White Papers received for the FESAC TEC Panel 2017

Some papers are restricted to the FESAC TEC panel, pending approval from presenters.
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First AuthorInstitutionTitle
T.M. Biewer ORNL In-situ, Real-Time Measurement of Plasma Facing Component Erosion using Digital Holography
Rejean Boivin GA DIAGNOSTIC ENHANCEMENTS FOR FUSION DEVELOPMENT
Dan Brunner MIT Developing a reactor power exhaust solution by testing advanced divertors in a compact, divertor test tokamak
Pattrick Calderoni INL Extraction of tritium from lithium based liquid metals
C.S. Chang PPPL Exascale computing as a transformative enabling technology for more efficient advance toward fusion energy reactor
Xi Chen GA TOP LAUNCH ECCD ENABLING HIGHER OFF-AXIS CURRENT DRIVE FOR STEADY-STATE OPERATION OF BURNING PLASMA TOKAMAKS
R.M. Churchill PPPL Accelerating fusion science with an end-to-end analysis framework for remote, large-scale, near real-time analysis
Luis F. Delgado-Aparicio PPPL Burning-plasma diagnostics: photon and particle detector development needs
Nicholas Eidietis GA TECHNOLOGY TO PRODUCE ROTATION IN REACTOR SYSTEMS
Nicholas Eidietis GA TRANSFORMATIVE DISRUPTION AVOIDANCE/MITIGATION SOLUTIONS
Osman El-Atwani LANL Advanced Material Design for Fusion Applications
Laila El-Guebaly UW-Madison Integral Management Strategy for Fusion Radwaste: Avoiding Geologic Disposal Through Recycling and Clearance
Laila El-Guebaly UW-Madison Neutronics and Tritium Breeding Capability for Liquid Metal-Based Blanket (DCLL)
Charles Forsberg MIT Flibe (6Li2BeF4) Blankets to Integrate Heat Production with Electricity Markets Using Nuclear Brayton Combined Cycles
Jeffrey Freidberg MIT High Field - The Path Forward for Tokamaks
Brenda L. Garcia-Diaz Savannah River National Laboratory Direct LiT Electrolysis in Molten Lithium
R. Granetz MIT Machine learning methods applied to disruption prediction
Houyang Guo GA DEVELOPMENT OF ADVANCED DIVERTOR CONCEPTS FOR STEADY-STATE TOKAMAKS
Charles Henager PNNL Plasma-Facing Materials by Design and Rapid Prototyping via Additive Manufacturing
M.A. Jaworski PPPL Slowly flowing and high temperature liquid metals as plasma-facing materials
Quanxi Jia Buffalo High Temperature Superconducting Wires with much Enhanced Current Carrying Capability for Fusion Magnets.
Yutai Katoh ORNL Advanced Manufacturing for Fusion PFC and Blanket Materials
Yutai Katoh ORNL Emerging High Temperature Materials for Potential Application to Fusion
Jim Klein Savannah River National Laboratory Tritium Fuel Cycle Technology Development
Egemen Kolemen Princeton U. Fast Liquid Metal Program for Fusion Reactor Divertor
Egemen Kolemen Princeton U. Real-time Stability Analysis and Control for Disruption Free Operations
B. LaBombard MIT Long-leg divertors with secondary x-points: a potential solution for divertor heat flux and PMI challenges -- aided by the development of demountable HTS magnets
Lang Lao GA EXTREME-SCALE COMPUTING WITH EMPHASIS ON HIGH-FIDELITY PHYSICS LEADING TO REDUCED MODELS FOR PLASMA SIMULATION AND CONTROL TECHNOLOGY
George Larsen Savannah River National Laboratory Low Energy Water Detritiation Technology
N.C. Luhmann, Jr. UC-Davis Harsh Environment Microwave Diagnostics for Reactor Plasmas
Robert Lunsford PPPL Fiber-Coupled Multiwavelength Raman Spectroscopy for in-situ examination and diagnosis of plasma facing components
Dick Majeski PPPL Mitigation of scrape-off layer power flow with lithium plasma-facing surfaces - Revised
Dick Majeski PPPL Recycling reduction for control of anomalous transport
Joe Minervini MIT Fusion Magnets using High Temperature Superconductors
Nygren, Richard E Sandia National Laboratories Advancing Fusion Power -- Smart Tiles and Fast Data
Richard E. Nygren Sandia National Laboratories Development of Fusion Sub-components with Additive Manufacturing
Nygren, Richard E Sandia National Laboratories High Impact on Fusion - Multiple Transformative Enabling Capabilities
Robert Pinsker GA HELICONS FOR CORE CURRENT DRIVE FOR REACTORS
Roger Raman University of Washington Development of a Transient Coaxial Helicity Injection for Solenoid-free Plasma Start-up and Subsequent Non-inductive Sustainment
Roger Raman University of Washington Momentum Injection and Precise Core Fueling for Reactor Grade Plasmas
Lisa M. Reusch UW-Madison Developing Integrated Data Analysis techniques to optimize diagnostics for burning plasmas
Carlos A. Romero-Talama Maryland Additive Manufacturing of Plasma Diagnostics: Opportunities and Challenges of a New Paradigm in Experimental Plasma Science
David N. Ruzic UIUC Liquid - Lithium as a Plasma Facing Material for Fusion Reactors
Alexander Scheinker LANL Adaptive Feedback Control for Automated Plasma Diagnostics and Control Systems
Thomas Schenkel LBNL Accessing the multi-scale and time-resolved dynamics of radiation-induced defects in materials in support of PMI research for fusion
Eugenio Schuster Leigh Reactor-like Control Integration by Model-based Real-time Optimization
Peter Seidl LBNL High power multi-beamlet RF linear ion accelerators for neutral beam injection and plasma heating
Masashi Shimada INL Superpermeable Metal Foil Pump for Increasing Tritium Burn-Up Fraction for DEMO
Sterling Smith GA SPIN-POLARIZED FUEL TO INCREASE FUSION GAIN
Sergey Smolentsev UCLA Computational predictive capability for multi-physics, multi-effect MHD flows, heat & mass transfer in LM fusion cooling applications
Brandon Sorbom MIT Demountable Superconducting Magnet Coils
Derek A.Sutherland UW-Madison Steady, inductive helicity injection for efficient sustainment of stable toroidal plasmas
Mark Tillack GA ACCELERATED DEPLOYMENT OF SILICON CARBIDE COMPOSITES FOR AN ATTRACTIVE FUSION ENERGY SOURCE
Kurt Vetter ORNL Radiation Hardening of Electronics and Instruments for Fusion
Xiaorong Wang LBL REBCO magnet technology to enable next-generation magnetic-confinement fusion machines
Yinmin (Morris) Wang LLNL Laser powder-bed-fusion additive manufacturing as a transformative technology for plasma-facing materials and components
Yongqiang Wang LANL New Irradiation Capabilities for Fusion Materials R&D
Brian Williams Ultramet Robust Cellular Solid Breeder Offering Potential for New Blanket Designs with High Tritium Breeding Ratio
Brian Williams Ultramet Self-Healing Liquid Metal Protection System for Plasma-Facing Components
Brian Williams Ultramet Ultrahigh Heat Flux Helium-Cooled Divertor Incorporating a Foam Core Heat Exchanger
Stephen J Wukitch MIT Path towards RF Sustainment of Steady State Fusion Reactor Plasmas
Dennis Youchison ORNL Advanced Cooling Technologies through Additive Manufacturing
Yuhu Zhai PPPL High Temperature Superconducting Magnets for Next Step Fusion Reactor
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