在静止的空气中诱导了流场，验证了应用辉光等离子体实现主动流动控制的新思路。
The flow was induced by plasma, which confirms that active flow control can be come true by applying glow plasma.
面向主动流动控制研发了气泡型微致动器及其阵列技术和MEMS合成射流器技术。
Based on MEMS technology, micro balloon actuator arrays and synthetic jets were developed for active control of flow over an airfoil.
实验证明：所开发的气泡致动器可以有效地进行延迟分离，降低压差阻力，实现了主动流动控制。
The experiment results demonstrate that the balloon actuators can be used for separation delay and drag reduction to realize active flow control.
基于混沌理论及非线性系统特征的合成射流技术是国际上近几年提出的一种全新的流动主动控制技术。
Based on the chaotic theory and non-linear system theory, a new active flow control technology-the synthetic jet technology, appeared several years ago.
针对凸包流动分离主动控制开展了参数化数值研究。
A series of numerical parametric studies on active control of separation flow over a hump model are presented.
简述了流动主动控制技术的基本原理、关键技术，以及应用MEMS技术实现流动主动控制的机理和途径。
The fundamental principle, the key technologies and the mechanism that how and where MEMS could be used in active flow controls are discussed briefly in this paper.
简述了流动主动控制技术的基本原理、关键技术，以及应用MEMS技术实现流动主动控制的机理和途径。
The fundamental principle, the key technologies and the mechanism that how and where MEMS could be used in active flow controls are discussed briefly in this paper.
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