ZAI Class Reference

A ZAI defined a (Z, A, Isomere) for a Nucleus. More...

#include <ZAI.hxx>

Public Member Functions
	ZAI (int aZ, int aA, int aI)
	Normal Constructor.
	ZAI ()
	Default constructor.
	ZAI (const ZAI &zai)
	Copy constructor.
	~ZAI ()
	destructor
ZAI main attributes
int	Z ()
int	A ()
int	I ()
int	N ()
void	SetZ (int aZ)
void	SetA (int aA)
void	SetI (int aI)
void	SetMass (double m)
double	GetMass ()
	get the molar mass of a ZAI (g/mol)
void	SetName (string Name)
string	GetName ()
string	GetFullName ()
	returns the fule name (A, name, Isomeroc state)
Decay related methods
void	SetHalfLifeTime (double T_12)
double	GetHalfLifeTime ()
void	SetDecayConstant (double lambda)
double	GetDecayConstant ()
int	GetDecayDaughterSize ()
ZAI *	GetDecayDaughter (int i)
vector< ZAI * > &	GetDecayDaughter ()
int	GetDecayParentSize ()
vector< double > &	GetDecayBranchingRatio ()
double	GetDecayBranchingRatio (int i)
void	SetDecayBranchingRatio (int i, double BR)
ZAI *	GetDecayParent (int i)
vector< ZAI * > &	GetDecayParent ()
void	AddDecayDaughter (ZAI *Daughter, double BR, int DecayMode)
	Add decay Daughter with Branching Ratio BR &Decay mode.
void	AddDecayParent (ZAI *Parent)
	Add decay Parent.
void	CutFromMammaDecay (ZAI *mamma)
	Suppress Decay references of ZAI from mamma.
string	GetAllDecays ()
void	SetAllDecays (string decays)
vector< int > &	GetDecayMode ()
int	GetDecayMode (int i)
void	Stable ()
bool	IsStable ()
Reaction related methods
void	SetReactionList (ReactionList *l)
	Set the allowed Reactions for an ZAI.
ReactionList *	GetReactionList ()
int	GetReactionDaughterSize ()
int	GetReactionParentSize ()
ZAI *	GetReactionParent (int i)
vector< ZAI * > &	GetReactionParent ()
ZAI *	GetReactionDaughter (int i)
vector< ZAI * > &	GetReactionDaughter ()
void	AddReactionDaughter (ZAI *Daughter, int code, double weight, bool replace=false)
	Add reaction Daughter.
void	AddReactionParent (ZAI *Parent)
	Add reaction Parent.
void	CutFromMammaReaction (ZAI *mamma)
	Suppress Reaction references of ZAI from mamma.
vector< ZAIReaction * > &	GetZAIReaction ()
int	GetReactionCode (int i)
double	GetReactionWeight (int i)
void	RemoveReactionDaugther ()
	Remove reaction daugther of a ZAI.
Fission related methods
void	SetCanFission (bool state=true)
bool	CanFission ()
void	SetIsRealFissile (bool state=true)
bool	IsRealFissile ()
double	ApproximateNubar ()
void	SetApproximateNubar (double nu)
void	FindApproximateNubar ()
	find approximate value for mean number of neutron/fission (enter by pto's hand from ENDF B VII)
void	FissionProduct ()
bool	IsFissionProduct ()
void	SetEnergyReleasedFromFission (double Energy)
double	GetEnergyReleasedFromFission ()
Printing methods
string	Print (string tab="", bool WithDaughter=true, bool FirstGeneration=false, double BR=0)
	Print a ZAI.
string	PrintDecay (string tab="", bool WithDaughter=true, bool FirstGeneration=false, double BR=0)
	Print a ZAI and its Decay Daughter.
string	PrintReaction (string tab="", bool WithDaughter=true, bool FirstGeneration=false)
	Print a ZAI and its Reaction Daughter.
string	PrintParent ()
	Print the Parents of a ZAI.
string	PrintInfo ()
	Print all known Information of a ZAI.
string	PrintName ()
	Print only Name, A, I.
Find ZAI in data base methods
void	ResetDummy ()
	Reset all fHaveBeenHere to false to allow other recursive method calls.
void	SetInDataBase (int state)
	Set the fInbase attribute to state-1.
bool	IsInDataBase ()
	return whether or not a nucleus is in BaseSummary file.
XSDIRLine *	GetSaveXSDIRLine ()
XSDIRLine *	FindXSDIRLine (int &other_isomer)
	Find the XSDIRLine for a ZAI.

