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Forthcoming Lab on a Chip tutorial series on acoustofluidics: Acoustofluidics-exploiting ultrasonic standing wave forces and acoustic streaming in microfluidic systems for cell and particle manipulation

机译:即将出版的有关声流体的芯片上实验室教程系列:声流体-利用超声驻波力和微流体系统中的声流,用于细胞和粒子处理

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This Editorial is the forerunner for a series of tutorial papers on fluidics combined with ultrasonic standing wave technology, termed acoustofluidics. The goal of the series is to review the state of art and to provide a point of entry for newcomers, be it students or senior researchers, into this rapidly developing research field. The initiative to do this originated in June 2010 as the authors convened for the first time for a week at CISM (International Centre for Mechanical Sciences) in northern Italy, giving a lecture series on the theory andapplications of ultrasonic standing wave technology and microfluidics for students active in the field. The impression of the total material presented on this single occasion was overwhelming and therefore we decided to communicate the essence of our lectures in a comprehensive and digestible format to the microfluidics and lab-on-a-chip community, an initiative that has been positively supported by the RSC Lab on a Chip journal.
机译:本社论是有关流体技术和超声驻波技术相结合的一系列流传教程文章(称为声流体技术)的先驱。该系列的目的是回顾技术水平,并为新移民(无论是学生还是资深研究人员)进入这个快速发展的研究领域提供切入点。这项工作的创始于2010年6月,作者首次在意大利北部的CISM(国际机械科学中心)开会,为学生提供了有关超声波驻波技术和微流体技术的理论和应用的系列讲座。在现场活跃。一次展示的全部材料给人留下了深刻的印象,因此,我们决定以一种易于消化的形式向微流控和芯片实验室社区传达我们演讲的精髓,这一举措得到了积极的支持由RSC Lab在Chip期刊上发表。

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