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- W2605900939 abstract "Precise manipulation of particles and biological cells is an essential process in various biomedical research fields, industrial and clinical applications, which remains a very active research area in microfluidics. Among various force fields applied for microfluidic manipulations, acoustic waves have superior propagating properties in solids and fluids, which can readily enable non-contact cell manipulation in long operating distances. In addition, acoustic fields are advantageous to high power laser beams for non-contact optical tweezing in terms of biocompatibility, throughput and setup simplicity. Exploiting acoustic waves for fluid and cell manipulation in microfluidics has led to a newly emerging research area, acoustofluidics. In this presentation, I will talk about particle and cell manipulation in microfluidics using high frequency surface acoustic waves (SAW). In particular, I will discuss a unique design of a focused IDT (FIDT) structure, which is able to generate a highly localized SAW field on the order of 20 µm wide. This highly focused acoustic beam has an effective manipulation area size that is comparable to individual micron-sized particles. Here, I demonstrate the use of this highly localized SAW field for single particle level sorting using sub-millisecond pulses and selective capture of particles. Based on our research studies on acoustic particle manipulation, I envision that the merging of acoustics and microfluidics could enable various particle and cell manipulations needed in microfluidic applications." @default.
- W2605900939 created "2017-04-28" @default.
- W2605900939 creator A5081022670 @default.
- W2605900939 date "2017-04-19" @default.
- W2605900939 modified "2023-09-27" @default.
- W2605900939 title "Microfluidic particle manipulation using high frequency surface acoustic waves (Conference Presentation)" @default.
- W2605900939 doi "https://doi.org/10.1117/12.2256276" @default.
- W2605900939 hasPublicationYear "2017" @default.
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