Thermal Management of Tungsten Leading Edges in DIII-D and ITER
Abstract not provided.
Publications
Unique Features of High Heat Flux Testing with E-Beams for Aerospace Applications
Abstract not provided.
Overview APEX(NucSys)/ALPS(PFCs) 1996-2002 plus transition into the ITER TBM
Abstract not provided.
LM PFCs: Evaporative Limits CPS and other Concepts with focus on materials issues
Abstract not provided.
A New Vision of Plasma Facing Components
Abstract not provided.
Institutional Overview - Sandia National Labs
Abstract not provided.
Comments on PFCs with regard to 1 Additive Manufacturing and 2. Liquid Surfaces
Abstract not provided.
Flow instabilities in refractory metal, porous media, helium-cooled plasma facing components
Proceedings - Symposium on Fusion Engineering
Past numerical investigations of the performance of porous media to enhance heat transfer in helium-cooled devices neglected the susceptibility of multi-channel heat sinks to parallel flow instabilities even though experimental evidence suggests it may be a problem for narrow channel devices. In previous work, our simulations have shown that helium micro-jets do not experience changes in flow distribution due to non-uniform heating. However, jets are difficult to fabricate for large area refractory metal components. The same is not true for narrow channel devices filled with porous media. Although these refractory devices are easier to fabricate, the effects of downstream hot gas expansion can influence the incoming flow distribution in multi-channel configurations.
Flow Instabilities in Refractory Metal Porous Media Helium-Cooled Plasma Facing Components
Abstract not provided.
Sandia non-fusion R&D supported by FES
Until 2012, Sandia participated regularly in non-fusion R&D that was supported primarily through our collaborations with companies in the DOE program for Small Business Innovative Research but also in some work-for-others contracts. In this work, funds were recovered from collaborating institutions for the staff time and materials used, but FES had supported the facility itself and in doing so enabled the contributions to the non-fusion R&D below.
Understanding Design Integration to Confirm the Credibility of Liquid Surface PFCs
Abstract not provided.
Advance Manufacturing and Engineered Materials - A new vision for materials and PFC development
Abstract not provided.
Eye on the Final Fusion Solution
Abstract not provided.
Smart Tiles and MEMS-based Sensors - new age of wall/edge diagnostics
Abstract not provided.
Understanding Design Integration to Confirm the Credibility of Liquid Surface PFCs
Abstract not provided.
Failure of a Lithium-filled target and Some Implications for Fusion Components
Abstract not provided.
Failure of a Lithium-filled Target and Some Implications for Fusion Components
Abstract not provided.
Power exhaust detailed thermal analysis and use of data from thermocouple arrays
Abstract not provided.
Personal Comment on PHENIX and DEMO
Abstract not provided.
High Heat Flux Testing at Sandia
Abstract not provided.
Special Session XVIII on Special Section XIII on Lithium Safety and Handling (presentation)
Abstract not provided.
Program Review Sandia's MFE Activities in Plasma Wall Interactions & Development of PFCs - PFCmtgAug2013ORNL
Abstract not provided.
Fusion Technology & Future Opportunities Diagnostics and Materials in Extreme Environments Future Opportunities for Sandia in Magnetic Fusion: Diagnostics and Materials in Extreme Environments
Abstract not provided.
Current status of heat transfer modeling at SNL
Abstract not provided.
High Heat Flux Testing - HOT STUFF: Design Modeling and Testing with Heat Loads That Vary in Space and Time (Tutorial)
Abstract not provided.
Results 26–50 of 89