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MURE
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| ►NMCNP | This MCNP (concrete) class is used to built a reactor assembly |
| ►NSerpent | Namespace use to couple MURE and Serpent |
| CAlphaNTabs | AlphaNTabs contains |
| CAlphaSpectrum | AlphaSpectrum contains a histogram of Alpha ray intensities |
| CBasePriority | Define priorites of nuclear databases to choose nuclei from BaseSummary.dat file |
| CBatemanSolver | Base class of Bateman-type solvers like Runge-Kutta or CRAM or any other |
| CBetaCollector | Define Beta collector for anti-neutrinos studies |
| CBetaSpectra | Define Beta spectra and reaction for anti-neutrinos studies |
| CBetaSpectrum | BetaSpectrum contains a histogram of Beta ray intensities |
| CBlanketReprocessing | BlanketReprocessing allows Fuel reprocessing in Core and in Blanket during Evolution |
| CCell | A Cell is composed from a Shape and a Material |
| CCellHeader | Header of an evolving cell in a binary file |
| CCellOccupy | This class holds a list of all positions in the core lattice occupied by one cell (one universe number) |
| CCOBRA_EN | Manages the coupling analysis with thermal hydraulics code COBRA-EN |
| CConnectorPlugin | Define a Connector plugin |
| CControlMaterial | A ControlMaterial |
| CCRAMSolver | Base class of Bateman-type solvers like Runge-Kutta or CRAM or any other |
| CEqualReaction | Comparison operator for Reaction class |
| CEvolutionControl | EvolutionControl allows interactions with the evolution |
| CEvolutionSolver | EvolutionSolver class performs the fuel evolution |
| CEvolutionWrapper | Front-end class for Evolution(): enables easy and comprehensive specification of operation history, as well as core reshuffling |
| CEvolutiveSystem | EvolutiveSystem class carries out evolution |
| CFileHeader | Header of MURE output binary file |
| CFissileEvolutionControl | Evolution control for Fissile content |
| CFissionProduct | A Fission Product ZAI with its yield |
| CFMeshTally | Define a MCNPX TMeshTally |
| CFPDistribution | A distributio of Fission Products |
| CFPRecord | A record in the data file where Fission Product are defined |
| CFuelReprocessing | FuelReprocessing allows Fuel reprocessing during Evolution |
| CGammaSpectrum | GammaSpectrum defines of gamma ray spectrum |
| CGenericReactorAssembly | This abstract class is used to built a reactor assembly |
| CHNEvolutionControl | EvolutionControl for heavy nuclide content control |
| CInLineReprocessing | InLineReprocessing is an EvolutionControl class for reprocessing without moving material |
| CLatticeCell | A LatticeCell is used to fill a cell with universes. |
| CMaterial | A Material constituing a Cell |
| CMathBrick | A rectangular parallepipede box |
| CMathCylinder | Infinite cylinder Shape |
| CMathHexagon | Regular hexagon Shape of a given height |
| CMathNode | MathNode allows to construct Union or Intersection of Shape |
| CMathPlane | Infinite plane Shape (or half space) |
| CMathSphere | Define a MathSphere Shape |
| CMathTube | A MathTube is a finite cylinder with an optional hole inside (like a pipe) |
| CMathZTorus | Define a MathZTorus Shape |
| CMatX | Structure holding Material and a number (e.g. density, temperature etc.) |
| CMatY | |
| CMCNPSource | Define a MCNP Source |
| CMCNPSurfaceCard | MCNPSurfaceCard class print a mathematical surface in MCNP output format |
| CMCSource | Define a Monte-Carlo Source |
| CMeshTally | Define a MeshTally class (abstract) |
| CMURE | MURE class allow to make connections between classes |
| CMureGroupBin | Define group cell or surface bin |
| CMureLatticeBin | Define Lattice Cell type bin |
| CMureSimpleBin | Define a general Simple Tally Bin (cell, universe or surface) |
| CMureTally | Define a MURE Tally.abstract class |
| CMureTallyBin | Define a general Tally Bin |
| CMureTimeEnergyGrid | Define a Time and/or Energy Grid for tallies (abstract class) |
| CNeutronSpectrum | NeutronSpectrum contains a histogram of Neutron intensities |
| CNuclearChart | A NuclearChart is a 2 dimensional array of nuclei up to maximum N &Z |
| CNucleiTree | A NucleiTree defines the whole tree of nuclei in case of evolution for a single ZAI |
| CNucleus | A real Nucleus with a Temperature |
| CNucleusMCRecord | A NucleusMCRecord allows to record data for writing &reading reaction rates tallies |
| CNucleusRecord | Record of a nucleus in a binary file |
| CPinCell | PinCell class allows to create cylindrical cell set included as Matrioshka |
| CPoisonEvolutionControl | EvolutionControl descendant for controlling evolution via absorption of control (poison) material |
| CReaction | Define a Reaction list for Tally multiplicator inputs |
| CReactionList | Reactions to take into account for evolution of a given nucleus |
| CReactionRecord | Record of a reaction in a binary file |
| CReadXSFile | Allows to read XS file in the MCNP ACE format |
| CReference_ptr | Handle dynamical object creation and pointer affectation |
| CReshufflingScheme | This class performs reshuffling of a lattice |
| CRKSolver | RKSolver class solves system of differential equations by Runge-Kutta method |
| CRodEvolutionControl | EvolutionControl descendant allowing control via control rod insertion |
| Cs_constituent | |
| CSerpentSource | Define a Serpent Source |
| CSerpentSurfaceCard | SerpentSurfaceCard class print a mathematical surface in Serpent output format |
| CShape | Abstract class to define geometrical shapes |
| CSpecialIsomer | Class to define special treatment for some isomers |
| CSpectrum | Base class to define spectra |
| CStorage | Storage are outcore containers |
| CStoredXSforZAI | StoredXSforZAI is a class for storing some XS and use them later in the cycle |
| CStringLine | Class extracting fields from a string / line |
| CSurfaceCard | SurfaceCard class is used to define geometrical math surface for MC output format |
| Ct_CRAMCoeff | |
| CTallyMultiplicator | Define a Tally Multiplicator entry (FM card in MCNP, dr card in Serpent) |
| CTempCoefCalculator | This object performs temperature coefficient calculations for a general system |
| CTemperatureMap | The good way of handling temperature from data base |
| CTemporalStorage | TemporalStorage are outcore containers function of a Retreatment time |
| CTFunctor | Abstract class to define Functor (function of function) |
| CThermalCoupling | This object performs the variation of temperature in a given region for a specific system |
| CThermalDataReader | This object reads thermodynamics values of fluids that are stored in files stored in MURE/thermal_data/ |
| CTimer | |
| CTMeshTally | Define a MCNPX TMeshTally |
| CTransformation | Spatial Transformation for cell or universe |
| CTReference | Base class to reference all Shape objects and some nucleus |
| CTSpecificFunctor | Template class to assign a method of class T as argument |
| CVoidCoefCalculator | Void coefficient calculations for a general system |
| CXSDIR | Handle XSDIR file in order to extract information that could be easily retreived |
| CXSDIRLine | Extract all parameters from an XSDIR line |
| CZAI | A ZAI defined a (Z, A, Isomere) for a Nucleus |
| CZAIReaction | A very simple class which contains the Reaction code and its weight for possible nuclear reactions of a ZAI |
MURE Project,
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