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Chemical Kinetics LaboratoryInstitute of Chemistry
ELTE Eötvös Loránd University
Address: 1117 Budapest
Pázmány Péter sétány 1/A, Hungary
phone: +36-1-372-2500
Pázmány Péter sétány 1/A, Hungary
phone: +36-1-372-2500
room 145 extension 1108
room 146 extension 1109
room 147 extension 1201
room 153 extension 1909
room 118 extension 1047
room 146 extension 1109
room 147 extension 1201
room 153 extension 1909
room 118 extension 1047
fax: +36-1-372-2592
e-mail: turanyi@chem.elte.hu
e-mail: turanyi@chem.elte.hu
Members
Click on the picture to visit the personal web site.
Prof. Tamás Turányi, Professor of Chemistry, Head of the Laboratory
Prof. Ernő Keszei, Professor Emeritus
Dr. István Gyula Zsély, Associate Professor
Dr. Tibor Nagy, Senior Research Fellow,
HUN-REN Research Centre for Natural Sciences, Budapest
Dr. László Kawka, Research Fellow
Dr. Éva Valkó, Research Fellow
Mr. Máté Papp, Junior Research Fellow
Dr. Ilya Gerasimov, MSC Postdoctoral Fellow
Mr. András Szanthoffer, PhD student
Supervisors: István Gy. Zsély and Tamás Turányi
Mr. Ákos Veres-Ravai, PhD student
Supervisor: István Gy. Zsély
Mr. László Horváth, PhD student,
Supervisors: Tibor Nagy and Tamás Turányi
Mr. Siyabonga Nxumalo, PhD student
Supervisor: Tamás Turányi
Ms. Chunping Chan, PhD student
Supervisor: Tibor Nagy
Prof. Attila Demeter, Scientific Advisor, ELKH
Prof. Sándor Dóbé, Scientific Advisor, ELKH
Dr.. Ferenc Izsák, Associate Professor, ELTE
Dr.. Tamás Kovács, Lecturer, Leeds Beckett University
Dr. István László Lagzi, Associate Professor, BME
Prof. György Lendvay, Scientific Advisor, HUN-REN
Dr. Róbert Mészáros, Associate Professor, ELTE
Dr. Tamás Perger, Senior Consultant, Opencast Software
Dr. János Tóth, Associate Professor, BME
Dr. Judit Zádor, Distingusihed Member of Technical Staff, Sandia Nat. Lab.
Dr. József Bruck
Ms.Ágota Busai
Dr. Mátyás Cserháti
Mr. Róbert Pálvölgyi
Mr. Gergely Vincze
Dr. István László Lagzi (PhD in 2004)
Supervisor: Tamás Turányi
Present affiliation: BME Budapest Univ of Technology and Economics
Dr. István Gyula Zsély (PhD in 2005)
Supervisor: Tamás Turányi
Present affiliation: ELTE Institute of Chemistry, Budapest
Dr. Judit Zádor (PhD in 2006)
Supervisor: Tamás Turányi
Present affiliation: Sandia National Laboratories, Livermore, USA
Dr. Tamás Kovács (PhD in 2007)
Supervisor: Tamás Turányi
Present affiliation: Leeds Beckett University, Leeds, UK
Dr. Tamás Perger (PhD in 2008)
Supervisor: Tamás Turányi
Present affiliation: Senior Consultant, Opencast Software, UK
Dr. Tibor Nagy (PhD in 2009)
Supervisor: Tamás Turányi
Present affiliation: HUN-REN Research Centre for Natural Sciences, Budapest
Dr. Mária Farkas (PhD in 2014)
Supervisor: Tamás Turányi and Prof. Sándor Dóbé
Present affiliation: Gedeon Richter PLC, Budapest
Dr. Tamás Varga (PhD in 2018)
Supervisor: Tamás Turányi
Present affiliation: Morgan Stanley Hungary, Budapest
Dr. Éva Valkó (PhD in 2019)
Supervisor: Tamás Turányi
Present affiliation: ELTE Institute of Mathematics, Budapest
Dr. Carsten Olm (PhD in 2019)
Supervisor: Tamás Turányi
Present affiliation: Borealis Polyolefine GmbH, Austria
Dr. Peng Zhang (PhD in 2022)
Supervisor: Tamás Turányi
Present affiliation: Tsinghua University, Beijing, China
Dr. Simret Kidane Goitom (PhD in 2023)
Supervisor: Tamás Turányi
Present affiliation: Massawa College of Marine Science and Technology, Eritrea
Dr. Márton Kovács (PhD in 2025)
Supervisor: Tamás Turányi
Present affiliation: Tohoku University, Sendai, Japan
Dr. Boyang Su (PhD in 2025)
Supervisor: Tamás Turányi
An interactive web site, where the users may find Arrhenius parameters of gas phase elementary reactions determined in direct measurements, theoretical calculations or have been used in modelling studies. The users may recalculate the uncertainty limits of the rate coefficients. The editors have the right to upload data sheets for new reactions and to add, delete or modify existing data sheets. The editor status may be granted to any registered user upon request to the administrator.
Visit k-evaluation web page
Reaction fluxes of a combustion simulation can be visualized in the forms of still pictures and videos.
We maintain a collection of a series of Chemkin-format reaction mechanisms for the combustion of the following fuels:
hydrogen, syngas, methanol, ethanol, methane, butanol, fuels+NOx.