Accelerating Climate and Clean Energy Innovation: Role of the DOE Nanoscale Science Research Centers (NSRC)
Abstract not provided.
Publications
2020 CINT Annual User Meeting
Abstract not provided.
ADVANCED POLYMER MEMBRANE TECHNOLOGIES
Abstract not provided.
Quantum Nanofabrication: Mechanisms and Fundamental Limits
Quantum-size-controlled photoelectrochemical (QSC-PEC) etching, which uses quantum confinement effects to control size, can potentially enable the fabrication of epitaxial quantum nanostructures with unprecedented accuracy and precision across a wide range of materials systems. However, many open questions remain about this new technique, including its limitations and broader applicability. In this project, using an integrated experimental and theoretical modeling approach, we pursue a greater understanding of the time-dependent QSC-PEC etch process and to uncover the underlying mechanisms that determine its ultimate accuracy and precision. We also seek to broaden our understanding of the scope of its ultimate applicability in emerging nanostructures and nanodevices.
Sandia-Lumileds Technologist in Residence Project
Abstract not provided.
Compound Semiconductor Integrated Photonics for Avionics
Abstract not provided.
Hydrocarbon Membranes for Energy and Water Electrochemical Systems
Abstract not provided.
Molecules Membranes and MEAs
Abstract not provided.
Microsystem Enabled Photovoltaics
Abstract not provided.
Alkaline Separator Materials Show Promise for LT Water Electrolysis
Abstract not provided.
Integrating III-V compound semiconductors with silicon for advanced multijunction solar cells
Abstract not provided.
Sandia MEPV Technology: Opportunity for a New Mexico High Tech Company
Abstract not provided.
12 Results