Using SciVal and Scopus to Analyze Research Impact at a National Lab
Abstract not provided.
Publications
CINT_Report_April_2017
Polymer nanocomposites that integrate nanoparticles into polymer melts often possess superior mechanical, thermal, optical, or electrical properties in comparison with pure polymeric materials.
"N" "P" and "R" at Sandia National Laboratories
Abstract not provided.
SpaceSensorCommercialization
Abstract not provided.
Commercializing Space Sensors ? a Small Company Approach
Abstract not provided.
Sandia Laser Applications- Some of these are not like the others
Abstract not provided.
Active Control of Nitride Plasmonic Dispersion in the Far Infrared
We investigate plasmonic structures in nitride-based materials for far-infrared (IR) applications. The two dimensional electron gas (2DEG) in the GaN/AlGaN material system, much like metal- dielectric structures, is a patternable plasmonic medium. However, it also permits for direct tunability via an applied voltage. While there have been proof-of-principle demonstrations of plasma excitations in nitride 2DEGs, exploration of the potential of this material system has thus far been limited. We recently demonstrated coherent phenomena such as the formation of plasmonic crystals, strong coupling of tunable crystal defects to a plasmonic crystal, and electromagnetically induced transparency in GaAs/AlGaAs 2DEGs at sub-THz frequencies. In this project, we explore whether these effects can be realized in nitride 2DEG materials above 1 THz and at temperatures exceeding 77 K.
UV-Laser Induced Fluorescence Remote Sensing Technology and Applications
Abstract not provided.
8 Results