Results 1 to 10 of about 50 (46)
, 2021 ÖZET Dünyada enerji arz talep dengesinin sağlanmasında oldukça fazla çaba harcanmış ve bu çabaların sonucunda geliştirilmiş nükleer reaktör tasarımlarının önemi ortaya çıkmıştır. Dünya enerji talebinin gelecekte günümüzden daha aşağı bir seviyede olmayacağı bilinmektedir.
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Some of the next articles are maybe not open access.
Lead Fast Reactor Sustainability
Volume 3: Next Generation Reactors and Advanced Reactors; Nuclear Safety and Security, 2014The electricity production systems, especially those based on nuclear fission, are increasingly facing more tight constraints and are subjected to more deep analyses based on the three aspects of economical sustainability, environmental sustainability and social sustainability.
Carlo, P. +4 more
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Nuclear Science and Engineering, 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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Electronics and Power, 1981
The fast reactor is the most controversial reactor type at present being developed in the UK. Yet the advantages this design offers are many, not least the virtual independence from overseas fuel supplies it would ...
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The fast reactor is the most controversial reactor type at present being developed in the UK. Yet the advantages this design offers are many, not least the virtual independence from overseas fuel supplies it would ...
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2010
This chapter covers designs and analyses of the Super Fast Reactors. Fuel rod failure modes and associated fuel rod design criteria as well as a fuel rod design example are presented. The idea of locating hydrogenous moderator layers in the blanket assemblies for negative void reactivity is introduced.
Yoshiaki Oka +3 more
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This chapter covers designs and analyses of the Super Fast Reactors. Fuel rod failure modes and associated fuel rod design criteria as well as a fuel rod design example are presented. The idea of locating hydrogenous moderator layers in the blanket assemblies for negative void reactivity is introduced.
Yoshiaki Oka +3 more
openaire +1 more source
Annals of Nuclear Science and Engineering, 1974
I find that writing about the safety of nuclear reactors becomes more difficult with t ime-no t because reactors are more dangerous than 5-10 years ago; but, because much more is known about reactors, propositions regarding their safety become more detailed and sophisticated.
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I find that writing about the safety of nuclear reactors becomes more difficult with t ime-no t because reactors are more dangerous than 5-10 years ago; but, because much more is known about reactors, propositions regarding their safety become more detailed and sophisticated.
openaire +1 more source
1982
The formidable technical problems involved in the design of a full-scale commercial fast reactor have resulted in the introduction of this system lagging behind that of the thermal reactor by two to three decades. Despite these obstacles, there is a worldwide interest in the fast breeder because of its high potential utilization of uranium fuel, based ...
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The formidable technical problems involved in the design of a full-scale commercial fast reactor have resulted in the introduction of this system lagging behind that of the thermal reactor by two to three decades. Despite these obstacles, there is a worldwide interest in the fast breeder because of its high potential utilization of uranium fuel, based ...
openaire +1 more source
Physics Bulletin, 1971
The first fast-reactor nuclear power station in the world, as distinct from experimental assemblies however big these may be, is now in the final construction stages at Dounreay and should be generating power early in 1973. It is the UKAEA's prototype fast reactor (PER) designed to generate 250 MW at first and 300 MW later.
openaire +1 more source
The first fast-reactor nuclear power station in the world, as distinct from experimental assemblies however big these may be, is now in the final construction stages at Dounreay and should be generating power early in 1973. It is the UKAEA's prototype fast reactor (PER) designed to generate 250 MW at first and 300 MW later.
openaire +1 more source