Shock-Tube Study of the Oxidation of Acetaldehyde at High Temperature

The combustion characteristics of a mixture of acetaldehyde, oxygen and argon behind a reflected shock wave at temperatures ranging from 1320 to 1897 K at 100 torr were studied. The emission from the OH radical at 306.4 nm and the pressure profile behind the reflected shock were measured to monitor...

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Published inBulletin of the Korean Chemical Society Vol. 21; no. 5; pp. 487 - 492
Main Authors 원석재, 류지철, 배준현, 김윤도, 강준길, Won, Seok Jae, Ryu, Ji Cheol, Bae, Jun Hyeon, Kim, Yun Do, Gang, Jun Gil
Format Journal Article
LanguageKorean
Published 2000
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Abstract The combustion characteristics of a mixture of acetaldehyde, oxygen and argon behind a reflected shock wave at temperatures ranging from 1320 to 1897 K at 100 torr were studied. The emission from the OH radical at 306.4 nm and the pressure profile behind the reflected shock were measured to monitor ignition delay time. The ignition delay times were computed from a proposed mechanism of 110 elementary reactions involving 34 species. The simulation and sensitivity analysis confirm that the main channel for oxidation of acetaldehyde at high temperature consists of the Rice-herzfeld mechanism, the decomposition and oxidation of HCO, and the reaction of H with $O_2$.
AbstractList The combustion characteristics of a mixture of acetaldehyde, oxygen and argon behind a reflected shock wave at temperatures ranging from 1320 to 1897 K at 100 torr were studied. The emission from the OH radical at 306.4 nm and the pressure profile behind the reflected shock were measured to monitor ignition delay time. The ignition delay times were computed from a proposed mechanism of 110 elementary reactions involving 34 species. The simulation and sensitivity analysis confirm that the main channel for oxidation of acetaldehyde at high temperature consists of the Rice-herzfeld mechanism, the decomposition and oxidation of HCO, and the reaction of H with $O_2$.
Author 강준길
Won, Seok Jae
Bae, Jun Hyeon
Gang, Jun Gil
김윤도
류지철
Kim, Yun Do
원석재
Ryu, Ji Cheol
배준현
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  fullname: Bae, Jun Hyeon
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  fullname: Kim, Yun Do
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  fullname: Gang, Jun Gil
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