Magnetic Tools for Lab-on-a-chip Technologies
Description:
This study establishes a set of magnetics-based tools that have been integrated with microfluidic systems. The overall impact of the work begins to enable the rapid and efficient manipulation and detection of magnetic entities such as particles, picoliter-sized droplets, or bacterial cells. Details of design, fabrication, and theoretical and experimental assessments are presented. The manipulation strategy has been demonstrated in the format of a particle diverter, whereby micron-sized particle…
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Date:
August 5, 2006
Creator:
Pekas, Nikola Slobodan
Partner:
UNT Libraries Government Documents Department