Aerodynamic Facility with MW-System for Flow ControlBased on Localized Plasma Generation

机译：基于局部等离子体生成的流量控制的空气动力学设施

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An automated Aerodynamic Facility for Interdisciplinary Researches is developed to enable efficient aerodynamic measurements related to flow control and, in particular, to boundary-layer control using microwave radiation and plasma generation. Due to its characteristics, the facility can equally be used for conventional types of aerodynamic research.

机译：开发了一种用于跨学科研究的自动空气动力学设施，以实现与流量控制相关的有效的空气动力学测量，特别是使用微波辐射和等离子体产生的边界层控制。由于其特点，该设施同样可以用于传统类型的空气动力学研究。

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来源
《AIAA Aerodynamic Measurement Technology And Ground Testing Conference》|2008年||共9页
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作者
Pavlo Vynogradskyy; Nina F. Yurchenko; Alexander I. Zhdanov; Roman M. Pavlovsky;
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原文格式 PDF
正文语种
中图分类 TH863-532;
关键词
Facility; Control; Generation;

机译：设施;控制;

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专利

1. Localized convection flows and field-aligned current generation in a kinetic model of the near-Earth plasma sheet [J] . Pritchett PL., Coroniti FV. Geophysical Research Letters . 2000,第19期

机译：近地等离子体薄板动力学模型中的局部对流流动和场定向电流产生
2. A comparative numerical analysis of linear and nonlinear aerodynamic sound generation by vortex disturbances in homentropic constant shear flows [J] . Hau Jan-Niklas, Chagelishvili George, Khujadze George, Physics of fluids . 2015,第12期

机译：垂直恒定剪切流中涡扰产生线性和非线性气动声的比较数值分析。
3. Adaptive unstructured grid generation for engineering computation of aerodynamic flows [J] . A. Jahangirian, Y. Shoraka Mathematics and computers in simulation . 2008,第5a6期

机译：自适应非结构化网格生成，用于空气动力学流程的工程计算
4. Aerodynamic Facility with MW-System for Flow ControlBased on Localized Plasma Generation [C] . Pavlo Vynogradskyy, Nina F. Yurchenko, Alexander I. Zhdanov, AIAA Aerodynamic Measurement Technology And Ground Testing Conference . 2008

机译：基于局部等离子体生成的流量控制的空气动力学设施
5. Studies of flow and particle transport in hypersonic plasma particle deposition and aerodynamic focusing. [D] . Gidwani, Ashok. 2003

机译：高超声速等离子体沉积和空气动力学聚焦中的流动和颗粒传输研究。
6. Flow pattern similarities in the near wake of three bird species suggest a common role for unsteady aerodynamic effects in lift generation [O] . Roi Gurka, Krishnamoorthy Krishnan, Hadar Ben-Gida, 2017

机译：三种鸟类接近尾流时的流型相似性表明升力产生中不稳定的空气动力效应具有共同作用
7. GENERATION OF ARGON PLASMA FLOWS AND TRANSFORMATION OF THE FLOW ENERGY TO THE RADIATION AT THE QSPA-T FACILITY FOR MODELING THE RADIATION LOADS TYPICAL FOR ITER MITIGATED DISRUPTION [O] . D.V. Kovalenko, N.S. Klimov, A.M. Zhitlukhin, 2014

机译：生成氩等离子流量和流动能量转换到QSPA-T设施的辐射，以对典型的辐射负荷建模典型的迭代中断
8. Nonlinear Generation of Intense Localized Electric Fields in Plasmas [R] . G. J. Orales, Y. C. Lee 1975

机译：等离子体中强激励局域电场的非线性生成

Aerodynamic Facility with MW-System for Flow ControlBased on Localized Plasma Generation

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