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| %\newacronym{<++>}{<++>}{<++>} | ||
| \newacronym[longplural={metric tons of heavy metal}]{MTHM}{MTHM}{metric ton of heavy metal} | ||
| \newacronym{ABM}{ABM}{agent-based modeling} | ||
| \newacronym{ACDIS}{ACDIS}{Program in Arms Control \& Domestic and International Security} | ||
| \newacronym{AHTR}{AHTR}{Advanced High Temperature Reactor} | ||
| \newacronym{ANDRA}{ANDRA}{Agence Nationale pour la gestion des D\'echets RAdioactifs, the French National Agency for Radioactive Waste Management} | ||
| \newacronym{ANL}{ANL}{Argonne National Laboratory} | ||
| \newacronym{API}{API}{application programming interface} | ||
| \newacronym{ARE}{ARE}{Aircraft Reactor Experiment} | ||
| \newacronym{ARFC}{ARFC}{Advanced Reactors and Fuel Cycles} | ||
| \newacronym{ASME}{ASME}{American Society of Mechanical Engineers} | ||
| \newacronym{ATWS}{ATWS}{Anticipated Transient Without Scram} | ||
| \newacronym{BDBE}{BDBE}{Beyond Design Basis Event} | ||
| \newacronym{BIDS}{BIDS}{Berkeley Institute for Data Science} | ||
| \newacronym{CAFCA}{CAFCA}{ Code for Advanced Fuel Cycles Assessment } | ||
| \newacronym{CDTN}{CDTN}{Centro de Desenvolvimento da Tecnologia Nuclear} | ||
| \newacronym{CEA}{CEA}{Commissariat \`a l'\'Energie Atomique et aux \'Energies Alternatives} | ||
| \newacronym{CI}{CI}{continuous integration} | ||
| \newacronym{CNEN}{CNEN}{Comiss\~{a}o Nacional de Energia Nuclear} | ||
| \newacronym{CNERG}{CNERG}{Computational Nuclear Engineering Research Group} | ||
| \newacronym{COSI}{COSI}{Commelini-Sicard} | ||
| \newacronym{COTS}{COTS}{commercial, off-the-shelf} | ||
| \newacronym{CSNF}{CSNF}{commercial spent nuclear fuel} | ||
| \newacronym{CTAH}{CTAHs}{Coiled Tube Air Heaters} | ||
| \newacronym{CUBIT}{CUBIT}{CUBIT Geometry and Mesh Generation Toolkit} | ||
| \newacronym{CURIE}{CURIE}{Centralized Used Fuel Resource for Information Exchange} | ||
| \newacronym{DAG}{DAG}{directed acyclic graph} | ||
| \newacronym{DANESS}{DANESS}{Dynamic Analysis of Nuclear Energy System Strategies} | ||
| \newacronym{DBE}{DBE}{Design Basis Event} | ||
| \newacronym{DESAE}{DESAE}{Dynamic Analysis of Nuclear Energy Systems Strategies} | ||
| \newacronym{DHS}{DHS}{Department of Homeland Security} | ||
| \newacronym{DOE}{DOE}{Department of Energy} | ||
| \newacronym{DRACS}{DRACS}{Direct Reactor Auxiliary Cooling System} | ||
| \newacronym{DRE}{DRE}{dynamic resource exchange} | ||
| \newacronym{DSNF}{DSNF}{DOE spent nuclear fuel} | ||
| \newacronym{DYMOND}{DYMOND}{Dynamic Model of Nuclear Development } | ||
| \newacronym{EBS}{EBS}{Engineered Barrier System} | ||
| \newacronym{EDZ}{EDZ}{Excavation Disturbed Zone} | ||
| \newacronym{EIA}{EIA}{U.S. Energy Information Administration} | ||
| \newacronym{EPA}{EPA}{Environmental Protection Agency} | ||
| \newacronym{EP}{EP}{Engineering Physics} | ||
| \newacronym{FCO}{FCO}{Fuel Cycle Options} | ||
| \newacronym{FCT}{FCT}{Fuel Cycle Technology} | ||
| \newacronym{FEHM}{FEHM}{Finite Element Heat and Mass Transfer} | ||
| \newacronym{FEPs}{FEPs}{Features, Events, and Processes} | ||
| \newacronym{FHR}{FHR}{Fluoride-Salt-Cooled High-Temperature Reactor} | ||
| \newacronym{FLiBe}{FLiBe}{Fluoride-Lithium-Beryllium} | ||
