SAT-116 Milli Fluidic Systems

Saturday, October 13, 2012: 8:00 PM
Hall 4E/F (WSCC)
Alexander Nunez , Texas Tech University, Lubbock, TX
William Wang , Texas Tech University, Lubbock, TX
Siva Vanapalli, PhD , Department of Chemical Engineering, Texas Tech University, Lubbock, TX
An understanding of droplet traffic is essential for the further development of microfluidics.  In order to make large, complex systems capable of sorting large amounts of droplets, a thorough understanding of how droplets behave is necessary.  In order to better understand how droplets move throughout a microfluidic system, we used several mill fluidic systems as an analog to analyze droplet traffic. We analyzed several videos in order to obtain data pertinent to the understanding of droplet traffic, including droplet spacing, timing, and velocities.  Based on our results, we determined that using mill fluidic systems is a more efficient way to analyze droplet traffic because such systems are easier to work with and provide more results in a shorter amount of time than the microfluidic systems that had previously been used to study droplet traffic.  This will make the further study and application of droplet traffic easier, much faster and will allow much larger and more complex systems to be developed and understood.