FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W1968808220> ?p ?o ?g. }

• W1968808220 endingPage "151" @default.
• W1968808220 startingPage "135" @default.
• W1968808220 abstract "The IABAT project — Impact of Accelerator Based Technologies on Nuclear Fission Safety — started in 1996 in the frame of 4th Framework Programme of the European Union, R&D specific programme “Nuclear fission safety 1994–1998”, area A.2 “Exploring innovative approaches/Fuel cycle concepts,” as one of the first common European activities in ADS. The project was completed October 31, 1999. The overall objective of the IABAT project has been a preliminary assessment of the potential of Accelerator-Driven Systems (ADS) for transmutation of nuclear waste and for nuclear energy production with minimum waste generation. Moreover, more specific topics related to nuclear data and code development for ADS have been studied in more detail. Four ADSs have been studied for different fuel/coolant combinations: liquid metal coolant and solid fuel, liquid metal coolant and dispersed fuel, and fast and thermal molten salt systems. Target studies comprised multiple target solutions and radiation damage problems in a target environment. In a tool development part of the project a methodology of subcriticality monitoring has been developed based on Feynman-alpha and Rossi-alpha methods. Moreover, a new Monte-Carlo burnup code taking full advantage of continuous neutron cross-section data has been developed and benchmarked. Impact on the risk from high-level waste repositories from radiotoxicity reduction using ADS has been assessed giving no crystal-clear benefits of ADS for repository radiotoxicity reduction but concluding some important prerequisites for effective transmutation. In proliferation studies important differences between critical reactors and ADS have been underlined and non-proliferation measures have been proposed. In assessment of accelerator technology costing models have been created that allow the circular and linear accelerator options to be compared and the effect of parameter variations examined. The calculations reported show that cyclotron systems would be more economical, due mainly to the advantage of the cost of RF power supplies. However, the accelerator community regards with skepticism the possibility of transporting and extracting more than a 10mA beam current from a 1GeV cyclotron and therefore technical factors may limit the application of cyclotrons. Finally, this review summarizes development of nuclear data in the energy region between 20 Mev and 150 MeV. Neutron and proton transport data files for Fe, Ni, Pb, Th, 238U and 239Pu have been created. The high-energy part of the data files consists completely of results from model calculations, which are benchmarked against the available experimental data. Although there is obviously future work left regarding fine-tuning of several parts of the data files, the representation of nuclear reaction information up to 150 MeV is already better than can be attained with intranuclear cascade codes." @default.
• W1968808220 created "2016-06-24" @default.
• W1968808220 creator A5001380873 @default.
• W1968808220 creator A5003646758 @default.
• W1968808220 creator A5009088963 @default.
• W1968808220 creator A5012585037 @default.
• W1968808220 creator A5014468014 @default.
• W1968808220 creator A5017857519 @default.
• W1968808220 creator A5019669786 @default.
• W1968808220 creator A5037408082 @default.
• W1968808220 creator A5040605048 @default.
• W1968808220 creator A5041444385 @default.
• W1968808220 creator A5041890361 @default.
• W1968808220 creator A5044173156 @default.
• W1968808220 creator A5045793749 @default.
• W1968808220 creator A5051606149 @default.
• W1968808220 creator A5055539245 @default.
• W1968808220 creator A5059312817 @default.
• W1968808220 creator A5060506858 @default.
• W1968808220 creator A5061979040 @default.
• W1968808220 creator A5063255294 @default.
• W1968808220 creator A5066860650 @default.
• W1968808220 creator A5074211627 @default.
• W1968808220 creator A5075891058 @default.
• W1968808220 creator A5084142094 @default.
• W1968808220 creator A5084477081 @default.
• W1968808220 creator A5088883943 @default.
• W1968808220 date "2001-01-01" @default.
• W1968808220 modified "2023-10-12" @default.
• W1968808220 title "Review of the European project — Impact of Accelerator-Based Technologies on nuclear fission safety (IABAT)" @default.
• W1968808220 cites W1985247805 @default.
• W1968808220 cites W2007479001 @default.
• W1968808220 cites W2059196000 @default.
• W1968808220 doi "https://doi.org/10.1016/s0149-1970(00)00099-8" @default.