Miscellaneous methods
string	fName
	Name of the ZAI.
int	fZ
	number of protons
int	fA
	number of nucleons (A=0 means natural isotopes)
int	fI
	Isomeric state (Ground State, ith excited)
double	fMass
	Mass of a ZAI.
double	fHalfLifeTime
	Decay Half life constant.
string	fAllDecays
	All possible decays string.
bool	fAllowedReactionWasSet
ReactionList *	fAllowedReaction
	The allowed reaction list for this ZAI (if fEvolved)
vector< ZAI * >	fDecayDaughter
	vector of decay Daughter
vector< ZAI * >	fDecayParent
	vector of decay parent
vector< double >	fDecayBranchingRatio
	vector of decay Branching Ratio.
vector< int >	fDecayMode
	vector of decay modes
vector< ZAI * >	fReactionDaughter
	vector of reaction Daughter
vector< ZAI * >	fReactionParent
	vector of reaction Parent
vector< ZAIReaction * >	fReactionCode
	vector of the reaction codes
bool	fNonEvolvingZai
	to for a zai to not evolve but be present in MCNP composition
bool	fUsed
	whether a ZAI is really used in a Material
bool	fDelete
	whether a ZAI is deleted
bool	fStable
	whether a ZAI is stable
int	fInbase
	flag to know IsInDataBase status
bool	fHasIsomer
	flag to show if another state(s) exists
bool	fFissionProduct
	whether a ZAI is produced directly from ANY fission
bool	fCanFission
	flag to show if it can fission
bool	fIsRealFissile
	flag to show if it is a REAL fissile nucleus
bool	fCanEmitBeta
	flag to show if it can emit a beta-
bool	fCanEmitDelayedNeutron
	flag to show if it is a delayed neutron precursor
bool	fIsMotherOfBetaDecayer
	Is ZAI a mother of a beta decaying nucleus?
double	fEnergyReleasedFromFission
	The energy released from the fission of this isotope (default = 200 MeV only makes sense for fissile isotopes)
ZAI *	fAlternateZAI
	If no XS data, gives alternate ZAI i.e G.S. ZAI if isomer.
XSDIRLine *	fSaveXSDIRLine
	the xsdir line for a given ZAI
vector< ZAI * >	fCutBetaDaughters
	List of the ZAI that were cut.
vector< double >	fCutBetaBR
	The branching ratios of the cut beta decayers.
static vector< ZAI * >	fExploredZAI = dummy
bool	fHaveBeenHere
	flag used in recursive method to avoid infinit loop.
double	fNubar
	approximate value for mean number of neutron/fission
bool	IsZAIInMyFamilly (int Z, int A, int I, ZAI *&ZaiOfMyFamilly)
	return true if the ZAI(Z, A, I) belong to this.
void	Used ()
void	NotUsed ()
bool	IsUsed ()
double	BranchingRatioSum ()
	returns the total sum of BR (normally >=1 && <=2)
void	Delete ()
bool	IsDelete ()
void	AddedToMaterial ()
bool	IsAddedToMaterial ()
void	FindMass ()
	find mass when no evolution required
void	SetCanEmitBeta ()
bool	CanEmitBeta ()
void	SetCanEmitDelayedNeutron ()
bool	CanEmitDelayedNeutron ()
void	SetHasIsomer ()
bool	HasIsomer ()
void	SetAlternateZAI (ZAI *zai)
ZAI *	GetAlternateZAI ()
bool	operator== (ZAI zai)
	return true if Z, A and I are the same
void	ForceNonEvolvingZai ()
bool	IsForceNonEvolvingZai ()
void	SetIsMotherOfCutBetaDecayer (ZAI *daughter, double BR)
	Fill vector of nuclei cut from tree.
void	IncrementBR (int num, double BR)
	Increment a Branching Ratio.
bool	PrivateIsZAIInMyFamilly (int Z, int A, int I, ZAI *&ZaiOfMyFamilly)
	return true if the ZAI(Z, A, I) belong to this.
string	PrivatePrintReaction (string tab="", bool WithDaughter=true, bool FirstGeneration=false, bool firstcall=true)
	Print a ZAI and its Reaction Daughter.

