Z pulsed power facility and applications. Part 1, potential of fusion/fission sub-critical neutron systems for energy production and transmutation
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Jump to search filtersPulsed power facility and applications. Part 2, potential of fusion/fission sub-critical neutron systems for energy production and transmutation
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Pulsed power facility and applications. Part 3, potential of fusion/fission sub-critical neutron systems for energy production and transmutation
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Interactive knowledge production in science, technology and engineering
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High heat flux components and plasma-surface interactions for next devices
This report contains viewgraphs on topics in the following areas: plasma facing components (PFC) operation in devices; disruption studies; laboratory PFM and high heat flux research; R&D for future machines; and neutron effects on thermonuclear materials.
Plasma facing materials
Nuclear Fusion
The paper reviews the interaction of plasmas with materials and presents a status summary based on experience in large fusion experiments, laboratory investigations and design studies. The phenomena that are discussed limit the power densities and confinement properties attainable in plasmas; their control is an essential element of the design of future fusion devices. © 1990 IOP Publishing Ltd.
Magnetic Fusion Energy Program
This report discusses the projects and device support for the following thermonuclear reactors: Tokamak Fusion Test Reactor, Compact Ignition Tokamak, International Thermonuclear Experimental Reactor, Joint European Torus, Textor, Tore-Supra, DIII-D, and ASDEX and ASDEX Upgrade. This paper also discusses High-Heat Flux Materials and Components and Plasma Surface Interactions Research.
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