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The Traveling Wave Reactor: Design and Development
John Gilleland
, Robert Petroski
,
Kevan Weaver
Nuclear Science & Technology
Research output
:
Contribution to journal
›
Article
›
peer-review
52
Scopus citations
Overview
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Keyphrases
Traveling Wave Reactor
100%
Reactor Design
100%
Reactor Development
100%
Reactor
66%
Depleted Uranium
33%
Technology Development
16%
In Situ
16%
Reactor Technology
16%
Uranium
16%
Development Program
16%
Waste Volume
16%
Light Water Reactor Fuel
16%
Fast Spectrum
16%
Development Activities
16%
Low-enriched Fuel
16%
Engineering Design
16%
Fuel Consumption
16%
Social Benefits
16%
235U
16%
Nuclear Reactions
16%
Coordinated Efforts
16%
Economic Benefits
16%
Natural Uranium
16%
Waste Reduction
16%
Conceptual Work
16%
Start-up Phase
16%
Standing Wave
16%
Stationary Observer
16%
Engineering
Traveling Wave
100%
Reactor Design
100%
Reactor Development
100%
Depleted Uranium
33%
Engineering
16%
Reactor Technology
16%
Light Water Reactors
16%
Technological Development
16%
Social Benefit
16%
Economic Benefit
16%
Natural Uranium
16%
Standing Wave
16%
Earth and Planetary Sciences
Traveling Wave
100%
Reprocessing
33%
Nuclear Fuel
16%
Light Water Reactors
16%
Waste Volume
16%
Technological Development
16%
Nuclear Reaction
16%
Reactor Technology
16%
Chemical Engineering
Reactor Technology
100%
Agricultural and Biological Sciences
Breed
100%