Microscopies for Bulk Analysis |
|
|
| Electron Microprobe |
|
Rion Causey |
| Low-kV Field Emission Scanning Electron Microscopes |
|
Rion
Causey |
| High-Resolution Transmission Electron Microscope (400 kV) |
|
Sarah Allendorf |
| Field Emission TEM (200 kV) |
|
Sarah Allendorf |
| Conventional TEM (120 kV) |
|
Sarah Allendorf |
| 3D Atom Probe Microscope |
|
Sarah Allendorf |
| Nuclear Microprobe |
|
Rion Causey |
|
|
|
Microscopies for Surface Analysis |
|
|
| Field Emission Scanning Auger Microprobe |
|
Rion Causey |
| Variable-Temperature Scanning Tunneling Microscope |
|
Sarah Allendorf |
| Electrochemical Scanning Tunneling Microscope and Atomic Force Microscope |
|
Sarah Allendorf |
| Stress Scanning Tunneling Microscope |
|
Sarah Allendorf |
| UHV Atomic Force Microscope |
|
Sarah Allendorf |
| Low-Energy Electron Microscope |
|
Sarah Allendorf |
| Field Emission Scanning Electron Microscope |
|
Rion Causey |
| Angle-Resolved Ion Energy Spectrometer |
|
Sarah Allendorf |
|
|
|
Hydrogen Science and Technology |
|
|
| Hydride and Thin-Film Synthesis |
|
Rion Causey |
| Hydrogen Technology Lab |
|
Chris Moen |
| Hydrogen Effects on Mechanical Properties of Materials |
|
Rion Causey |
| Tritium Plasma Experiment |
|
Rion Causey |
| Hydrogen
Getter Synthesis and Testing |
|
Tim Shepodd |
| Tritium Plasma Experiment (INL) |
|
Rion Causey |
|
|
|
Chemistry and Materials Science |
|
|
| Heat
Treatment Facilities |
|
Rion Causey |
| Welding
Metallurgy and Brazing Laboratory |
|
Rion Causey |
| Prototyping
Laboratory |
|
Tim Shepodd |
| Composite
Materials Laboratory |
|
Tim Shepodd |
| Damage/Strain
Sensing |
|
Tim Shepodd |
| Passivation
Laboratory |
|
Tim Shepodd |
| High-Temperature
Chemistry |
|
Tim Shepodd |
| Radiation
Detector Analysis Laboratory |
|
John Goldsmith |
| Plating
Facility |
|
Tim Shepodd |
|
|
|
Polymers |
|
|
| Polymer Prototyping Lab |
|
Tim Shepodd |
| Polymer
Functionalization and Synthesis Laboratory |
|
Tim Shepodd |
| Polymer
Molding and Embossing Laboratory |
|
Tim Shepodd |
|
|
|
Mechanical Properties |
|
|
| Nanomechanics
Laboratory |
|
Rion Causey |
| Mechanical Properties Characterization |
|
Rion Causey |
| Experimental
Mechanics Laboratory |
|
Rion Causey |
|
|
|
Analytical Instrumentation |
|
|
| NMR
Laboratory |
|
Rion Causey |
| Vibrational
Spectroscopy Laboratory |
|
Tim Shepodd |
| X-ray
Diffraction Laboratory |
|
Rion Causey and Blake Simmons |
| Raman Spectroscopy Laboratory |
|
Blake Simmons |
| Accelerator
Facility |
|
John Goldsmith |
| GC/MS,
LC/MS |
|
Tim Shepodd |
| Dynamic Mechanical Analyzer/Thermomechanical Analyzer |
|
Tim Shepodd |
| Solution-Phase NMR Laboratory |
|
Tim Shepodd |
|
|
|
Nanoscience/Nanotechnology and Microfabrication |
|
|
| NIL Tool |
|
Sarah Allendorf |
| Metrology |
|
Sarah Allendorf |
| Electroplating
Research Facility |
|
Tim Shepodd |
| Optoelectronic
Characterization of Nanostructures (I-V measurements, PL) |
|
Rion Causey |
| Optical
Spectroscopy (PL and PLE with sub-nm and sub-ns resolution) |
|
Rion Causey |
| Theory
and Modeling of Electronic Transport in Nanostructures |
|
Rion Causey |
| Molecular
Electronics Theory and Modeling |
|
Rion Causey |
| Modeling
Fluid and Ion Transport in Nanoscale Pores and Channels |
|
Blake Simmons |
| Confocal
Microscopy |
|
Blake Simmons |
| Chemical
and Nanoparticle Synthesis Lab |
|
Blake Simmons and Tim Shepodd |
|
|
|
Engineering of Complex Systems |
|
|
| Hydrogen
Storage Engineering |
|
Chris Moen |
| Optomechanical
Engineering |
|
John Goldsmith |
|
|
|
