A standing acoustic field induces a tunable partial-splitting regime in microfluidic coflows, enabling spatially controlled droplet formation at high capillary numbers while retaining a residual stream.
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Ultrasound-controlled stream splitting in a microfluidic coflow
A standing acoustic field induces a tunable partial-splitting regime in microfluidic coflows, enabling spatially controlled droplet formation at high capillary numbers while retaining a residual stream.