You are cordially invited to attend this zoom seminar by Daniel Sharon

17 November 2020, 15:00 - 15:45 
ZOOM 
You are cordially invited to attend this zoom seminar by Daniel Sharon

Materials ZOOM Seminar

You are cordially invited to attend this seminar to be held on

ZOOM

Tuesday, November 17, 15:00

Daniel Sharon

Title: “Ion transport and interfacial phenomena in solid-state nanostructured electrolytes”

Abstract: Multiphase structured electrolytes are of continued interest for their potential application in fuel cells, batteries, water filtration, supercapacitors, and semiconductors technologies.Multiphase materials can enable advance properties that cannot be achieved without structure. The effect of the nanostructure on ionic transport, charge transfer, and interfacial process, however, can be complex due to the inability of traditional ‘bulk’ experiments to directly correlate between the ionic phenomena and the structure properties.

I will demonstrate that by using advance nanofabrication, self-assembly and polymerization methods we can design structured systems with deterministically defined ionic pathways, interfaces, and chemophysical properties that enable me to isolate, visualize and quantify ionic phenomena at the nanoscale level.

 

Short Bio:

Daniel Sharon is currently a postdoctoral fellow in the Institute for Molecular Engineering at the University of Chicago and Argonne National Laboratory. He earned his Ph.D. in Physical Chemistry from the Bar-Ilan University in Israel under the supervision of Professor Doron Aurbach. Daniel has been working on the development of new electrolyte solutions and solid-state electrolytes, for next-generation energy storge applications. His research focuses on development of experimental platforms to isolate ionic and interfacial phenomena in these materials

 

 

Topic: Guest talk Department Seminar
Time: Tuesday, November 17th, 15:00

 Join Zoom Meeting
https://us02web.zoom.us/j/85326142774?pwd=ZVRPODI3RTYyc2JFSmNZZi9mbzZPQT09

Meeting ID: 853 2614 2774
Passcode: materials

 

 

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