Results 171 to 180 of about 2,068 (217)
Annual Review of Nuclear Science, 1964 Energy from nuclear sources will contribute substantially toward meeting the world's power requirements by the end of this century and possibly will dominate by the middle of the next. While it is hoped that the fusion of hydrogen or deuterium will ultimately provide energy at negligible cost, this is not certain; and present efforts are directed ...
Alexander, Lloyd G.
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The thorium cycle for fast breeder reactors [PDF]
Pramana - Journal of Physics, 1986 The role that could be played by liquid metal-cooled fast breeder reactors (LMFBRs) in the utilization of India’s considerable thorium resources is reviewed in this article.
R Ramanna
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Are Breeder Reactors Still Necessary?
Science, 1986A M Weinberg, Alvin M Weinberg
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Breeder Reactors: Power for the Future
Science, 1971Allen L Hammond, A L Hammond
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Environmental Science & Technology, 1983
Caracteristiques des surregenerateurs en service et en projet dans differents pays du monde en dehors des Etats-Unis. Etat actuel des etudes consacrees au projet du surregenerateur de 375 MW de Clinch River, Tennessee.
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Caracteristiques des surregenerateurs en service et en projet dans differents pays du monde en dehors des Etats-Unis. Etat actuel des etudes consacrees au projet du surregenerateur de 375 MW de Clinch River, Tennessee.
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Journal of Nuclear Materials, 1983
(1983). Fast Breeder Reactors. Nuclear Science and Engineering: Vol. 84, No. 4, pp. 407-407.
Neil Todreas, Michael Driscoll
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(1983). Fast Breeder Reactors. Nuclear Science and Engineering: Vol. 84, No. 4, pp. 407-407.
Neil Todreas, Michael Driscoll
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Annals of Nuclear Energy, 2009
Abstract In this work, we briefly describe the accelerator breeder reactors (ABR) and their possible uses both for production of energy and isotopes. This study indicates that ABRs can produce fuel, which would generate 2–15 times the electrical energy, ABRs consume. The energy gain depends on the type of ABR used.
M.A.K. Lodhi, Mike Shubov
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Abstract In this work, we briefly describe the accelerator breeder reactors (ABR) and their possible uses both for production of energy and isotopes. This study indicates that ABRs can produce fuel, which would generate 2–15 times the electrical energy, ABRs consume. The energy gain depends on the type of ABR used.
M.A.K. Lodhi, Mike Shubov
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The use of the breeder reactor
Minerva, 1978There are great uncertainties about all aspects of future energy consumption and production . . . The clear message is that the costs of deferring commitments to reprocessing and the plutonium breeder reactor are likely to be minor relative to the potential benefits . . . The prudent and rational course is to defer investment in these activities unless
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Physics Today, 1972
Within the next 30 years we will call upon our resources and technology to supply more energy than has been consumed throughout all history. Population pressures, the necessity for increased living standards in the underdeveloped nations, the demands of material affluence in the technological societies, the need to improve management of our dwindling ...
Floyd L. Culler, William O. Harms
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Within the next 30 years we will call upon our resources and technology to supply more energy than has been consumed throughout all history. Population pressures, the necessity for increased living standards in the underdeveloped nations, the demands of material affluence in the technological societies, the need to improve management of our dwindling ...
Floyd L. Culler, William O. Harms
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