Materials Science and Engineering Calendar
12 matches found
-
4:00 pm 4/4/2022100 Materials Science and Engineering Building -
4:00 pm 4/5/2022100 Materials Science and Engineering Building
“Elucidating the elastic properties of hybrid polymer-lipid membranes,” by Nurila Kambar (Leal) “Atomic stencil-driven patchy nanoparticle synthesis for controlled self-assembly,” by Chansong Kim (Chen)
-
4:00 pm 4/7/2022100 Materials Science and Engineering Building
“Microstructural and chemical evolution of 316L austenitic stainless steel under irradiation,” Sara Wonner (Bellon) “Characterization of surface oxygen exchange kinetics in combinatorial oxide thin films,” by Micah Armstrong (Perry)
-
4:00 pm 4/11/2022100 Materials Science and Engineering Building
-
4:00 pm 4/12/2022100 Materials Science and Engineering Building
“Synthetic neurocomputers for cognitive and energy-efficient information processing,” by Bao Lam (Cao) “Structural investigation of pattern development during frontal polymerization,” by Yoo Kyung Go (Leal)
-
4:00 pm 4/14/2022100 Materials Science and Engineering Building
“The wanderers – Alternative charge transport in quantum dot LEDS,” by Logan Keating (Shim) “Electrochemical in-situ spectroscopic investigation of the structure of ionic liquid at electrode,” by Jaehyeon Kim (Zhang)
-
4:00 pm 4/18/2022100 Materials Science and Engineering
-
4:00 pm 4/19/2022100 Materials Science and Engineering Building
“Effect of dangling chain defects and bimodal molecular weight on the crystallization of ethylene vitrimers,” by Bhaskar Soman (Evans) “A new covalent adhesion mechanism for developing tough hydrogel adhesives,” by Joon Su Han (Wang)
-
4:00 pm 4/21/2022100 Materials Science and Engineering Building
“Exploration of lithium-rich anti-perovskite solid electrolytes for solid-state battery applications,” by Kai Wei Lan (Perry) “High performance QLED interface optimization and mysteries in hysteresis,” by Conan Huang (Shim)
-
4:00 pm 4/26/2022100 Materials Science and Engineering Building
“Studying self-stratification mechanism for a polyurethane blend system,” by Gaurav Singhal Braun) “Probing charge transport at molecular scale with scanning tunneling microscope – break junction method,” by Hao Yang (Schroeder)
-
4:00 pm 4/28/2022100 Materials Science and Engineering Building
"NO HARD MATERIALS SEMINAR"