MY CAREER PATHS
VLADIMIR DEMIDYUK
The University of Manchester
Moscow State University
Established
in 1755
Moscow State University - History
The oldest Russian institution
of higher education, Moscow
University was established in
1755.
In 1940 it was named after
Academician Mikhail
Lomonosov (1711 - 1765), an
outstanding Russian scientist,
who greatly contributed to the
establishment of the
university in Moscow.
Moscow State University. 1755
 3 departments:
 Department of Philology
 Department of Medicine
 Department of Law
 Less than 100 students
Moscow State University. 1798
500 students
Moscow State University. 1953
29 departments, 15 research institutes. 40,000 students.
Moscow State University
Faculty of Mechanics and
Mathematics
Faculty of Computational
Mathematics and Cybernetics
Faculty of Physics
Faculty of Chemistry
Faculty of Biology
Faculty of Bioengineering and
Bioinformatics
Faculty of Soil Science
Faculty of Geology
Faculty of Geography
Faculty of Materials Science
Faculty of Fundamental
Medicine
Faculty of World Politics
Faculty of History
Faculty of Philology
Faculty of Philosophy
Faculty of Economics
Higher School of Business
Administration
Faculty of Law
Faculty of Journalism
Faculty of Psychology
The Institute of Asian and
African Studies
Faculty of Sociology
Faculty of Foreign Languages
Faculty of Public Administration
Faculty of Fine and Performing
Arts
Moscow State University
Nobel Prize Winners










Nikolay Semenov - Chemistry, 1956
Igor Tamm – Physics, 1958
Il’ya Frank - Physics, 1958
Boris Pasternak – Literature, 1958
Lev Landau – Physics, 1962
Andrey Sakharov - Peace Prize, 1975
Petr Kapitza – Physics, 1978
Mikhail Gorbachev - Peace Prize, 1990
Vitaliy Ginzburg - Physics, 2003
Alexey Abrikosov - Physics, 2003
Moscow State University
My career paths at Moscow University were:
 09/1981- 06/1986 Student.
 11/1986 - 12/1989 Post-graduate Student.
 01/1990 - 09/1994. Research Fellow.
 09/1994 - 09/1999. Assistant Professor.
 09/1999 - 01/2000. Associate Professor.
INHA University, Korea
Established
in 1954
INHA University
18,000 students
10 Departments
College of Engineering
College of Natural Science
College of Economics & Trade
College of Business Administration
College of Education
College of Law
College of Social Sciences
College of Humanities
College of Human Ecology
College of Medicine
Funding in Korea
 Funding for Applied Research
Funding in Korea
Funding in Korea

Funding in Korea
(1-2 years)
INHA University
 Department of
Mechanical Engineering 2000-2005
Research fields:
heterogeneous catalysis
application of plasma and photocatalysis to
environmental pollution control.
Research. Air cleaning.
 Plasma-Catalyst Hybrid system was created
and investigated in air cleaning process.
 It was found that plasma treatment could be
successfully applied for indoor air cleaning.
Air cleaning
Air cleaning
Ammonia decomposition
Toluene decomposition
60
100
55
In itia l co n ce n tra tio n - 3 0 p p m
90
4
5
6
9
70
60
T o lu e n e R e m o va l E fficie n cy(% )
A m m o n ia R e m o v a l E ffic ie n c y(% )
50
80
kV
kV
kV
kV
50
40
30
20
2 kV
4 kV
6 kV
9 kV
1 2 kV
45
40
35
30
25
20
15
10
5
10
0
0
0
20
40
60
T im e (m in )
80
100
120
0
20
40
60
T im e (m in )
80
100
120
Air cleaning
Ozone formation in Plasma-catalytic system
O zo n e C o n c e n tra tio n (p p m )
60
14
U =9 kV
40
P la sm a
P la sm a
P la sm a
P la sm a
16
o n ly
+ C a ta lyst (M n -C u )
+ C a ta lyst (N i)
+ C a ta lyst (V )
C O C o n ce n tra tio n (p p m )
P la sm a
P la sm a
P la sm a
P la sm a
CO formation
20
o n ly
+ C a ta lyst (N i)
+ C a ta lyst (V )
+ C a ta lyst (M n -C u )
12
10
8
6
4
2
0
0
0
20
40
60
T im e (m in )
80
100
120
0
20
40
60
T im e (m in )
80
100
120
Air cleaning
Negative ions formation in Plasma System
40000
P la sm a o n ly
P la sm a + C a ta lyst (M n -C u )
35000
-3
Io n s C o n ce n tra tio n (cm )

30000
25000
20000
15000
10000
5000
0
0
2
4
6
V o lta g e (k V )
8
10
12
Air cleaning
Air cleaning
SUDO Premium Engineering Co., Ltd
KOREA
Air cleaning. Prototype
Air cleaning. Portable models
Air cleaning. Duct type
Air cleaning. Application
Air cleaning. Application
Air cleaning. Application
Air cleaning. Application
Air cleaning. Application
Marie Curie Fellowship
 What is a mechanism of plasma-catalytic
decomposition?
 What is a synergy effect in plasma-catalytic
treatment?
 How to improve the efficiency of plasma
system?
 How to eliminate the disadvantages of
plasma treatment (formation of by-products)?
Marie Curie Fellowship
INCOMING INTERNATIONAL
FELLOWSHIPS
Prof. Whitehead
The University of Manchester.
October 2005
Conclusion
“The main important thing now is a
practical application of the
fundamental studies…”
Nikolay Semenov
Nobel Prize Winner, 1956
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