| Alison Hindenlang ( Lafayette College) worked on the effect of Flexibility on Micellization in a Model Surfactant System. |
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| Anthony Turner (Princeton University) worked on Polymer Electrolyte Fuel Cells |
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| Ariel M’ndange Pfupfu (University of Maryland) worked on Photoluminescence of Quantum Dots in Semiconductors |
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| Brandi Russell (Spelman College) worked on absorbing Collagen and Applying Electric Fields |
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| Celon Blair (Benedict College) worked on Operational Amplifier – Design and Application |
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| Daniel Lepek (The Cooper Union for the Advancement of Science and Art) worked on Cracking of films formed from Polymer Latices |
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| Darren Yamaguchi (San Diego State) and Jamie Bond (Florida A&M) prepared thin Ge films for p-i-n photovoltaic junctions in Professor Sigurd Wagner’s laboratory. They are shown here measuring the transmission and reflection of light in the films they prepared. |
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| Dylan Ness (Imperial College) worked on the Dual Beam FIB – A multi function tool for Nanotechnology |
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| Jessica Hazell (Rutgers University) worked on Quantifying Cell Adhesion: Sheer Assay Approach |
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| John Rowley (Houghton College) worked on Variable temperature measurements of Polymer Mechanical Properties and Ru-Based Catalyst for the ROMP Synthesis of well-defined Block copolymers containing Norbornene and Ethylidenenorbornene |
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| Jonathan Hsieh (Carnegie Mellon University) worked on microcontrollers |
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| Karma Parsons (Syracuse University) worked on Internal Scattering Measurements of Prisms for cavity ring-down spectroscopy. |
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| Lowell Jacobson (Williams College) worked on creating a Laterally-Coupled Distributed Feedback Laser |
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| Nathan Hosannah (CUNY) worked on the analysis of high temperature refractory ceramics |
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| Vasilica Crecea (Bard College) worked on the Dynamics of Electric Field- Induced Colloidal Aggregation |
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| Wendy Yip (Columbia University) worked on rapid mixing at Low Reynolds number |
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| William Kaden (SUNY Oswego) worked on studies of corrosion inhibitors on the surface of iron. |
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| William Moreno from Suffolk County Community College worked on developing a process for sub-100 nm alignment for nano-imprint lithography. |
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