Modeling the acoustic radiation force in microfluidic chambers.

Karl A Fisher; Robin Miles

doi:10.1121/1.2839140

Modeling the acoustic radiation force in microfluidic chambers.

Karl A Fisher, Robin Miles

Research output: Contribution to journal › Article › peer-review

Abstract

A procedure is demonstrated to quantitatively evaluate the acoustic radiation forces in microfluidic particle manipulation chambers. Typical estimates of the acoustic pressure and the acoustic radiation force are based on an analytical solution for a simple one-dimensional standing wave pattern. The complexities of a typical microfluidic channel limit the usefulness of this approach. By leveraging finite elements, and a generalized equation for the acoustic radiation force, channel designs can be investigated in two and three dimensions. Calculations and experimental observations in this report and the literature, confirm these claims.

Original language	English
Journal	The Journal of the Acoustical Society of America
Volume	123
Issue number	4
DOIs	https://doi.org/10.1121/1.2839140
Publication status	Published - Apr 2008

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10.1121/1.2839140

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title = "Modeling the acoustic radiation force in microfluidic chambers.",

abstract = "A procedure is demonstrated to quantitatively evaluate the acoustic radiation forces in microfluidic particle manipulation chambers. Typical estimates of the acoustic pressure and the acoustic radiation force are based on an analytical solution for a simple one-dimensional standing wave pattern. The complexities of a typical microfluidic channel limit the usefulness of this approach. By leveraging finite elements, and a generalized equation for the acoustic radiation force, channel designs can be investigated in two and three dimensions. Calculations and experimental observations in this report and the literature, confirm these claims.",

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AB - A procedure is demonstrated to quantitatively evaluate the acoustic radiation forces in microfluidic particle manipulation chambers. Typical estimates of the acoustic pressure and the acoustic radiation force are based on an analytical solution for a simple one-dimensional standing wave pattern. The complexities of a typical microfluidic channel limit the usefulness of this approach. By leveraging finite elements, and a generalized equation for the acoustic radiation force, channel designs can be investigated in two and three dimensions. Calculations and experimental observations in this report and the literature, confirm these claims.

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JO - The Journal of the Acoustical Society of America

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Modeling the acoustic radiation force in microfluidic chambers.

Abstract

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