| \newacronym{GDSE}{GDSE}{Generic Disposal System Environment} | ||
| \newacronym{GDSM}{GDSM}{Generic Disposal System Model} | ||
| \newacronym{GENIUSv1}{GENIUSv1}{Global Evaluation of Nuclear Infrastructure Utilization Scenarios, Version 1} | ||
| \newacronym{GENIUSv2}{GENIUSv2}{Global Evaluation of Nuclear Infrastructure Utilization Scenarios, Version 2} | ||
| \newacronym{GENIUS}{GENIUS}{Global Evaluation of Nuclear Infrastructure Utilization Scenarios} | ||
| \newacronym{GPAM}{GPAM}{Generic Performance Assessment Model} | ||
| \newacronym{GRSAC}{GRSAC}{Graphite Reactor Severe Accident Code} | ||
| \newacronym{GUI}{GUI}{graphical user interface} | ||
| \newacronym{HLW}{HLW}{high level waste} | ||
| \newacronym{HPC}{HPC}{high-performance computing} | ||
| \newacronym{HTC}{HTC}{high-throughput computing} | ||
| \newacronym{HTGR}{HTGR}{High Temperature Gas-Cooled Reactor} | ||
| \newacronym{IAEA}{IAEA}{International Atomic Energy Agency} | ||
| \newacronym{IEMA}{IEMA}{Illinois Emergency Mangament Agency} | ||
| \newacronym{INL}{INL}{Idaho National Laboratory} | ||
| \newacronym{IPRR1}{IRP-R1}{Instituto de Pesquisas Radioativas Reator 1} | ||
| \newacronym{IRP}{IRP}{Integrated Research Project} | ||
| \newacronym{ISFSI}{ISFSI}{Independent Spent Fuel Storage Installation} | ||
| \newacronym{ISRG}{ISRG}{Independent Student Research Group} | ||
| \newacronym{JFNK}{JFNK}{Jacobian-Free Newton Krylov} | ||
| \newacronym{LANL}{LANL}{Los Alamos National Laboratory} | ||
| \newacronym{LBNL}{LBNL}{Lawrence Berkeley National Laboratory} | ||
| \newacronym{LCOE}{LCOE}{levelized cost of electricity} | ||
| \newacronym{LDRD}{LDRD}{laboratory directed research and development} | ||
| \newacronym{LFR}{LFR}{Lead-Cooled Fast Reactor} | ||
| \newacronym{LLNL}{LLNL}{Lawrence Livermore National Laboratory} | ||
| \newacronym{LMFBR}{LMFBR}{Liquid Metal Fast Breeder Reactor} | ||
| \newacronym{LOFC}{LOFC}{Loss of Forced Cooling} | ||
| \newacronym{LOHS}{LOHS}{Loss of Heat Sink} | ||
| \newacronym{LOLA}{LOLA}{Loss of Large Area} | ||
| \newacronym{LP}{LP}{linear program} | ||
| \newacronym{MA}{MA}{minor actinide} | ||
| \newacronym{MCNP}{MCNP}{Monte Carlo N-Particle code} | ||
| \newacronym{MILP}{MILP}{mixed-integer linear program} | ||
| \newacronym{MIT}{MIT}{the Massachusetts Institute of Technology} | ||
| \newacronym{MOAB}{MOAB}{Mesh-Oriented datABase} | ||
| \newacronym{MOOSE}{MOOSE}{Multiphysics Object-Oriented Simulation Environment} | ||
| \newacronym{MOX}{MOX}{mixed oxide} | ||
| \newacronym{MSBR}{MSBR}{Molten Salt Breeder Reactor} | ||
| \newacronym{MSRE}{MSRE}{Molten Salt Reactor Experiment} | ||
| \newacronym{MSR}{MSR}{Molten Salt Reactor} | ||
| \newacronym{NAGRA}{NAGRA}{National Cooperative for the Disposal of Radioactive Waste} | ||
| \newacronym{NEAMS}{NEAMS}{Nuclear Engineering Advanced Modeling and Simulation} | ||
| \newacronym{NEUP}{NEUP}{Nuclear Energy University Programs} | ||
| \newacronym{NFCSim}{NFCSim}{Nuclear Fuel Cycle Simulator} | ||
| \newacronym{NGNP}{NGNP}{Next Generation Nuclear Plant} | ||
| \newacronym{NMWPC}{NMWPC}{Nuclear MW Per Capita} | ||
| \newacronym{NNSA}{NNSA}{National Nuclear Security Administration} | ||
| \newacronym{NPRE}{NPRE}{Department of Nuclear, Plasma, and Radiological Engineering} | ||
