Few studies of formaldehyde flames are available, especially at pressures greater than 55
torr, due to the difficulties and hazards associated with producing formaldehyde vapor. This …

Many studies of the flame speed of hydrocarbon and oxygenated fuels show that flame
speed is very sensitive to formyl radical (HCO) reactions with small species, such as HCO+ …

The formation and destruction pathways of the formyl radical (HCO) occupy a pivotal role in
the conversion of fuel molecules (and their intermediates) to eventual products CO and CO …

Implicit solutions of the time-dependent flame equations have been used to calculate, for
assumed reaction mechanisms, the properties of a series of hydrogen/carbon …

Seven mixtures of formaldehyde and oxygen diluted in argon were studied behind reflected
shock waves at temperatures from 1340 to 2270 K and pressures from 0.7 to 2.5 atm …

Results of calculations based on a detailed chemical mechanism for the oxidation of
formaldehyde are compared with data from a variety of experimental conditions: flow reactor …

The unimolecular decomposition of 1, 3, 5-trioxane into formaldehyde is studied
experimentally in the temperature range 700-800 K in an atmospheric pressure flow reactor …

The structure of a lean formaldehyde-oxygen flame burning at 22.5 Torr has been
investigated experimentally using molecular beam sampling coupled with mass …

Reflected shock waves were used to heat a variety of formaldehyde mixtures to
temperatures of 1600–3000 K at total concentrations near 5× 10 18/cm 3. Formaldehyde …

New experimental profiles of stable species concentrations are reported for formaldehyde
oxidation in a variable pressure flow reactor at initial temperatures of 850–950 K and at …