中文摘要：

沿面介质阻挡放电（surface dielectric barrier discharge,SDBD）等离子体产生技术由于放电空间受限制较小,结构简单,动态响应快,在空气动力学、生物医学以及环境保护等领域有着广阔的应用前景,是近年来的研究热点。为了使读者全面和深入地了解SDBD特性及其研究进展,根据国内外研究者所取得的研究成果综述了SDBD等离子体的研究现状,并对未来发展进行展望。首先介绍了目前SDBD等离子体特性常用的诊断方法,进而评述了SDBD等离子体的实验研究和数值仿真研究进展,并给出了SDBD等离子体在流动控制、风力发电以及生物医学中的应用。重点论述了沿面介质阻挡等离子体的放电特性、影响因素及其优化。结果表明SDBD应用前景广阔,未来需要建立多时间、空间尺度的参数测试与模拟方法,探讨等离子体的化学反应动力学过程,研究流速、海拔、气压、湿度等复杂的外界条件下对SDBD等离子体特性的影响,揭示其在不同领域的作用机制,提升作用效果。

英文摘要：

Some basic properties, such as, being relatively simple to manufacture, simple to operate, and fast response times,of surface dielectric barrier discharge（SDBD） plasma make it desirable from aerodynamic, biomedicine and environmental protection point of view. In order to make it easy for readers to understand the characteristics and the development of the SDBD thoroughly, we review the current development and the prospects in development of the SDBD at atmospheric pressure in detail on the basis of the works of domestic and overseas scholars. The diagnosis methods of the SDBD plasma are summarized at first, then the research status of the experimental study and numerical simulation are described.Moreover, we briefly introduce the industrial applications of SDBD plasmas including the flow control, wind power generation, and biomedicine. The discharge characteristics of the SDBD plasma and its influential factors are discussed in particular. It is shown that multi time and space scale diagnose and coupling model should be developed. The dynamics of the chemical reactions of the plasma, and the influence of the complex environment, such as flow rate, elevation, air pressure and humidity, should be discussed to reveal the meachnism and raise the control effect in different fields.