FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2560804464> ?p ?o ?g. }

• W2560804464 endingPage "503" @default.
• W2560804464 startingPage "489" @default.
• W2560804464 abstract "• SCALE is used to model material feeds and removals during depletion in MSRs. • Analysis of the startup of an MSR using a thorium fuel cycle. • Effect of online removal of fission product groups on performance of a thermal MSR. • Simulation of the equilibrium LWR MOX fuel composition in a two-stage fuel cycle. Current interest in advanced nuclear energy and molten salt reactor (MSR) concepts has enhanced interest in building the tools necessary to analyze these systems. A Python script known as ChemTriton has been developed to simulate equilibrium MSR fuel cycle performance by modeling the changing isotopic composition of an irradiated fuel salt using SCALE for neutron transport and depletion calculations. Improved capabilities in ChemTriton include a generic geometry capable of modeling multi-zone and multi-fluid systems, enhanced time-dependent feed and separations, and a critical concentration search. Although more generally applicable, the capabilities developed to date are illustrated in this paper in three applied problems: (1) simulating the startup of a thorium-based MSR fuel cycle (a likely scenario requires the first of these MSRs to be started without available 233 U); (2) determining the effect of the removal of different fission products on MSR operations; and (3) obtaining the equilibrium concentration of a mixed-oxide light-water reactor fuel in a two-stage fuel cycle with a sodium fast reactor. The third problem is chosen to demonstrate versatility in an application to analyze the fuel cycle of a non-MSR system. In the first application, the initial fuel salt compositions fueled with different sources of fissile material are made feasible after (1) removing the associated nonfissile actinides after much of the initial fissile isotopes have burned and (2) optimizing the thorium concentration to maintain a critical configuration without significantly reducing breeding capability. In the second application, noble metal, volatile gas, and rare earth element fission products are shown to have a strong negative effect on criticality in a uranium-fueled thermal-spectrum MSR; their removal significantly increases core lifetime (by 30%) and fuel utilization. In the third application, the fuel of a mixed-oxide light-water reactor approaches an equilibrium composition after 20 depletion steps, demonstrating the potential for the longer time scales required to achieve equilibrium for solid-fueled systems over liquid fuel systems. This time to equilibrium can be reduced by starting with an initial fuel composition closer to that of the equilibrium fuel, reducing the need to handle time-dependent fuel compositions." @default.
• W2560804464 created "2016-12-16" @default.
• W2560804464 creator A5000300201 @default.
• W2560804464 creator A5006935365 @default.
• W2560804464 creator A5059432435 @default.
• W2560804464 date "2017-03-01" @default.
• W2560804464 modified "2023-10-12" @default.
• W2560804464 title "Molten salt reactor neutronics and fuel cycle modeling and simulation with SCALE" @default.
• W2560804464 cites W1490791582 @default.
• W2560804464 cites W1492005882 @default.
• W2560804464 cites W1502428895 @default.
• W2560804464 cites W1599346924 @default.
• W2560804464 cites W173255848 @default.
• W2560804464 cites W1764676926 @default.
• W2560804464 cites W1983556399 @default.
• W2560804464 cites W2008394419 @default.
• W2560804464 cites W2033217362 @default.
• W2560804464 cites W2037316342 @default.
• W2560804464 cites W2038811126 @default.
• W2560804464 cites W2041798011 @default.
• W2560804464 cites W2051415468 @default.
• W2560804464 cites W2053849364 @default.
• W2560804464 cites W2076404364 @default.
• W2560804464 cites W2077168883 @default.
• W2560804464 cites W2077701332 @default.
• W2560804464 cites W2083413107 @default.
• W2560804464 cites W2125741896 @default.
• W2560804464 cites W2270678184 @default.
• W2560804464 cites W2276380510 @default.
• W2560804464 cites W2281376990 @default.
• W2560804464 cites W2283462571 @default.
• W2560804464 cites W2317268909 @default.
• W2560804464 cites W2317776257 @default.
