Serpent Namespace Reference

the namespace use to couple MURE and Serpent More...

Classes
class	BinResult
class	Brick
	A 3D rectangular parallepipede Shape. More...
class	Connector
	Define a Serpent Connector. More...
class	Cylinder
	Infinite cylinder Shape. More...
class	DetectorOutputReader
class	EnergyGridResult
class	Hexagon
	Regular hexagon Shape of a given height. More...
class	MureException
class	Node
	Node allows to construct Union or Intersection of Shape. More...
class	OutputReader
class	Plane
	Infinite plane Shape (or half space). More...
class	ReactorAssembly
class	ResultOutputReader
class	SimpleBin
	Define a Serpent Tally simple bin. More...
class	Sphere
	Define a Sphere Shape. More...
class	Tally
	Define a Serpent Tally simple bin. More...
class	TallyData
class	TallyResult
class	TimeEnergyGrid
	Define a Time and/or Energy Grid for tallies. More...
class	Tube
	A Tube is a finite Cylinder with a hole inside (like a pipe). More...
class	VolumeCalcOutputReader
	Define a reader class. More...
class	ZTorus
	Define a ZTorus Shape. More...

Typedefs
typedef vector< TallyResult * >	TallyDatabase
typedef vector< EnergyGridResult * >	EnergyGridTable

Detailed Description

the namespace use to couple MURE and Serpent

Define a reader for Serpent volume estimation file.

Define a data structure for SerpentDetectorReader.

Define a reader for Serpent result file.

This Serpent concrete class is used to built a reactor assembly.

Abstarct reader for Serpent files.

Define a reader for Serpent detector file.

Author

J.Hajnrych

Version

1.0

Author

J.Hajnrych

PTO

Version

1.0

Assemblies built with this class are basic cuboid or hexagonal VERTICAL assemblies that can be rotated by +/-Pi/2.

Assembly are filled with fuel pins, guide tubes and control rods. Each GenericReactorAssembly can be discretized in radial zones and axial levels either for evolution purpose, or for thermohydraulics (coupled or not with evolution) purposed. By default only 1 radial zone and 1 axial level is created. In each zone, all material of a given type of Pincell is the same (composition &temperature).

Data must be given in SI (dimensions in meters) All GenericReactorAssembly are created at (0, 0, 0) ; use GenericReactorAssembly::Translate to move it (before any call to GenericReactorAssembly::BuildAssemblyGeometry().

WARNING 1: Some methods must be called before others ; even if error messages are provided, read the user guide.

WARNING 2: Up to now Serpent 2 has not implement the 3D hexgonal lattice ; thus for hexagonal assembly only 1 axial level will be supported.

example:

Shape_ptr Ass(new Hexagon(H/2, Side));
Shape_ptr Exterior=!Ass;
 
ReactorAssembly *RA=new ReactorAssembly(Pitch, 3, 3);
 
RA->SetPlenum(0.1, Sodium);
 
RA->SetAssemblyShape(Ass);
 
RA->AddRadialZone2Mesh(R0, 0);
RA->AddRadialZone2Mesh(R1, 1;
RA->AddRadialZone2Mesh(R2, 2);
 
RA->AddFuelPin(AFuelPin);
 
RA->AddGuideTubePin(AGuideTubePin, -1, 2);
RA->AddGuideTubePin(AGuideTubePin, 0, 2);
RA->AddGuideTubePin(AGuideTubePin, 1, 2);
RA->AddGuideTubePin(AGuideTubePin, -1, -2);
RA->AddGuideTubePin(AGuideTubePin, 0, -2);
RA->AddGuideTubePin(AGuideTubePin, 1, -2);
 
RA->SetBorderPin(ASodiumPin);
 
RA->BuildAssemblyGeometry();
 
Cell *exterior=new Cell(Exterior, 0, 0);
 
gMURE->BuildMCFile("sinp");

Author

pto

Version

3.0

Typedef Documentation

EnergyGridTable

typedef vector< EnergyGridResult *> Serpent::EnergyGridTable

TallyDatabase

typedef vector< TallyResult *> Serpent::TallyDatabase