Detailed Description

A ZAI defined a (Z, A, Isomere) for a Nucleus.

The aim of this class is to handle all independant information of a Nucleus. Thus a given ZAI could (and generally does) belong to more than one Nucleus. I, for Isomeric state is 0 for Ground State and "i" for the ith excited state. ZAI know (if NucleiTree class has been invoked) its reaction daughters and its decay daughters. They are store in 2 vectors (ZAI::GetDecayDaughter and ZAI::GetReactionDaughter). Analog methods are defined for ZAI parents. Its has a Name (e.g. Pu for Z=94), a mass (in atomic mass unit) and a decay half life constant (if it is not stable).

Author

PTO

J. Wilson

Version

1.0

Constructor & Destructor Documentation

ZAI() [1/3]

ZAI::ZAI	(	int	aZ,
		int	aA,
		int	aI
	)

Normal Constructor.

Default: No parent

Parameters

aZ	: number of protons
aA	: number of nucleons (A=0 means natural isotopes)
aI	: Isomeric state (0=ground state, 1 =first excited, ...)

ZAI() [2/3]

ZAI::ZAI

(

)

Default constructor.

ZAI() [3/3]

ZAI::ZAI

(

const ZAI &

zai

)

Copy constructor.

~ZAI()

ZAI::~ZAI

(

)

destructor

Member Function Documentation

A()

int ZAI::A ( )

inline

< returns the number of nucleons

AddDecayDaughter()

void ZAI::AddDecayDaughter	(	ZAI *	Daughter,
		double	BR,
		int	DecayMode
	)

Add decay Daughter with Branching Ratio BR &Decay mode.

AddDecayParent()

void ZAI::AddDecayParent

(

ZAI *

Parent

)

Add decay Parent.

AddedToMaterial()

void ZAI::AddedToMaterial ( )

inline

< Say that a ZAI is added to a Material

AddReactionDaughter()

void ZAI::AddReactionDaughter	(	ZAI *	Daughter,
		int	code,
		double	weight,
		bool	replace = false
	)

Add reaction Daughter.

AddReactionParent()

void ZAI::AddReactionParent

(

ZAI *

Parent

)

Add reaction Parent.

ApproximateNubar()

double ZAI::ApproximateNubar ( )

inline

< return approximate value for mean number of neutron/fission

BranchingRatioSum()

double ZAI::BranchingRatioSum

(

)

returns the total sum of BR (normally >=1 && <=2)

CanEmitBeta()

bool ZAI::CanEmitBeta ( )

inline

< Whether ZAI is Emits a beta-

CanEmitDelayedNeutron()

bool ZAI::CanEmitDelayedNeutron ( )

inline

< Whether ZAI is delayed neutron precursor

CanFission()

bool ZAI::CanFission ( )

inline

< Whether ZAI is fissionable or not

CutFromMammaDecay()

void ZAI::CutFromMammaDecay

(

ZAI *

mamma

)

Suppress Decay references of ZAI from mamma.

