Breeder Reactors
One of the most intriguing aspects of nuclear fission as a power source is the possibility of “fuel breeding”, which almost seems to violate the laws of thermodynamics.
What is breeding really, and how does it really work? What technologies are involved in implementing it? Why, given that the first electricity from fission was generated by a breeder reactor, are they not everywhere now?
Slides
Section titled “Slides”-
Introductory slide with Seaborg quote
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The Big Question, nuclear fuel cycle topics, and breeder reactor types
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Nuclear data relevant to fuel conversion or breeding
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Diagram of the Prototype Fast Reactor, a British implementation of the sodium-cooled fast breeder concept
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Diagrams related to the Shippingport Light Water Breeder Reactor
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Photos of aqueous homogeneous reactors, prototypes of possible future breeders
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Photos of molten-salt reactors, prototypes of possible future breeders
Related Materials
Section titled “Related Materials”Experimental Breeder Reactor 1 (video, 27 min)
Prototype Fast Reactor (25 min)
Shippingport LWBR overview (a sample search result from the US Government’s OSTI server)
Dates Offered
Section titled “Dates Offered”2015-11-03 (Tuesday), 8 PM
Migrated from the legacy DMS wiki: original page