One of the key tasks of combustion chemistry research is to develop accurate and robust
combustion kinetic models for practical fuels. An accurate and robust kinetic model yields …

Combustion involves chemical reactions that are often highly exothermic. Combustion
systems utilize the energy of chemical compounds released during this reactive process for …

The millimeter-wave rotational spectrum of ketene (H 2 C= C= O) has been collected and
analyzed from 130 to 750 GHz, providing highly precise spectroscopic constants from a …

The formation of typical low‐temperature oxidation products is observed in laminar premixed
low‐pressure flames investigated by photoionization molecular‐beam mass spectrometry at …

The cross-reaction kinetics of acetone/ketene (CH 3 COCH 3/CH 2 CO)+ amino (NH 2)
radicals are first theoretically reported for a wide range of conditions (T= 300–2500 K and P …

The mechanism of the reaction of ketene with hydroxyl radical has been studied by ab initio
CCSD (T)-F12/cc-pVQZ-F12//B3LYP/6-311G (d, p) calculations of the potential energy …

The knowledge of the combustion chemistry of oxygenated fuels is essential for the
development of detailed kinetic mechanisms suitable for the combustion processes …

Ketene (CH 2 CO) mechanism is a building block for developing combustion kinetic models
of practical fuels. To revisit the combustion chemistry related to ketene, oxidation …

The existence of pre-and post-reaction complexes has been proposed to influence
hydrogen abstraction reaction kinetics, but the significance still remains controversial. A …

The reduced mechanism based on the minimized reaction network method can effectively
solve the rigidity problem in the numerical calculation of turbulent internal combustion …