CutFromMammaReaction()

void ZAI::CutFromMammaReaction

(

ZAI *

mamma

)

Suppress Reaction references of ZAI from mamma.

Delete()

void ZAI::Delete ( )

inline

< Say that a ZAI is deleted

FindApproximateNubar()

void ZAI::FindApproximateNubar

(

)

find approximate value for mean number of neutron/fission (enter by pto's hand from ENDF B VII)

FindMass()

void ZAI::FindMass

(

)

find mass when no evolution required

FindXSDIRLine()

XSDIRLine * ZAI::FindXSDIRLine

(

int &

other_isomer

)

Find the XSDIRLine for a ZAI.

The search is done in BaseSummary.dat file

Parameters

other_isomer

: (output) the closest isomeric state found corresponding to ZAI

FissionProduct()

void ZAI::FissionProduct ( )

inline

< Set that a ZAI is a fission product

ForceNonEvolvingZai()

void ZAI::ForceNonEvolvingZai ( )

inline

< Force a ZAI to not evolve

GetAllDecays()

string ZAI::GetAllDecays ( )

inline

< Get all possible decay string

GetAlternateZAI()

ZAI * ZAI::GetAlternateZAI ( )

inline

< returns the Alternate ZAI of an isomer nucleus

GetDecayBranchingRatio() [1/2]

vector< double > & ZAI::GetDecayBranchingRatio ( )

inline

< returns branching ratio vector

GetDecayBranchingRatio() [2/2]

double ZAI::GetDecayBranchingRatio ( int  i )

inline

< returns ith branching ratio

GetDecayConstant()

double ZAI::GetDecayConstant ( )

inline

< returns the Decay Half life

GetDecayDaughter() [1/2]

vector< ZAI * > & ZAI::GetDecayDaughter ( )

inline

< returns daughter vector

GetDecayDaughter() [2/2]

ZAI * ZAI::GetDecayDaughter ( int  i )

inline

< returns the ith daughter

GetDecayDaughterSize()

int ZAI::GetDecayDaughterSize ( )

inline

< size of decay Daughter vector

GetDecayMode() [1/2]

vector< int > & ZAI::GetDecayMode ( )

inline

< returns the decay mode code vector

GetDecayMode() [2/2]

int ZAI::GetDecayMode ( int  i )

inline

< returns ith decay mode code

GetDecayParent() [1/2]

vector< ZAI * > & ZAI::GetDecayParent ( )

inline

< returns parent vector

GetDecayParent() [2/2]

ZAI * ZAI::GetDecayParent ( int  i )

inline

< returns ith parent

GetDecayParentSize()

int ZAI::GetDecayParentSize ( )

inline

< size of decay Parent vector

GetEnergyReleasedFromFission()

double ZAI::GetEnergyReleasedFromFission ( )

inline

< Get Energy in eV

GetFullName()

string ZAI::GetFullName

(

)

returns the fule name (A, name, Isomeroc state)

GetHalfLifeTime()

double ZAI::GetHalfLifeTime ( )

inline

< returns the Decay Half life [s]

GetMass()

double ZAI::GetMass

(

)

get the molar mass of a ZAI (g/mol)

GetName()

string ZAI::GetName ( )

inline

< returns the name of a ZAI

GetReactionCode()

int ZAI::GetReactionCode ( int  i )

inline

< returns the ith reaction code

GetReactionDaughter() [1/2]

vector< ZAI * > & ZAI::GetReactionDaughter ( )

inline

< returns daughter vector

GetReactionDaughter() [2/2]

ZAI * ZAI::GetReactionDaughter ( int  i )

inline

< returns the ith daughter

GetReactionDaughterSize()

int ZAI::GetReactionDaughterSize ( )

inline

< size of Reaction Daughter vector

GetReactionList()

ReactionList * ZAI::GetReactionList ( )

inline

< Set the allowed Reactions for an ZAI

GetReactionParent() [1/2]

vector< ZAI * > & ZAI::GetReactionParent ( )

inline

< returns reaction parent vector

GetReactionParent() [2/2]

