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tem.msae.wisc.edu

Pei Zhang | Voyles Group

http://tem.msae.wisc.edu/group/pei-zhang

Science and Technology at the Atomic Scale. Plastic Deformation of Bulk Metallic Glasses. Spintronic Materials and Devices. Complex Oxide Interfaces and Defects. Defects in Irradiated SiC. Crystallization of Marginal Metallic Glasses. Use of fluctuation electron microscopy (FEM) to study the structure of medium range order (MRO) in metallic glasses. Li with her Best Paper Award. Welcome new student Xuying Liu. Welcome new student Debaditya Chatterjee. Congli’s paper on patterned MTJs appears.

tem.msae.wisc.edu

Jason Maldonis | Voyles Group

http://tem.msae.wisc.edu/group/jason-maldonis

Science and Technology at the Atomic Scale. Plastic Deformation of Bulk Metallic Glasses. Spintronic Materials and Devices. Complex Oxide Interfaces and Defects. Defects in Irradiated SiC. Crystallization of Marginal Metallic Glasses. 1 JJ Bernstein, S. Feller, A. Ramm, J. North, J. Maldonis, M. Mescher, W. Robbins, B. Timmons. All Solid State Ion-Conducting Cesium Source for Atomic Clocks,. Li with her Best Paper Award. Welcome new student Xuying Liu. Welcome new student Debaditya Chatterjee.

tem.msae.wisc.edu

Fluctuation Microscopy | Voyles Group

http://tem.msae.wisc.edu/fluctuation-microscopy

Science and Technology at the Atomic Scale. Plastic Deformation of Bulk Metallic Glasses. Spintronic Materials and Devices. Complex Oxide Interfaces and Defects. Defects in Irradiated SiC. Crystallization of Marginal Metallic Glasses. Fluctuation electron microscopy (FEM) is an electron microscopy technique that is uniquely sensitive to nanometer-scale or “medium-range” order in disordered materials. It was originally proposed by M. M. J. Treacy. And J M. Gibson in 1996 ( Treacy and Gibson, 1996. A full ...

tem.msae.wisc.edu

Openings | Voyles Group

http://tem.msae.wisc.edu/openings

Science and Technology at the Atomic Scale. Plastic Deformation of Bulk Metallic Glasses. Spintronic Materials and Devices. Complex Oxide Interfaces and Defects. Defects in Irradiated SiC. Crystallization of Marginal Metallic Glasses. The Voyles group has two funded Ph.D. student positions available for Fall 2016 in the following areas:. Fluctuation electron microscopy experiments of bulk metallic glass structure and properties. Characterization of defects in irradiated silicon carbide.

tem.msae.wisc.edu

Andrew Yankovich | Voyles Group

http://tem.msae.wisc.edu/group/andrew-yankovich

Science and Technology at the Atomic Scale. Plastic Deformation of Bulk Metallic Glasses. Spintronic Materials and Devices. Complex Oxide Interfaces and Defects. Defects in Irradiated SiC. Crystallization of Marginal Metallic Glasses. Defect structures responsible for (and limiting) the performance of ZnO, GaN, and InGaN based optoelectronic devices. The doping asymmetry problem of ZnO and making ZnO. Dynamic scattering limits to precision in ABF and HAADF STEM. B Berkels, W. Dahmen, P. Binev, S&...A V K...

tem.msae.wisc.edu

Congli Sun | Voyles Group

http://tem.msae.wisc.edu/group/congli-sun

Science and Technology at the Atomic Scale. Plastic Deformation of Bulk Metallic Glasses. Spintronic Materials and Devices. Complex Oxide Interfaces and Defects. Defects in Irradiated SiC. Crystallization of Marginal Metallic Glasses. Congli was born in Chongqing, which locates in the Southwest part of China. He received the B.S. and M.S. degree in Sichuan university in China. Congli became a PHD student and also a research assistant under Prof. Paul Voyles in September, 2013. Li with her Best Paper Award.

tem.msae.wisc.edu

Min Yu | Voyles Group

http://tem.msae.wisc.edu/group/min-yu

Science and Technology at the Atomic Scale. Plastic Deformation of Bulk Metallic Glasses. Spintronic Materials and Devices. Complex Oxide Interfaces and Defects. Defects in Irradiated SiC. Crystallization of Marginal Metallic Glasses. Min’s current research is focused on developing structure refinement tool for bulk metallic glasses combining genetic algorithm simulation and electron microscopy data. Li with her Best Paper Award. Welcome new student Xuying Liu. Welcome new student Debaditya Chatterjee.

tem.msae.wisc.edu

Ashutosh Rath | Voyles Group

http://tem.msae.wisc.edu/group/ashutosh-rath

Science and Technology at the Atomic Scale. Plastic Deformation of Bulk Metallic Glasses. Spintronic Materials and Devices. Complex Oxide Interfaces and Defects. Defects in Irradiated SiC. Crystallization of Marginal Metallic Glasses. Experiments with Transmission electron microscopy and Focused ion beam. In-situ TEM studies of various nanostructures in different environments. Growth of metal/metal oxide thin films. Surface and interface physics. R R Juluri and P. V. Satyam; Real time nanoscale s...Et al...

tem.msae.wisc.edu

Li He | Voyles Group

http://tem.msae.wisc.edu/group/li-he

Science and Technology at the Atomic Scale. Plastic Deformation of Bulk Metallic Glasses. Spintronic Materials and Devices. Complex Oxide Interfaces and Defects. Defects in Irradiated SiC. Crystallization of Marginal Metallic Glasses. PhD, Materials Science and Engineering, University of Virginia. Scope of our work. November 2012-current, Point defects in irradiated SiC. Visit my LinkedIn (openning in FireFox to see less ads. Http:/ www.linkedin.com/in/lihe200. Li with her Best Paper Award.

tem.msae.wisc.edu

Seeing Atoms | Voyles Group

http://tem.msae.wisc.edu/seeing-atoms

Science and Technology at the Atomic Scale. Plastic Deformation of Bulk Metallic Glasses. Spintronic Materials and Devices. Complex Oxide Interfaces and Defects. Defects in Irradiated SiC. Crystallization of Marginal Metallic Glasses. Paul M. Voyles, 12/7/2012. As a result, researchers can reinvent themselves, over and over. One of my colleagues, Y. Austin Chang. Has reinvented himself three times. He started working on surface science of atoms on metal surfaces, then moved into growth of strained se...