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Proceedings Paper

Effects of plume afterburning on infrared spectroscopy
Author(s): Xijuan Zhu; Ying Xu II; Jing Ma III; Ran Duan; Jie Wu
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Paper Abstract

Contains H2, CO and unburned components of high-temperature plume of rocket engine, then injected into the atmosphere, continue to carry out the oxidation reaction in the plume near field region with the volume in the plume of oxygen in the air, two times burning. The afterburning is an important cause of infrared radiation intensification of propellant plume, which increases the temperature of the flame and changes the components of the gas, thus enhancing the infrared radiation intensity of the flame. [1]. Two the combustion numerical using chemical reaction mechanism involving HO2 intermediate reaction, the study confirmed that HO2 is a key intermediate, plays a decisive role to trigger early response, on afterburning temperature and flow concentration distribution effect. A finite rate chemical reaction model is used to describe the two burning phenomenon in high temperature plume[2]. In this paper, a numerical simulation of the flame flow field and radiative transfer is carried out for the afterburning phenomenon. The effects of afterburning on the composition, temperature and infrared radiation of the plume are obtained by comparison.

Paper Details

Date Published: 25 October 2017
PDF: 7 pages
Proc. SPIE 10461, AOPC 2017: Optical Spectroscopy and Imaging, 104610N (25 October 2017); doi: 10.1117/12.2283368
Show Author Affiliations
Xijuan Zhu, Science and Technology On Optical Radiation Lab. (China)
Ying Xu II, Science and Technology On Optical Radiation Lab. (China)
Jing Ma III, Science and Technology On Optical Radiation Lab. (China)
Ran Duan, Science and Technology On Optical Radiation Lab. (China)
Jie Wu, Science and Technology On Optical Radiation Lab. (China)


Published in SPIE Proceedings Vol. 10461:
AOPC 2017: Optical Spectroscopy and Imaging
Jin Yu; Zhe Wang; Wei Hang; Bing Zhao; Xiandeng Hou; Mengxia Xie; Tsutomu Shimura, Editor(s)

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