ZAI * ZAI::GetReactionParent ( int  i )

inline

< returns ith reaction parent

GetReactionParentSize()

int ZAI::GetReactionParentSize ( )

inline

< size of Reaction Parent vector

GetReactionWeight()

double ZAI::GetReactionWeight ( int  i )

inline

< returns the ith reaction weight

GetSaveXSDIRLine()

XSDIRLine * ZAI::GetSaveXSDIRLine ( )

inline

< get save XSDIRLine for a ZAI

GetZAIReaction()

vector< ZAIReaction * > & ZAI::GetZAIReaction ( )

inline

< returns the "reaction code &weight"

HasIsomer()

bool ZAI::HasIsomer ( )

inline

< Whether or not another ZAI exists which is an isomeric state

I()

int ZAI::I ( )

inline

< returns the Isomeric state (Ground State, ith excited)

IncrementBR()

void ZAI::IncrementBR ( int  num, double  BR  )

inlineprotected

Increment a Branching Ratio.

When ading a daughter to a ZAI, check first if the Daughter exists ; if it is the case only increment the BR with the value

Parameters

num	: vector position of the existing daughter
BR	: the new branching ratio to add to the existing daughter

IsAddedToMaterial()

bool ZAI::IsAddedToMaterial ( )

inline

< Whether or not a ZAI is added to a Material

IsDelete()

bool ZAI::IsDelete ( )

inline

< Whether or not a ZAI is deleted

IsFissionProduct()

bool ZAI::IsFissionProduct ( )

inline

< Return whether a ZAI is a fission product

IsForceNonEvolvingZai()

bool ZAI::IsForceNonEvolvingZai ( )

inline

< Force a ZAI to not evolve

IsInDataBase()

bool ZAI::IsInDataBase

(

)

return whether or not a nucleus is in BaseSummary file.

IsRealFissile()

bool ZAI::IsRealFissile ( )

inline

< Whether ZAI is real fissile nucleus

IsStable()

bool ZAI::IsStable ( )

inline

< Return whether a ZAI is stable

IsUsed()

bool ZAI::IsUsed ( )

inline

< Whether or not a ZAI is really used in a Material

IsZAIInMyFamilly()

bool ZAI::IsZAIInMyFamilly	(	int	Z,
		int	A,
		int	I,
		ZAI *&	ZaiOfMyFamilly
	)

return true if the ZAI(Z, A, I) belong to this.

Usefull to know if a Z, A, I is in the tree (decay and/or reaction) of this. If it is the case TheZai is non 0 and points on the Z, A, I.

Parameters

Z	: proton number of the wanted ZAI
A	: nucleon number of the wanted ZAI
I	: isomeric state of the wanted ZAI
ZaiOfMyFamilly	: set to 0 if Z, A, I is not the the tree of this ZAI, else points on the ZAI(Z, A, I)

N()

int ZAI::N ( )

inline

< returns the number of neutrons

NotUsed()

void ZAI::NotUsed ( )

inline

< Say that a ZAI is not used in a Material

operator==()

bool ZAI::operator==

(

ZAI

zai

)

return true if Z, A and I are the same

Print()

string ZAI::Print	(	string	tab = "",
		bool	WithDaughter = true,
		bool	FirstGeneration = false,
		double	BR = 0
	)

Print a ZAI.

Parameters

tab	: a string to indent the Print
WithDaughter	: if true Print also the decay daughters
BR	: the branching ratio of the daughter
FirstGeneration	: if true, print only first generation

PrintDecay()

string ZAI::PrintDecay	(	string	tab = "",
		bool	WithDaughter = true,
		bool	FirstGeneration = false,
		double	BR = 0
	)

Print a ZAI and its Decay Daughter.

