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Dr. Phil SegrèAssistant Professor
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| Website: | www.physics.emory.edu/faculty/segre/ | |
Voice: |
(404) 727-4007 | |
Fax: |
(404) 727-0873 | |
Email: |
psegre@physics.emory.edu | |
Address: |
Emory
University Department of Physics Atlanta GA 30322-2430 |
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Office: |
N218 Mathematics and Science Center |
General Area: Experimental soft condensed matter physics.
Specific Interests: Complex liquids, fluid dynamics, multiphase flow, gelation and jamming of colloidal solutions, and surface tension induced instabilities. In our lab we study the non-linear dynamics of a wide variety of systems. In colloidal solutions, using light scattering methods, we examine how solidification/gelation occurs in weakly attractive colloidal suspensions. We also investigate, using PIV flow imaging, the particle dynamics and flow instabilities that occur when fluid passes through a collection of settling or fluidized spheres. Thermal (IR) imaging methods allow us to investigate the Marangoni instability induced by evaporative cooling from volatile liquids.
Specific Interests: Complex liquids, fluid dynamics, multiphase flow, gelation and jamming of colloidal solutions, and surface tension induced instabilities. In our lab we study the non-linear dynamics of a wide variety of systems. In colloidal solutions, using light scattering methods, we examine how solidification/gelation occurs in weakly attractive colloidal suspensions. We also investigate, using PIV flow imaging, the particle dynamics and flow instabilities that occur when fluid passes through a collection of settling or fluidized spheres. Thermal (IR) imaging methods allow us to investigate the Marangoni instability induced by evaporative cooling from volatile liquids.
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