• W2560804464 cites W2469131116 @default.
• W2560804464 cites W28612316 @default.
• W2560804464 cites W327891045 @default.
• W2560804464 cites W4251042802 @default.
• W2560804464 doi "https://doi.org/10.1016/j.anucene.2016.11.040" @default.
• W2560804464 hasPublicationYear "2017" @default.
• W2560804464 type Work @default.
• W2560804464 sameAs 2560804464 @default.
• W2560804464 citedByCount "39" @default.
• W2560804464 countsByYear W25608044642017 @default.
• W2560804464 countsByYear W25608044642018 @default.
• W2560804464 countsByYear W25608044642019 @default.
• W2560804464 countsByYear W25608044642020 @default.
• W2560804464 countsByYear W25608044642021 @default.
• W2560804464 countsByYear W25608044642022 @default.
• W2560804464 countsByYear W25608044642023 @default.
• W2560804464 crossrefType "journal-article" @default.
• W2560804464 hasAuthorship W2560804464A5000300201 @default.
• W2560804464 hasAuthorship W2560804464A5006935365 @default.
• W2560804464 hasAuthorship W2560804464A5059432435 @default.
• W2560804464 hasBestOaLocation W25608044643 @default.
• W2560804464 hasConcept C103522932 @default.
• W2560804464 hasConcept C113411277 @default.
• W2560804464 hasConcept C116915560 @default.
• W2560804464 hasConcept C121332964 @default.
• W2560804464 hasConcept C127413603 @default.
• W2560804464 hasConcept C13965031 @default.
• W2560804464 hasConcept C152568617 @default.
• W2560804464 hasConcept C185544564 @default.
• W2560804464 hasConcept C185592680 @default.
• W2560804464 hasConcept C191897082 @default.
• W2560804464 hasConcept C192562407 @default.
• W2560804464 hasConcept C19994219 @default.
• W2560804464 hasConcept C21880701 @default.
• W2560804464 hasConcept C2776060589 @default.
• W2560804464 hasConcept C2777773879 @default.
• W2560804464 hasConcept C2777930111 @default.
• W2560804464 hasConcept C2778353533 @default.
• W2560804464 hasConcept C2780860087 @default.
• W2560804464 hasConcept C2993014791 @default.
• W2560804464 hasConcept C39432304 @default.
• W2560804464 hasConcept C540271850 @default.
• W2560804464 hasConcept C66963500 @default.
• W2560804464 hasConcept C7083945 @default.
• W2560804464 hasConcept C8138999 @default.
• W2560804464 hasConceptScore W2560804464C103522932 @default.
• W2560804464 hasConceptScore W2560804464C113411277 @default.
• W2560804464 hasConceptScore W2560804464C116915560 @default.
• W2560804464 hasConceptScore W2560804464C121332964 @default.
• W2560804464 hasConceptScore W2560804464C127413603 @default.
• W2560804464 hasConceptScore W2560804464C13965031 @default.
• W2560804464 hasConceptScore W2560804464C152568617 @default.
• W2560804464 hasConceptScore W2560804464C185544564 @default.
• W2560804464 hasConceptScore W2560804464C185592680 @default.
• W2560804464 hasConceptScore W2560804464C191897082 @default.
• W2560804464 hasConceptScore W2560804464C192562407 @default.
• W2560804464 hasConceptScore W2560804464C19994219 @default.
• W2560804464 hasConceptScore W2560804464C21880701 @default.
• W2560804464 hasConceptScore W2560804464C2776060589 @default.
• W2560804464 hasConceptScore W2560804464C2777773879 @default.
• W2560804464 hasConceptScore W2560804464C2777930111 @default.
• W2560804464 hasConceptScore W2560804464C2778353533 @default.
• W2560804464 hasConceptScore W2560804464C2780860087 @default.
• W2560804464 hasConceptScore W2560804464C2993014791 @default.
• W2560804464 hasConceptScore W2560804464C39432304 @default.

• next