Main research directions
Prof. Dr. Gábor Galbács
professor of chemistry, doctor of the Hungarian Academy of Sciences
170+
1128+
190+
90+
IMPACT FACTORS
INDEPENDENT CITATIONS
PAPERS
CONFERENCES
ICP-MS
Analytical method development for solutions and nanoparticle samples, with special emphasis on the advancement of the single particle ICP-MS method.Laser induced plasma
spectroscopy (LIBS)
Development of LIBS systems and analytical methods for quantitative and qualitative tasks - including industrial and field analytical problems as well.
Brief curriculum vitae
Place and date of birth: Szeged, May 27, 1968.
Nationality: Hungarian
Marital status: married (Gabriella Galbács-Szabó), one daughter (Rebeka)
Foreign languages: Hungarian, English, German, Russian
1982 - 1986 Radnóti Miklós Gymnasium (Szeged), chemistry specialization
1987-1992 József Attila University (JATE, Szeged), chemistry and physics double majors
1993 - 1995 József Attila University (JATE, Szeged), environmental science
1995 Postgraduate course in Ecotechnie (Szeged/Brussels)
1998 PhD and Candidate of Science (CSc) degree in chemistry (JATE)
2013
Doctor of the Hungarian Academy of Sciences, analytical chemistry
2014
Habilitation (University of Szeged)
1995 - 1998 JATE Department of Inorganic and Analytical Chemistry, assistant researcher
1998 - 2002 JATE/SZTE Department of Inorganic and Analytical Chemistry, assistant professor
2002 - 2018 SZTE Department of Inorganic and Analytical Chemistry, associate professor
2014- SZTE Department of Inorganic and Analytical Chemistry, head of department
2018- Department of Inorganic and Analytical Chemistry, full professor
1992 - Member of the Hungarian Chemical Society (MKE)
1994 - 2015 Member of the Csongrád County Executive Committee of MKE (Secteraty between 1998 and 2005)
1995 - Member of the Spectrochemical Society (Secretary between 2003 and 2015)
1996 - Member of the Environmental and Analytical Chemistry Committee of MTA SZAB
1997 - 2015 Member of the Spectrochemical Working Committee of MTA (Secretary between 2012 and 2015)
1998 - Member of the Public Body of MTA
1998-2003 Member of the American Chemical Society
2002 - Member of the advisory board of the Meleg István Alapítvány a Kémia Oktatásért (Szeged)
2002 - Member of the Materials Science Committee of MTA SZAB
2006 - Member of the Quality Assurance Committee of SZTE TTIK
2013 - Core member of the Chemistry Doctoral School of SZTE, head of the Analytical Chemistry Programme
2015 - Chairman of the Spectrochemical Working Committee of MTA
1992, 2005, 2018 Award of Niveau, Hungarian Chemical Society
1997, 2004 Certificate of excellence, Hungarian Chemical Society
1998 “Promotio Sub Auspiciis Praesidentis Rei Publicae” Golden Ring of the President of Hungary
1999 “Best Practical Teacher”, Quantitative Analytical Chemistry (EPSU – SZOTE)
2016
Knight of Cross from the Order of Merit of the Hungarian Republic
International cooperations: USA, Germany, Holland, Sweden, Belgium, Austria, Czech Republic, Spain
Main cooperating institutions within Hungary: SZTE, MTA EK, Wigner FKK, DE, MTA SZBK, MTA ATOMKI
Created by: Gábor Galbács Optimized for Firefox Quantum Date of last update: December 23, 2018.
A. Metzinger, D.J. Palásti, É. Kovács-Széles,
T. Ajtai, Z. Bozóki, Z. Kónya, G. Galbács:
Qualitative discrimination analysis of coals
based on their laser-induced breakdown
spectra,
Energy Fuels 30 (2016) 10306-10313.
A. Metzinger, A. Nagy, A. Gáspár, Zs. Márton,
É. Kovács-Széles, G. Galbács, The feasibility of
liquid sample microanalysis using
polydimethylsiloxane microfluidic chips with in-
channel and in-port laser-induced breakdown
spectroscopy detection,
Spectrochim. Acta Part B 126 (2016) 23-30.
