Department of Analytical Chemistry, Kiev National University
LUDMILA KOSTENKO
Diploma
2001 Diploma of Manager, Commercial representative, International Economic
Activity
2000 Diploma of Specialist in analysis of oils and petrol
1992 M Sci Diploma in Chemistry, Inorganic Chemistry: Chemical engineering and
Chemistry lecturing (Kiev State University, Chemistry dept.)Education
Education
2000-2001 Course at Institute of business and technologies, Management,
Commerce, International Economic Activity
1999-2000 Course at Ukrainian Transport University, Analysis of oils and petrol
1993-1998 PhD Student of Kiyv Taras Shevchenko National University, Chemical
dept., Inorganic Chemistry
1985-1992 Chemistry Student of Kiev State University, Chemistry dept. 1975 -
1985 School, graduated with marks' excellent'
Professional Appointments
2002-to now Lecturer, Assistant Professor of Analytical Chemistry dept., Kiyv
Taras Shevchenko National University
2000-2002 Senior Engineer, Scientific research, Inorganic Chemistry dept., Kiyv
Taras Shevchenko National University
1999-2000 “Chimoton Chemicals”, Senior Engineer for “New chemical technologies”
1998-1999 Engineer, Inorganic Chemistry dept., Kiev Taras Shevchenko National
University
1993-1998 PhD Student of Kiyv Taras Shevchenko National University, Chemical
dept., Inorganic Chemistry
1992-1993 Engineer, Inorganic Chemistry dept., Kiev Taras Shevchenko National
University
Honors and Awards
1995 - Participation in INTAS-94 European Community research Grant U52200
1994 - International Science Foundation Individual student’s Grant GSU04051
1994 - Participation in INTAS International Science Foundation “Long term
research Grant” 1994-95.
1991 awarded with a Prize at Annual Kiev University Students Research Conference
Field of specialization
Inorganic Chemistry, Analytical Chemistry, Functional materials for
adsorption and Catalysis. Chemistry of Coordination compounds.
Current research interest
-
Preparation of Functional Materials, in
particular new adsorbents for solid phase extraction and selective removal of
organic and inorganic pollutants
-
From water. Selective adsorbents for
adsorption and removal of heavy metal cations from aqueous solutions.
-
Creation of the new stationary phases for ion
chromatography.
-
Coordination compounds on the surface of
silica grafted with organic ligands. Mixed ligands complexes based on silicas
with complexing surface.
-
X-Ray fluorescent analysis for studying
functional materials. DRIFT spectroscopy of solids
Publications
1.
T.V.
Kovalchuk,
L.S.
Kostenko,
V.N. Zaitsev,
Mixed–ligand complexes La(²²²)
with xylenole
orange and silica–grafted coplexones, Ukr.Khim. J.,
2005, 9, Vol.
71, 68-75.
2.
Kostenko L.,
Yansen W.,
Zaitsev
V.,
The influence of
hydrophobization on the acidic and ion-exchange
properties of
silica,
modified by N-
metylaminophosphonic acid,
Vysnik of Kiyv
Taras Shevchenko National University,
42, 2005,15-17.
3.
M. F. Zuy,
V.N. Zaitsev
L.S.
Kostenko,
Chemical aspects of global warming, Kyiv, The publishing house-polygraphic
centre
«Kyivs`kij
universitet»,
2004.-32
p.
4.
V.N.
Zaitsev, L.S.Vassilik (Kostenko), J.Evans and À. Brough, Synthesis and
structure of the grafted layer on silicas chemically modified by aminophosphonic
acids, Russian Chemical Bulletin, Vol. 48, December,1999, pp.2315-2320.
5.
Zaitsev
V.N., Vassilik L.S., A new class of silica-bonded iîn-exchangers.
Fundamental and Applied Aspects of Chemically Modified Surfaces. Eds. J.P.
Blitz and C.B. Little, Cambrige: The Royal Soc. of Chem., 1999, p.361-365.
6.
Yu.V.
Kholin, V.N.Zaitsev, G.N. Zaitseva, L.S. Vasilik, and S.A. Mernyi,
Russian Journal of Inorganic Chemistry, Vol. 40,
2, 1995, pp.
261-269.
7.
V.N.
Zaitsev, L.S.Vassilik, J.Evans and À. Brough, The silicas chemically
modified with amino-di(methylene phosphonic) and ethylenediamine-di(methylene
phosphonic) acids Functional Marials 2,
¹1,
1995, pp. 33-39.
8.
Zaitsev, V.N., Kadenko,
I.N., Vassilik L.S. and Oleinik V.D.: Natural zeolite – klinoptilolit as
adsorbent for removing of radionuclides and heavy metal ions. Izvestia Vysshih
Uchebnih Zavedenii. Khimia i Khimicheskaya tekhnologia, 1995, 38, 40-45.
last updated
19.11.2014
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