tunable microbubble generator using electrolysis and ultrasound
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ID: 168006
2017
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Abstract
This letter reports on a method for producing on demand calibrated bubbles in a non-chemically controlled solution using localized micro-electrolysis and ultrasound. Implementing a feedback loop in the process leads to a point source of stable mono-dispersed microbubbles. This approach overcomes the inertial constraints encountered in microfluidics with the possibility to produce from a single to an array of calibrated bubbles. Moreover, this method avoids the use of additional surfactant that may modify the composition of the host fluid. It impacts across a broad range of scientific domains from bioengineering, sensing to environment.
| Reference Key |
achaoui2017aiptunable
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|---|---|
| Authors | ;Younes Achaoui;Khaled Metwally;Damien Fouan;Zoubida Hammadi;Roger Morin;Eric Debieu;Cédric Payan;Serge Mensah |
| Journal | journal of hydrology: x |
| Year | 2017 |
| DOI |
10.1063/1.4973720
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| URL | |
| Keywords |
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