- Author
-
Reinke, M.
|
Mantzaras, J.
|
Bombach, R.
|
Schenker, S.
|
Tylli, N.
|
Boulouchos, K.
- Title
- Effects of H2O and CO2 Dilution on the Catalytic and Gas-Phase Combustion of Methane Over Platinum at Elevated Pressures.
- Coporate
- Paul Scherrer Institute, Villigen PSI, Switzerland
Swiss Federal Institute of Technology Zurich (ETHZ), Zurich, Switzerland
- Journal
-
Combustion Science and Technology,
Vol. 179,
No. 3,
553-600,
March 2007
- Keywords
-
methane
|
water
|
carbon dioxide
|
dilution
|
catalytic combustion
|
vapor phases
|
platinum
|
pressure
|
exhaust gases
|
heterogeneous combustion
|
homogeneous combustion
|
catalytic reactor
|
lasers
|
equations
|
reaction kinetics
|
temperature
|
ignition
|
sensitivity analysis
- Identifiers
- exhaust gas dilution; in situ Raman; Laser Induced Fluorescence (LIF); platinum catalyst; Catalyticall Stabilized Thermal (CST) combustion; high pressure catalytic reactor; steam generator; operating conditions; two-dimensional channel model; ideal reactor modeling; catalytic reaction scheme for methane oxidation; comparisons between Raman measurements andpredictions; coupling of H2O and CO2 with gaseous chemistry and hetero-homogeneous interactions