Add to ORKGKinetics of the overall reaction CH3 + OH (1) were studied close to the high-pressure limit using the laser flash photolysis/transient UV absorption method (LFP/TAS) and in the fall-off regime with discharge flow/far infrared laser magnetic resonance (DF/LMR) at 298 K and 473 K, respectively. The product channel 1CH2 + H2O (1.1) was also studied with the DF/LMR method. The following rate constants and branching ratio were determined (in He): k
OH chemiluminesce, the well-known methane chemistry, was modeled using GRI-mech 3.0, to which the im...
This research was directed at the detection, monitoring, and study of the chemical kinetic behavior ...
The high-temperature photochemistry (HTP) and laser photolysis-shock tube (LP-ST) techniques have be...
Rate coefficients for the reactions CH3 + H and CH3 + D are presented over the temperature ranges 30...
The rate coefficients for the reactions of OH with H2O2, C3H8 and CH4 have been determined using a n...
A direct kinetics study of the temperature dependence of the CH2O branching channel for the CH3O2 + ...
The rate constant of the reaction between methanol and the hydroxyl radical has been studied in the ...
The methoxymethyl radical, CH3OCH2, is an important intermediate in the low temperature combustion o...
The rate constants for the reactions of CH3O radicals with 3 reactants have been measured by two dif...
A flash photolysis resonance fluorescence technique has been employed to investigate the kinetics an...
as well as that of OD with CH4 (k6) have been measured using the pulsed photolytic production of OH ...
The rate coefficients of the gas-phase reactions CH₂OO + CH₃COCH₃ and CH₂OO + CH₃CHO have been exper...
This thesis describes the measurement of rate constants for gas phase reactions as a function of tem...
The total rate constant k1 has been determined at P = 1 Torr nominal pressure (He) and at T = 298 K ...
The rate coefficient for the unimolecular decomposition of CH3OCH2,k(1), has been measured in time-r...
OH chemiluminesce, the well-known methane chemistry, was modeled using GRI-mech 3.0, to which the im...
This research was directed at the detection, monitoring, and study of the chemical kinetic behavior ...
The high-temperature photochemistry (HTP) and laser photolysis-shock tube (LP-ST) techniques have be...
Rate coefficients for the reactions CH3 + H and CH3 + D are presented over the temperature ranges 30...
The rate coefficients for the reactions of OH with H2O2, C3H8 and CH4 have been determined using a n...
A direct kinetics study of the temperature dependence of the CH2O branching channel for the CH3O2 + ...
The rate constant of the reaction between methanol and the hydroxyl radical has been studied in the ...
The methoxymethyl radical, CH3OCH2, is an important intermediate in the low temperature combustion o...
The rate constants for the reactions of CH3O radicals with 3 reactants have been measured by two dif...
A flash photolysis resonance fluorescence technique has been employed to investigate the kinetics an...
as well as that of OD with CH4 (k6) have been measured using the pulsed photolytic production of OH ...
The rate coefficients of the gas-phase reactions CH₂OO + CH₃COCH₃ and CH₂OO + CH₃CHO have been exper...
This thesis describes the measurement of rate constants for gas phase reactions as a function of tem...
The total rate constant k1 has been determined at P = 1 Torr nominal pressure (He) and at T = 298 K ...
The rate coefficient for the unimolecular decomposition of CH3OCH2,k(1), has been measured in time-r...
OH chemiluminesce, the well-known methane chemistry, was modeled using GRI-mech 3.0, to which the im...
This research was directed at the detection, monitoring, and study of the chemical kinetic behavior ...
The high-temperature photochemistry (HTP) and laser photolysis-shock tube (LP-ST) techniques have be...