Publications by authors named "Aurore Quelennec"
Article Synopsis
- Acousto-microfluidics utilizes acoustic waves for manipulating and sensing fluids and particles, and its applications in biomedicine have increased significantly.
- The effective transmission of acoustic energy to fluids impacts fluid movement and measurement, but the effect of slip at the fluid-solid interface has been largely overlooked in device design.
- The study compares slip dynamics in acousto-microfluidics to traditional dry friction laws, revealing that local fluid pressure and shear stress can be categorized into slipping and non-slipping regions, which could enhance the reliability of these technologies in biological and medical fields.
Nowadays, there is an increased demand in integrated sensors for electronic devices. Multi-functional sensors provide the same amount of data using fewer sensors. Carbon nanotubes are non-selectively sensitive to temperature, gas and strain.
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