Organic peroxy radicals (often abbreviated RO2) play a central role in the chemistry of the
Earth's lower atmosphere. Formed in the atmospheric oxidation of essentially every organic …

Dimethyl ether oxidation has been studied in a variable-pressure flow reactor over an initial
reactor temperature range of 550–850 K, in the pressure range 12–18 atm, at equivalence …

A detailed chemical kinetic model has been used to study dimethyl ether (DME) oxidation
over a wide range of conditions. Experimental results obtained in a jet‐stirred reactor (JSR) …

The oxidation mechanism of dimethyl ether is investigated using ab initio methods. The
structure and energetics of reactants, products, and transition structures are determined for …

The oxidation of dimethyl ether (DME) was studied in low-pressure, premixed flames using a
new molecular beam mass spectrometer (MBMS) and laser diagnosties. The mass …

The title reaction was studied at 296 K and 0.38− 940 Torr total pressure using a FTIR smog
chamber technique. The overall rate constant for reaction of CH3OCH2 radicals with O2 may …

Dimethyl ether (DME) has been proposed for use as an alternative fuel or additive in diesel
engines and as a potential fuel in solid oxide fuel cells. The oxidation chemistry of DME is a …

The rate constant for the reaction of CH3OCH2 radicals with O2 (reaction (1)) and the self
reaction of CH3OCH2 radicals (reaction (5)) were measured using pulse radiolysis coupled …

The rate constant for the reaction of dimethoxymethane (DMM) with OH radicals was
determined to be (4.6±1.6)× 10-12 at 346±3 K using a pulse radiolysis/transient UV …

Kinetic studies were made of the reactions between triphenylphosphine and dialkyl
acetylenedicarboxylates in the presence of a NH-acid such as pyrazole. To determine the …