Abstract:Microfluidic devices have developed a wide range of applications
in the fields of biomedicine, chemistry, and analytical science. But
it is easy to form and accumulate bubbles in microfluidic devices.
These bubbles could decrease the detection sensitivity, cause inaccurate
analysis results, and even damage the functional region of the device.
Inspired by the embolism repair mechanism of angiosperms and the permeability
of gas permeable materials, this work proposes a bioinspired permeation-enhanced
degassing m… Show more
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