Storage Class Reference

Storage are outcore containers. More...

#include <Storage.hxx>

Public Member Functions
	Storage (Material *Fuel, string Name, double SpatialVarVal)
	Normal constructor.
	Storage (const Storage &m)
	copy constructor
Cell *	GetCell ()
Material *	GetFuel ()
string	GetName ()
double	GetMass (int Z, int A=0)
	return the storage masses.
double	GetMass (vector< int > Zvect)
	return the storage masses.

Protected Attributes
Cell *	fVirtualCell
	the out-core cell
Material *	fFuel
	the storage Material
string	fName
	the storage Name

Detailed Description

Storage are outcore containers.

A Storage has a virtual cell (i.e. out-core cell) and a associated Material. It is used to keep depleted fuel, waste, ... during the evolution when FuelReprocessing object is build and used. See this class and TemporalStorage for more info.

Author

PTO

Version

0.1

Constructor & Destructor Documentation

Storage() [1/2]

Storage::Storage	(	Material *	Fuel,
		string	Name,
		double	SpatialVarVal
	)

Normal constructor.

Build the storage containing the "Fuel" Material. Virtual out-core Cell is automatically built. It may evolve, but only by decays (out core!).

To find a storage with MureGui, it has a "spatial variable" (the storage name), with a given value: X.Y where X corresponds to the index of reprocessing time at which the storage is built and Y is the storage number at this time. When having only 1 storage type per refuelling time, the spatial variable value is just, 0, 1 ...

Parameters

Fuel	: The Storage material.
Name	: The name of the storage (e.g. InterimStorrage)
SpatialVarVal	: the value of the SpatialVariable cell.

Storage() [2/2]

Storage::Storage

(

const Storage &

m

)

copy constructor

Member Function Documentation

GetCell()

Cell * Storage::GetCell ( )

inline

< return the virtual cell

GetFuel()

Material * Storage::GetFuel ( )

inline

< return the Storage material

GetMass() [1/2]

double Storage::GetMass	(	int	Z,
		int	A = 0
	)

return the storage masses.

return the mass of nucleus X(Z, A).

• If A=0, then the mass of the element is returned
• If Z<0, then the mass of all elements with z>=Z is returned.
• for example GetMass(92) return the mass of Uranium.
• for example GetMass(-1) return the mass of all elements (from H to heavy nucleus).

Parameters

Z	: Z of the nucleus
A	: A of the nucleus.

GetMass() [2/2]

double Storage::GetMass

(

vector< int >

Zvect

)

return the storage masses.

return the mass of elements of Z in the vector. -for example, if Zvect={93, 95, 96} GetMass(Zvect) return the mass of Np, Am and Cm.

• if Zvect={93, -95}, GetMass(Zvect) return the mass of all MA (Np, Am, Cm, Bk, ...)

  Parameters

  Zvect

  : vector of Z of nuclei of which the mass is requested.

GetName()

string Storage::GetName ( )

inline

< return the storage name

Member Data Documentation

fFuel

Material* Storage::fFuel

protected

the storage Material

fName

string Storage::fName

protected

the storage Name

fVirtualCell

Cell* Storage::fVirtualCell

protected

the out-core cell

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The documentation for this class was generated from the following files:

• /gpr/meplan/SMURE/source/include/Storage.hxx
• /gpr/meplan/SMURE/source/src/Storage.cxx