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There is not a clear end to the acoustophoretic patterning process. At  t  ...
Published Online: May 20, 2024
Fig. 1 There is not a clear end to the acoustophoretic patterning process. At t  =   0, the microspheres are randomly dispersed. Applying a standing acoustic wave moves the microspheres toward the pressure nodes or antinodes of the wave. The geometry of the microsphere pattern becomes recognizabl... More about this image found in There is not a clear end to the acoustophoretic patterning process. At t  ...
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ARF on a microsphere in a plane standing wave. The planes of the standing w...
Published Online: May 20, 2024
Fig. 2 ARF on a microsphere in a plane standing wave. The planes of the standing wave is perpendicular to the x -axis. When R  >   0, the ARF drives the microspheres toward the pressure nodes of the wave. (Reproduced with permission from Ref. [ 12 ]. Copyright © 2022 by Massachusetts Institut... More about this image found in ARF on a microsphere in a plane standing wave. The planes of the standing w...
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Control volume for deriving the concentration profile of microspheres. The ...
Published Online: May 20, 2024
Fig. 3 Control volume for deriving the concentration profile of microspheres. The left side of the control volume is located at ℓ 1 and the control volume has length Δ ℓ . v ( ℓ ) is the velocity of the microspheres at location ℓ . The purple shaded regions... More about this image found in Control volume for deriving the concentration profile of microspheres. The ...
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Plots of the local concentration at different times and locations for negat...
Published Online: May 20, 2024
Fig. 4 Plots of the local concentration at different times and locations for negative and positive values of the acoustic contrast factor, R . As expected, the microspheres concentrate around the pressure antinodes when R  <   0 and around the pressure nodes when R  >   0. ( a ) Concentra... More about this image found in Plots of the local concentration at different times and locations for negat...
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The band formation process at two regions within the acoustophoretic assemb...
Published Online: May 20, 2024
Fig. 5 The band formation process at two regions within the acoustophoretic assembly device. ( a ) The half-height peak width is used to define the width of the microsphere band. ( b ) The location of the two regions of interest within the device. ( c ) The band forms faster near the center of the... More about this image found in The band formation process at two regions within the acoustophoretic assemb...
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