2001-2002 Colloquium Series
NAU Physical Sciences (Bldg 19, Rm 321), Thursday, 18 October 2001, 4:00 PM
FROM ANTS TO ATOMS: AN INTRODUCTION TO AND APPLICATIONS OF ELECTRON MICROSCOPY
Nestor J. Zaluzec , Argonne National Laboratory
Abstract
Microscopy is one of the few methodologies applied to nearly every field of science and technology in use today. A microscope can be as simple as a hand-held optical device or as a complex, integral part of a multi-million-dollar research facility. Using these instruments, both scientists and students can explore the synergistic relationships between structure and either properties or function for a wide variety of materials in both the physical and the life sciences.
The various electron microscope incarnations have evolved into a powerful
set of tools for studying the morphology, crystallography, electronic,
elemental, chemical, and biological structure of materials. In this seminar
we will discuss the technology starting with its simplest form, the scanning
electron microscope, up to the advanced high-resolution analytical transmission
electron microscope. Selected applications that make use of electron
column-based microanalaysis to investigate research problems in materials
science and physics will illustrate the range of functionality of these
instruments.
 
Dr. Zaluzec's main research interests are divided into both research and development as well as applications to materials science, including: microcharacterization of materials via Analytical Electron Microscopy and related techniques. He is a member of numerous societies, is on the editorial board of three journals, and has lead more than 25 short courses in various aspects of electron microscopy in the U.S., Europe, Asia and Australia. He also spends a modicum of time on the Net in various roles as SysOp for resources for the microscopy community worldwide. On a good day you might also find him in the Telepresence Microscopy Collaboratory at http://tpm.amc.anl.gov
Local Host: Sean Frigo, (928) 523-0195.