• W1968808220 hasPublicationYear "2001" @default.
• W1968808220 type Work @default.
• W1968808220 sameAs 1968808220 @default.
• W1968808220 citedByCount "15" @default.
• W1968808220 countsByYear W19688082202015 @default.
• W1968808220 countsByYear W19688082202020 @default.
• W1968808220 countsByYear W19688082202021 @default.
• W1968808220 countsByYear W19688082202022 @default.
• W1968808220 countsByYear W19688082202023 @default.
• W1968808220 crossrefType "journal-article" @default.
• W1968808220 hasAuthorship W1968808220A5001380873 @default.
• W1968808220 hasAuthorship W1968808220A5003646758 @default.
• W1968808220 hasAuthorship W1968808220A5009088963 @default.
• W1968808220 hasAuthorship W1968808220A5012585037 @default.
• W1968808220 hasAuthorship W1968808220A5014468014 @default.
• W1968808220 hasAuthorship W1968808220A5017857519 @default.
• W1968808220 hasAuthorship W1968808220A5019669786 @default.
• W1968808220 hasAuthorship W1968808220A5037408082 @default.
• W1968808220 hasAuthorship W1968808220A5040605048 @default.
• W1968808220 hasAuthorship W1968808220A5041444385 @default.
• W1968808220 hasAuthorship W1968808220A5041890361 @default.
• W1968808220 hasAuthorship W1968808220A5044173156 @default.
• W1968808220 hasAuthorship W1968808220A5045793749 @default.
• W1968808220 hasAuthorship W1968808220A5051606149 @default.
• W1968808220 hasAuthorship W1968808220A5055539245 @default.
• W1968808220 hasAuthorship W1968808220A5059312817 @default.
• W1968808220 hasAuthorship W1968808220A5060506858 @default.
• W1968808220 hasAuthorship W1968808220A5061979040 @default.
• W1968808220 hasAuthorship W1968808220A5063255294 @default.
• W1968808220 hasAuthorship W1968808220A5066860650 @default.
• W1968808220 hasAuthorship W1968808220A5074211627 @default.
• W1968808220 hasAuthorship W1968808220A5075891058 @default.
• W1968808220 hasAuthorship W1968808220A5084142094 @default.
• W1968808220 hasAuthorship W1968808220A5084477081 @default.
• W1968808220 hasAuthorship W1968808220A5088883943 @default.
• W1968808220 hasConcept C103522932 @default.
• W1968808220 hasConcept C116915560 @default.
• W1968808220 hasConcept C121332964 @default.
• W1968808220 hasConcept C127413603 @default.
• W1968808220 hasConcept C12989632 @default.
• W1968808220 hasConcept C152568617 @default.
• W1968808220 hasConcept C175349315 @default.
• W1968808220 hasConcept C185544564 @default.
• W1968808220 hasConcept C2777930111 @default.
• W1968808220 hasConcept C2778260006 @default.
• W1968808220 hasConcept C2779281675 @default.
• W1968808220 hasConcept C39432304 @default.
• W1968808220 hasConcept C41008148 @default.
• W1968808220 hasConcept C7083945 @default.
• W1968808220 hasConcept C89690796 @default.
• W1968808220 hasConcept C91914117 @default.
• W1968808220 hasConceptScore W1968808220C103522932 @default.
• W1968808220 hasConceptScore W1968808220C116915560 @default.
• W1968808220 hasConceptScore W1968808220C121332964 @default.
• W1968808220 hasConceptScore W1968808220C127413603 @default.
• W1968808220 hasConceptScore W1968808220C12989632 @default.
• W1968808220 hasConceptScore W1968808220C152568617 @default.
• W1968808220 hasConceptScore W1968808220C175349315 @default.
• W1968808220 hasConceptScore W1968808220C185544564 @default.
• W1968808220 hasConceptScore W1968808220C2777930111 @default.
• W1968808220 hasConceptScore W1968808220C2778260006 @default.
• W1968808220 hasConceptScore W1968808220C2779281675 @default.
• W1968808220 hasConceptScore W1968808220C39432304 @default.
• W1968808220 hasConceptScore W1968808220C41008148 @default.

• next