World class capabilities for materials characterization
Structure:
- Optical and electron microscopy
- Hi-temp x-ray, synchrotron, and neutron diffraction
- Scanning probe microscopy
Texture:
- X-ray, synchrotron, scanning electron, and neutron diffraction
Residual stress measurement:
- XRD, synchrotron, and neutron diffraction
- Raman microscope measurements
- Macro- and micro-stresses in two-phase mixtures
Group Capabilities:
- Advanced Materials
- Alloy Behavior & Design
- Carbon Materials Technology
- Ceramic Science & Technology
- Correlated Electron Materials
- Corrosion Science & Technology
- Diffraction & Thermophysical Properties
- Materials Joining
- Materials Processing and Manufacturing
- Materials Theory
- Mechanical Properties & Mechanics
- Microscopy
- Nuclear Fuel Materials
- Nuclear Materials Science & Technology
- Physical Chemistry of Materials
- Polymer Matrix Composites
- Scanning Transmission Electron Microscopy
- Surface Processing & Mechanics
- Synthesis & Properties of Novel Materials
- Thin Films & Nanostructures
- X-Ray and Neutron Scattering and Microscopy

ORNL Today, May 20, 2013 - Karren L. More of the Materials S&T Division has received the 2013 DOE Hydrogen and Fuel Cells Program R&D Award in recognition of outstanding achievements in leading ORNL's project on Microstructural Characterization of Fuel Cell Materials and in her role as a subcontractor on multiple DOE-funded fuel cell R&D projects.
ORNL Today, May 20, 2013 - D

