NOx Removal by Superposition of Silent Discharge in Acoustic Standing Wave Field

机译：声驻波场中无声叠加叠加去除NOx

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In this research, NO was removed by superposing the sound wave on the electrical discharge. The results show that the NO removal rates are higher than those only with discharge. It would seem that the vibration action of the gas molecules had much effect on this phenomenon.

机译：在这项研究中，通过将声波叠加在放电上来去除NO。结果表明，NO去除率要高于仅放电时的去除率。似乎气体分子的振动作用对该现象有很大影响。

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《International Conference on Phenomena in Ionized Gases(ICPIG 2003) vol.3; 20030715-20; Greifswald(DE) 》|2003年|P.203-204|共2页
会议地点 Greifswald(DE)
作者
Daisuke Ito; Syunsuke Iwasaki; Yoshiyasu Ehara; Haruo Kishida; Tairo Ito;
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作者单位

Musashi Institute of Technology, 1-28-1, Tamazutsumi, Setagaya, Tokyo, 158-8557 Japan;

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原文格式 PDF
正文语种 eng
中图分类天然气加工 ;
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机译：高强度声驻波场中的放电现象
2. Near-field acoustic holography for semi-free acoustic field based on wave superposition approach [J] . LI Weibing, CHEN Jian, YU Fei Chinese journal of mechanical engineering . 2006 ,第3期

机译：基于波叠加法的半自由声场近场声全息
3. Near-field acoustic holography for semi-free acoustic field based on wave superposition approach [J] . LI Weibing, CHEN Jian, YU Fei Chinese Journal of Mechanical Engineering . 2006 ,第3期

机译：基于波叠加法的半自由声场近场声全息
4. NOx Removal by Superposition of Silent Discharge in Acoustic Standing Wave Field [C] . Daisuke Ito, Syunsuke Iwasaki, Yoshiyasu Ehara, International Conference on Phenomena in Ionized Gases . 2003

机译：声学站立波场沉默放电叠加的NOx拆卸
5. A wave superposition method formulated in digital acoustic space. [D] . Hwang, Yong-Sin. 2009

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机译：声驻波场中声辐射力和声流对粒子图案影响的研究
7. Improvement of NOx Removal by Silent Discharge in Acoustical Standing Wave Field. [O] . Yoshiyasu Ehara, Yuko Hiromura, Toshikazu Nomura, 2003

机译：声音驻波场沉默放电的沉默排出的改进。
8. Economic Assessment of Proposed Electric-Discharge Non-Thermal Plasma Field-Pilot Demonstration Units for NOx Removal in Jet-Engine Exhaust: White Paper for SERDP Project CP-1038 [R] . Rosocha, L. A., Chang, J., Urashima, K., 1999

机译：建议的用于喷射发动机排气中NOx去除的放电非热等离子体现场试验装置的经济评估：sERDp项目Cp-1038白皮书

NOx Removal by Superposition of Silent Discharge in Acoustic Standing Wave Field

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