Production of acetic acid via gas-phase hydration of ketene by water (uncatalyzed and in the presence of an additional water molecule) was theoretically characterized using high-level coupled-cluster methods, followed by a two-dimensional master equation analysis to compute thermal reaction rate constants. The results show that the formation of acetic acid quite likely occurs in high-temperature combustion of biomass, but that the rate of formation should be negligible under ambient atmospheric conditions
Acetone is the expected ketone product of an acetic acid decarboxylative ketonization reaction with ...
The mechanism of the reaction of ketene with methyl radical has been studied by ab initio CCSD(T)-F1...
The main focus of this thesis was on the detailed theoretical understanding of important reactions t...
The hydrolysis of ketene (H<sub>2</sub>CCO) to form acetic acid involving two water molecules and ...
The mechanism of the reaction of ketene with hydroxyl radical has been studied by ab initio CCSD(T)-...
The gas phase reactivity of acetic acid was investigated combining first principle calculations with...
Biofuels obtained from biomass are considered an interesting alternative to fossil derived fuels and...
The influence of hydrogen bonding in affecting the photochemistry and reactivity of several molecula...
Ketene is important intermediate in high-temperature chemistry of several oxygenates, such as aceton...
Ketene, a versatile reagent in production of fine and specialty chemicals, is produced from acetic a...
The growth of petroleum prices on the world’s market within the recent years has raised the cost of ...
The reaction of ketene with hydroxyl radical is drawing growing attention, for it is found to consti...
Theoretical studies on the un-catalyzed and catalyzed aminations of ketene with NH3 and (NH3)2, resp...
Keto–enol tautomerisms are important reactions in gaseous and liquid systems with implications in di...
Laminar burning velocities of acetic acid + air flames at 1 atm and initial gas temperatures of 338 ...
Acetone is the expected ketone product of an acetic acid decarboxylative ketonization reaction with ...
The mechanism of the reaction of ketene with methyl radical has been studied by ab initio CCSD(T)-F1...
The main focus of this thesis was on the detailed theoretical understanding of important reactions t...
The hydrolysis of ketene (H<sub>2</sub>CCO) to form acetic acid involving two water molecules and ...
The mechanism of the reaction of ketene with hydroxyl radical has been studied by ab initio CCSD(T)-...
The gas phase reactivity of acetic acid was investigated combining first principle calculations with...
Biofuels obtained from biomass are considered an interesting alternative to fossil derived fuels and...
The influence of hydrogen bonding in affecting the photochemistry and reactivity of several molecula...
Ketene is important intermediate in high-temperature chemistry of several oxygenates, such as aceton...
Ketene, a versatile reagent in production of fine and specialty chemicals, is produced from acetic a...
The growth of petroleum prices on the world’s market within the recent years has raised the cost of ...
The reaction of ketene with hydroxyl radical is drawing growing attention, for it is found to consti...
Theoretical studies on the un-catalyzed and catalyzed aminations of ketene with NH3 and (NH3)2, resp...
Keto–enol tautomerisms are important reactions in gaseous and liquid systems with implications in di...
Laminar burning velocities of acetic acid + air flames at 1 atm and initial gas temperatures of 338 ...
Acetone is the expected ketone product of an acetic acid decarboxylative ketonization reaction with ...
The mechanism of the reaction of ketene with methyl radical has been studied by ab initio CCSD(T)-F1...
The main focus of this thesis was on the detailed theoretical understanding of important reactions t...