| \newacronym{NQA1}{NQA-1}{Nuclear Quality Assurance - 1} | ||
| \newacronym{NRC}{NRC}{Nuclear Regulatory Commission} | ||
| \newacronym{NSF}{NSF}{National Science Foundation} | ||
| \newacronym{NSSC}{NSSC}{Nuclear Science and Security Consortium} | ||
| \newacronym{NUWASTE}{NUWASTE}{Nuclear Waste Assessment System for Technical Evaluation} | ||
| \newacronym{NWF}{NWF}{Nuclear Waste Fund} | ||
| \newacronym{NWTRB}{NWTRB}{Nuclear Waste Technical Review Board} | ||
| \newacronym{OCRWM}{OCRWM}{Office of Civilian Radioactive Waste Management} | ||
| \newacronym{ORION}{ORION}{ORION} | ||
| \newacronym{ORNL}{ORNL}{Oak Ridge National Laboratory} | ||
| \newacronym{PARCS}{PARCS}{Purdue Advanced Reactor Core Simulator} | ||
| \newacronym{PBAHTR}{PB-AHTR}{Pebble Bed Advanced High Temperature Reactor} | ||
| \newacronym{PBFHR}{PB-FHR}{Pebble-Bed Fluoride-Salt-Cooled High-Temperature Reactor} | ||
| \newacronym{PEI}{PEI}{Peak Environmental Impact} | ||
| \newacronym{PH}{PRONGHORN}{PRONGHORN} | ||
| \newacronym{PRKE}{PRKE}{Point Reactor Kinetics Equations} | ||
| \newacronym{PSPG}{PSPG}{Pressure-Stabilizing/Petrov-Galerkin} | ||
| \newacronym{PWAR}{PWAR}{Pratt and Whitney Aircraft Reactor} | ||
| \newacronym{PWR}{PWR}{Pressurized Water Reactor} | ||
| \newacronym{PyNE}{PyNE}{Python toolkit for Nuclear Engineering} | ||
| \newacronym{PyRK}{PyRK}{Python for Reactor Kinetics} | ||
| \newacronym{QA}{QA}{quality assurance} | ||
| \newacronym{RDD}{RD\&D}{Research Development and Demonstration} | ||
| \newacronym{RD}{R\&D}{Research and Development} | ||
| \newacronym{RELAP}{RELAP}{Reactor Excursion and Leak Analysis Program} | ||
| \newacronym{RIA}{RIA}{Reactivity Insertion Accident} | ||
| \newacronym{RIF}{RIF}{Region-Institution-Facility} | ||
| \newacronym{SFR}{SFR}{Sodium-Cooled Fast Reactor} | ||
| \newacronym{SINDAG}{SINDA{\textbackslash}G}{Systems Improved Numerical Differencing Analyzer $\backslash$ Gaski} | ||
| \newacronym{SKB}{SKB}{Svensk K\"{a}rnbr\"{a}nslehantering AB} | ||
| \newacronym{SNF}{SNF}{spent nuclear fuel} | ||
| \newacronym{SNL}{SNL}{Sandia National Laboratory} | ||
| \newacronym{STC}{STC}{specific temperature change} | ||
| \newacronym{SUPG}{SUPG}{Streamline-Upwind/Petrov-Galerkin} | ||
| \newacronym{SWF}{SWF}{Separations and Waste Forms} | ||
| \newacronym{SWU}{SWU}{Separative Work Unit} | ||
| \newacronym{TRIGA}{TRIGA}{Training Research Isotope General Atomic} | ||
| \newacronym{TRISO}{TRISO}{Tristructural Isotropic} | ||
| \newacronym{TSM}{TSM}{Total System Model} | ||
| \newacronym{TSPA}{TSPA}{Total System Performance Assessment for the Yucca Mountain License Application} | ||
| \newacronym{ThOX}{ThOX}{thorium oxide} | ||
| \newacronym{UFD}{UFD}{Used Fuel Disposition} | ||
| \newacronym{UML}{UML}{Unified Modeling Language} | ||
| \newacronym{UOX}{UOX}{uranium oxide} | ||
| \newacronym{UQ}{UQ}{uncertainty quantification} | ||
| \newacronym{US}{US}{United States} | ||
| \newacronym{UW}{UW}{University of Wisconsin} | ||
| \newacronym{VISION}{VISION}{the Verifiable Fuel Cycle Simulation Model} | ||
| \newacronym{VV}{V\&V}{verification and validation} | ||
| \newacronym{WIPP}{WIPP}{Waste Isolation Pilot Plant} | ||
| \newacronym{YMR}{YMR}{Yucca Mountain Repository Site} |
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