Fiscal Year 1987 Department of Energy Authorization: Nuclear fission R&DU.S. Government Printing Office, 1986 |
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Page 5
... safety and technical issues of these concepts , to preserve their po- tential for the future . Fourth , the remedial action waste technology budget request in- crease of $ 64 million , compared to our fiscal year 1986 estimate , is up ...
... safety and technical issues of these concepts , to preserve their po- tential for the future . Fourth , the remedial action waste technology budget request in- crease of $ 64 million , compared to our fiscal year 1986 estimate , is up ...
Page 6
... safety are an in- herent part of that . Because of the relatively large resources needed to develop such designs and the uncertain potential for payoff , these innovative midsize LWR concepts have been developed to only a very prelimi ...
... safety are an in- herent part of that . Because of the relatively large resources needed to develop such designs and the uncertain potential for payoff , these innovative midsize LWR concepts have been developed to only a very prelimi ...
Page 7
... safety features are being incorporated into the advanced reactor designs to reduce the likelihood and consequence of plant failures . Key related activities will be the completion of transient tests in the fast flux test facility and ...
... safety features are being incorporated into the advanced reactor designs to reduce the likelihood and consequence of plant failures . Key related activities will be the completion of transient tests in the fast flux test facility and ...
Page 9
... safety . Testing at ETEC is continuing to make significant contributions to liquid - metal reactor designs resulting from their natural circula- tion tests , shutdown heat - removal tests , and performance testing of advanced steam ...
... safety . Testing at ETEC is continuing to make significant contributions to liquid - metal reactor designs resulting from their natural circula- tion tests , shutdown heat - removal tests , and performance testing of advanced steam ...
Page 13
... safety technology including continued evaluation of the Three Mile Island accident . It is our view that the time is ripe for the completion of development and certification of advanced , state - of - the - art LWR designs . Certainly ...
... safety technology including continued evaluation of the Three Mile Island accident . It is our view that the time is ripe for the completion of development and certification of advanced , state - of - the - art LWR designs . Certainly ...
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Expressions et termes fréquents
activities advanced reactor program Air Force applications breeder reactor budget burnup capability CHAIRMAN MARILYN LLOYD civilian reactor development Colonel HEILMAN commercial committee components concept construction continue core cost decay heat defense demonstration Department of Energy EBR-II economic efforts Electric Energy Research Engineering EPRI fabrication FAWELL FFTF fiscal year 1987 focus fuel cycle funding future Hanford Hanford Engineering HEDL HTGR program industry inherent safety initiative innovative irradiation licensing light water reactor liquid metal reactor liquid-metal Madam Chairman major megawatts MHTGR military million mission modular HTGR MORRISON multimegawatt National Laboratory nuclear energy nuclear fission nuclear option nuclear power operation ORNL passive safety plant plutonium potential power systems Project QUESTIONS FROM CHAIRMAN reactor development program reactor systems reactor technology reduce regulatory reprocessing requirements SAFR SDIO space reactor statement Strategic Defense Initiative technology development Thank utility VAUGHAN Westinghouse
Fréquemment cités
Page 59 - Tennessee 37831-7280, managed by Martin Marietta Energy Systems, Inc. for the US Department of Energy under contract DE-AC05-84OR2 1 400.
Page 367 - BEFORE THE HOUSE COMMITTEE ON SCIENCE AND TECHNOLOGY SUBCOMMITTEE ON ENERGY RESEARCH AND PRODUCTION WITNESS: JAMES W.
Page 78 - President with responsibility for directing the Hanford Engineering Development Laboratory for the US Department of Energy. John Nolan is a Senior Member of the Institute of Electrical and Electronic Engineers (IEEE) and a member of the American Society of Mechanical Engineers (ASME) and the American Nuclear Society (ANS), and is listed in American Men of Science, Who's Who in Engineering, and Who's Who in Atoms. Mr. Nolan participated as a member of the Atomic Energy Commission plant design team's...
Page 40 - ... reactor applications. The test programs planned for FY 1987 include reactor safety and fuel performance and component testing for advanced reactor concepts, irradiation of candidate core materials for space reactor use. Irradiation of SP-100 fuel and cladding...
Page 11 - He place high priority on ensuring that nuclear energy continues to contribute to a strong, stable, and secure national energy base to meet both civilian and military requirements. Nuclear energy, along with fossil and renewable energy sources, are essential elements to achieving that goal at reasonable cost. The Department's commitment to nuclear energy remains strong. Our...
Page 29 - Phase I efforts culminated with the selection of a concept for further engineering development and demonstration testing during Phase II. The selected concept employs a compact, liquid metal cooled, fast-spectrum reactor with out-of-core thermoelectric power conversion. It will b* 20 designed, built, and tested at a reference power of 300 kilowatts electric (We).
Page 85 - Cycle 0 Cycle 1 Cycle 2 Cycle 3 Cycle 4 Cycle 5 Cycle 6 Cycle 7 Cycle 8 Cycle 9 FIGURE 20.1.
Page 29 - Proposals (RFP) was issued in November 1985 to secure a system development contractor from industry by September 1986. That •••contractor will be responsible for designing, fabricating, and directing the ground testing of a prototype space reactor and other key subsystems. This effort will involve analysis and testing sufficient to demonstrate system performance, safety, dependability, and flight readiness. As an option, this effort additionally includes the provision to produce flight units...
Page 294 - MHTGR concept is the ability to build a one -module Demonstration Project, at relatively minimal cost, as the demonstration basis for multi-module commercial plants. Through an initiative begun by TVA and expanded by GCRA, the optimum approach for such a one-module Demonstration Project is being advanced through an ongoing MHTGR Project Definition Study.
Page 153 - Thank you for the opportunity to discuss these issues with you today. We look forward to working with you over the next few months and I would be pleased to answer any questions you may have on the fertilizer industry and natural gas pricing issues.