED AND MODIFIED BY CMF/CEF

Research on the effect of constant magnetic field on the behavior of organic reactions became sustainability of the 60s of last century. Initially works were directed at establishing a mechanism of influence of field on the magnetic moments are not paired electrons radical polymerization reactions. Currently, the process spread to polymers research involving methods of analysis of their structure and properties. Now, the impact of the use of magnetic and electric fields is considered as a partial replacement of the chemical, physico-chemical modification of polymers and composites that can be traced to the following results.

On the benefits of applying the Munchausen principle to the economic recovery of Ukraine. Энергетика и электрификация, 2004, №4.

On the "relaxation structure" filled epoxy polymers. Some of the physical properties of structures relaxation of filled epoxy polymers. Доповіді НАНУ 2012, №4; Полімерний Журнал, 2012,‐№2.

X-ray analysis of polymorphisms lead oxide in a polymer matrix, formed under the influence of physical fields. Полімерний Журн.,2015,‐37(3).

Literature

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Address

Ukraine
Kyiv

Skype
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E-mail

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