I. Kálomista, A. Kéri, G. Galbács:
On the applicability and performance of the
single particle ICP-MS method in cases
complicated by spectral interferences,
J. Anal. At. Spectrom. 31 (2016) 1112-1122.
G. Galbács, H. Szokolai, A. Kormányos,
A. Metzinger, L. Szekeres, C. Marcu, F. Peter,
C. Muntean, A. Negrea, M. Ciopec, A. Jancsó:
Cd(II) capture ability of an immobilized,
fluorescent hexapeptide,
Bull. Chem. Soc. Japan 89 (2016) 243-253.
M. Wagner, A. Kohut, Zs. Geretovszky,
M. Seipenbusch, G. Galbács:
Observation of fine-ordered patterns on
electrode surfaces subjected to extensive
erosion in a spark discharge,
J. Aerosol. Sci. 93 (2016) 16-20.
A. Kéri, I. Kálomista, D. Ungor, Á. Bélteki,
E. Csapó, I. Dékány, T. Prohaska, G. Galbács:
Determination of the structure and composition
of Au-Ag bimetallic spherical nanoparticles using
single particle ICP-MS measurements performed
with normal and high temporal resolution,
Talanta 179 (2018) 193-199
J. Feng, R. Geutjens, N.V. Thang, J. Li. X. Guo,
A. Kéri, S. Basak, G. Galbács, G. Biskos,
H. Nirschl, H.W. Zandbergen, E. Brück,
A. Schmidt-Ott: Magnetic phase transition in
spark-produced ternary LaFeSi nanoalloys,
ACS Appl. Mater. Interf. 10 (2018) 6073-6078.
I. Kálomista, A. Kéri, D. Ungor, E. Csapó,
I. Dékány, T. Prohaska, G. Galbács: Dimensional
characterization of gold nanorods by combining
millisecond and microsecond temporal resolution
single particle ICP-MS measurements,
J. Anal. At. Spectrom. 32 (2017) 2455-2462.
A. Kohut, L. Ludvigsson, B.O. Meuller,
K. Deppert, M.E. Messing, G. Galbács,
Zs. Geretovszky: From plasma to nanoparticles:
optical and particle emission of a spark
discharge generator,
Nanotechnology 28 (2017) 475603.
A. Sápi, A. Kéri, I. Kálomista, D.G. Dobó,
Á. Szamosvölgyi, K.L. Juhász, Á. Kukovecz,
Z. Kónya, G. Galbács: Determination of the
platinum concentration of a Pt/silica
nanocomposite decorated with ultra small Pt
nanoparticles using single particle inductively
coupled plasma mass spectrometry,
J. Anal. At. Spectrom. 32 (2017) 996-1003.
ATTACHMENTS
Contact data
University of Szeged, Department of Inorganic and Analytical Chemistry 6720 Dóm square 7, Szeged, Hungary Second floor, room No. 239 Phone: +36-62-544013 E-mail: galbx@chem.u-szeged.hu
70+
SUPERVISIONS
4
EDUCATIONAL TEXTBOOKS
23
COURSES TAUGHT
52
SEMESTERS TAUGHT
Microanalytics and
optochemical sensors
Design and fabrication of microfluidic chips for laser spectroscopy applications. Development and characterization of fluorescent molecular probes and fiber optic sensors.
Spectroscopy data
evaluation
Study and development of novel data evaluation approaches for spectroscopy (e.g. signal normalization, background correction, calibration, spectrum comparison, etc.).
Plasma diagnostics
Study of inductively coupled, laser induced and spark plasmas using imaging and spectroscopy tools. Development of experimental tools for plasma diagnostics.Applied trace analysis
We provide trace analytical support for various research projects within the fields of chemistry, biology, geology, etc. Industrial projects are also common.Quick statistics on research and education
Selected recent publications
A complete list of publications can be accessed here
