Electrode Electrolyte Interfaces: Quantitative Electrochemistry during In Situ S/TEM Imaging.
Abstract not provided.
Jungjohann, Katherine Leigh↗
Engineering topics
Zavadil, Kevin Robert
Publications and source records attributed to Zavadil, Kevin Robert.
Thin-film lithiation phase progression observed in a TEM liquid cell.
Abstract not provided.
Leenheer, Andrew Jay↗
Lithium Electrodeposition Dynamics in Aprotic Electrolyte Observedin SituviaTransmission Electron Microscopy
Explore the source record for details and available documents.
bio-inspired, energy storage (including batteries ↗
Thin-film lithiation structural transformations imaged in situ by liquid cell transmission electron microscopy.
Abstract not provided.
Leenheer, Andrew Jay↗
Understanding the Morphological Evolution of a Mg Anode with Galvanostatic Cycling in Chloride-based Ether Electrolytes ? Application to Mg Batteries.
Abstract not provided.
Zavadil, Kevin Robert↗
Quantitative Electrochemistry during In Situ S/TEM Imaging for Energy Storage.
Abstract not provided.
Jungjohann, Katherine Leigh↗
The Impact of Surface Films on Magnesium Electrodeposition and Dissolution in Inorganic Salt Electrolytes.
Abstract not provided.
Hahn, Nathan↗
Alkaline Earth Metal Anodes for Energy Storage ? Understanding the Limits of Efficient Electrodeposition/Dissolution.
Abstract not provided.
Zavadil, Kevin Robert↗
Li electrodeposition dynamics visualized in-situ via a TEM liquid cell.
Abstract not provided.
Leenheer, Andrew Jay↗
Liquid Cell in-situ TEM Capabilities for Lithium Battery Materials.
Abstract not provided.
Leenheer, Andrew Jay↗
Synthesis of Chevrel Cathode and it Subsequent Performance in Mg ion Batteries.
Abstract not provided.
Perdue, Brian↗
Metal Anode Interfacial Reactions and Protection Strategies.
Abstract not provided.
Zavadil, Kevin Robert↗
Decoupling the Solvation and Accommodation Challenges to Enable Alkaline Earth Metal Anodes.
Abstract not provided.
Zavadil, Kevin Robert↗
Understanding the Role of Electron Transfer Sites and Nucleation Sites on Product Distribution for a Model Li-O2 Cathode.
Abstract not provided.
Harrison, Katharine Lee↗
An in-situ TEM liquid cell for imaging electrode/electrolyte interactions.
Abstract not provided.
Sullivan, John Patrick↗