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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
Our collection of high temperature gas kinetics experimental data
1: adding hydrogen combustion data
2: adding syngas combustion data
3: adding ethanol combustion data
4: adding methanol and formaldehyde combustion data
5: adding NOx/H2/O2 combustion data
6: adding NH3 combustion data
7: adding methanol/NOx combustion data
8: adding methane ignition delay combustion data
9: adding methane laminar burning velocity combustion data
10: adding butanol combustion data
11: adding NH3 combustion data again
12: adding ethylene combustion data
2: adding syngas combustion data
3: adding ethanol combustion data
4: adding methanol and formaldehyde combustion data
5: adding NOx/H2/O2 combustion data
6: adding NH3 combustion data
7: adding methanol/NOx combustion data
8: adding methane ignition delay combustion data
9: adding methane laminar burning velocity combustion data
10: adding butanol combustion data
11: adding NH3 combustion data again
12: adding ethylene combustion data
We have collected large amount of experimental data as a background database of mechanism testing and optimization studies. These data are all encoded in Respecth Kinetics Data (RKD) Format files. These datafiles can be read and processed by the Optima++ framework code. The datafiles and the Optima++ code are available in the Respecth.hu web site.
Collection of indirect experimental data by experiment type:
| Experiment type | No. of datapoints | No. of datasets |
|---|---|---|
| Ignition delay measurements - shock tube | 786 | 54 |
| Ignition delay measurements - RCM | 212 | 71 |
| Laminar burning velocity measurements | 636 | 73 |
| Concentration measurements - flow reactor | 443 | 34 |
| Concentration measurements - JSR | 152 | 18 |
| Concentration measurements - burner stabilized flames | 201 | 12 |
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.