Jet Structure and Combustion Characteristics of Jet Diffusion Flame Excited by an Acoustic Wave

Manabu Hishida; Kazuhiro Yamane; Hiromasa Namima

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Jet Structure and Combustion Characteristics of Jet Diffusion Flame Excited by an Acoustic Wave

机译：声波激发的射流扩散火焰的射流结构和燃烧特性

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Acoustically excited jet diffusion flame and unburnt jet in quiescent air are investigated experimentally to provide detailed information about combustion characteristics and the jet structure. The hydrogen jet diffusion flame and unburnt jet are acoustically excited by monotone sound wave generated by a loud speaker. For the unexcited jet diffusion flame, the hysteresis behavior in the flame lift-off and reattachment, and the sudden increase in lift-off height are observed.

机译：通过实验研究静态空气中的声激发射流扩散火焰和未燃烧射流，以提供有关燃烧特性和射流结构的详细信息。氢气喷射的扩散火焰和未燃烧的喷射流被扬声器产生的单调声波声激发。对于未激发的射流扩散火焰，观察到了火焰剥离和重新附着时的磁滞行为，以及剥离高度的突然增加。

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来源
《日本航空宇宙学会論文集》 |2000年第558期|p.213-219|共7页
作者
Manabu Hishida; Kazuhiro Yamane; Hiromasa Namima;
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正文语种 jpn
中图分类航空;
关键词
jet diffusion flame; hydrogen; acoustic excitation;

机译：射流扩散火焰氢;声激发;

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1. Jet Structure and Combustion Characteristics of Jet Diffusion Flame Excited by an Acoustic Wave [J] . Manabu Hishida, Kazuhiro Yamane, Hiromasa Namima 日本航空宇宙学会論文集 . 2000,第558期

机译：声波激发的射流扩散火焰的射流结构和燃烧特性
2. Analysis of Flame Extinguishment and Height in Low Frequency Acoustically Excited Methane Jet Diffusion Flame [J] . Zong Ruowen, Kang Ruxue, Liu Chen, Microgravity science and technology . 2018,第3期

机译：低频声激发甲烷射流扩散火焰的熄灭和高度分析
3. Soot control of laminar jet-diffusion lifted flame excited by high-frequency acoustic oscillation [J] . Mitsutomo HIROTA, Yuji NAKAMURA, Tsutomu SAITO Journal of Thermal Science and Technology . 2017,第2期

机译：高频声波振荡激发层流扩散扩散烟尘的烟尘控制
4. EMISSIONS CHARACTERISTICS OF COMBUSTION OF LEAN SECONDARY PREMIXED GAS JETS INJECTED INTO BURNED GAS FROM PRIMARY STAGE BY LEAN PREMIXED COMBUSTION SUPPORTED BY REVERSE JET FLAME HOLDING [C] . Takumi SAITOH, Takafumi NAKASU, Takumi HIROI, ASME turbo expo: turbine technical conference and exposition . 2016

机译：反向射流火焰保持支持的初生阶段将初生阶段注入燃烧气体的稀薄二次混合气燃烧的排放特性
5. Temperature and velocity measurements of an acoustically excited jet diffusion flame. [D] . Yip, Mui-Tong Joseph. 1991

机译：声激发射流扩散火焰的温度和速度测量。
6. Experimental Investigation of the Self-Ignitionand Jet Flame of Hydrogen Jets Released under Different Conditions [O] . Xuhai Pan, *, Weiyang Yan, 2019

机译：自燃的实验研究不同条件下释放的氢射流的射流和射流火焰
7. An Investigation of Flame Base Structures of Lifted Jet Diffusion Flames. 2nd Report. Diffusion Flamelet Structure at the Lifted Flame Base. [O] . Susumu NODA, Hisaya MORI, Yusuke HONGO, 2002

机译：提升射流扩散火焰火焰基础结构的研究。第二次报告。在提升的火焰底座处的扩散爆炸结构。
8. Investigation of an Excited Jet Diffusion Flame at Elevated Pressure. [R] . Strawa, A. W., Cantwell, B. J. 1989

机译：高压下激发射流扩散火焰的研究。

Jet Structure and Combustion Characteristics of Jet Diffusion Flame Excited by an Acoustic Wave

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