Table of Contents
ST, Tokamak, and GDT VNS Options
VNS Is to Carry Out Integrated Component Testing in High Duty Factor Fusion Operation (Abdou)
Given Proof of Performance Data, VNS Can Fulfill a Major Need in Fusion Energy Development
VNS Far Exceeds Point Neutron Source in Component Testing Capabilities (Abdou)
Gas Dynamic Trap (GDT) Neutron Source (Ryutov) (See backup for detail)
Normal Conducting and Superconducting Examples for Tokamak-VNS Concept (Detail in Backup)
Database of D-T Fusion Burn Performance at Q ~ 1.5-5 Is Required by Tokamak-VNS
ST VNS Design Takes Advantage of Smaller, Simpler Fusion Core (Cheng et al., SBIR)
SuperCode Analysis Indicates High Relevance of First-Stability Regime (HF ~ 2, ITER93H) (Galambos)
Database of D-T Fusion Burn Performance at Q ~ 3 From a DTST Is Required by ST-VNS
NSTX Provides Proof-of-Principle Database (in Deuterium) for DTST in All Key Scientific Topics
NSTX Plans to Investigate the Principles of First-Stability and “Advanced Physics” Regimes
ST-VNS Advances Technology (Fluence), DTST Advances Q, Each by Two Orders of Magnitude
Advantages, Disadvantages, and Neutrals of the VNS Element
Backups for ST, Tokamak, and GDT VNS Options
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Author: Administrator
Email: mpeng@pppl.gov
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