Parameters

tab	: a string to indent the Print
WithDaughter	: if true Print also the decay daughters
FirstGeneration	: if true, print only first generation
BR	: the branching ratio of the daughter

PrintInfo()

string ZAI::PrintInfo

(

)

Print all known Information of a ZAI.

PrintName()

string ZAI::PrintName

(

)

Print only Name, A, I.

PrintParent()

string ZAI::PrintParent

(

)

Print the Parents of a ZAI.

PrintReaction()

string ZAI::PrintReaction	(	string	tab = "",
		bool	WithDaughter = true,
		bool	FirstGeneration = false
	)

Print a ZAI and its Reaction Daughter.

Parameters

tab	: a string to indent the Print
WithDaughter	: if true Print also the decay daughters
FirstGeneration	: if true, print only first generation

PrivateIsZAIInMyFamilly()

bool ZAI::PrivateIsZAIInMyFamilly ( int  Z, int  A, int  I, ZAI *&  ZaiOfMyFamilly  )

protected

return true if the ZAI(Z, A, I) belong to this.

This method is called by the public one.

Parameters

Z	: proton number of the wanted ZAI
A	: nucleon number of the wanted ZAI
I	: isomeric state of the wanted ZAI
ZaiOfMyFamilly	: set to 0 if Z, A, I is not the the tree of this, else points on the ZAI(Z, A, I) return a ZAI(Z, A, I) (if exists) from the ZAI tree

PrivatePrintReaction()

string ZAI::PrivatePrintReaction ( string  tab = "", bool  WithDaughter = true, bool  FirstGeneration = false, bool  firstcall = true  )

protected

Print a ZAI and its Reaction Daughter.

This method is called by the public one.

Parameters

tab	: a string to indent the Print
WithDaughter	: if true Print also the decay daughters
FirstGeneration	: if true, print only first generation
firstcall	: used for printing a first indent string (tab)

RemoveReactionDaugther()

void ZAI::RemoveReactionDaugther

(

)

Remove reaction daugther of a ZAI.

ResetDummy()

void ZAI::ResetDummy

(

)

Reset all fHaveBeenHere to false to allow other recursive method calls.

SetA()

void ZAI::SetA ( int  aA )

inline

< Set the nucleon number

SetAllDecays()

void ZAI::SetAllDecays ( string  decays )

inline

< Set all possible decay string

SetAlternateZAI()

void ZAI::SetAlternateZAI ( ZAI *  zai )

inline

< Set the Alternate ZAI for an isomer nucleus

SetApproximateNubar()

void ZAI::SetApproximateNubar ( double  nu )

inline

< set approximate value for mean number of neutron/fission

SetCanEmitBeta()

void ZAI::SetCanEmitBeta ( )

inline

< Say that ZAI is Emits a beta-

SetCanEmitDelayedNeutron()

void ZAI::SetCanEmitDelayedNeutron ( )

inline

< Say that ZAI is delayed neutron precursor

SetCanFission()

void ZAI::SetCanFission ( bool  state = true )

inline

< Say that ZAI is fissionable nucleus

SetDecayBranchingRatio()

void ZAI::SetDecayBranchingRatio ( int  i, double  BR  )

inline

< sets the ith branching ratio

SetDecayConstant()

void ZAI::SetDecayConstant ( double  lambda )

inline

< Set the Decay Constant

SetEnergyReleasedFromFission()

void ZAI::SetEnergyReleasedFromFission ( double  Energy )

inline

< Set Energy in eV

SetHalfLifeTime()

void ZAI::SetHalfLifeTime ( double  T_12 )

inline

< Set the Decay Half life [s]

SetHasIsomer()

void ZAI::SetHasIsomer ( )

inline

< Say that ZAI has another isomeric state

SetI()

void ZAI::SetI ( int  aI )

inline

< Set the isomeric state (0=gs, ...)

SetInDataBase()

void ZAI::SetInDataBase ( int  state )

inline

Set the fInbase attribute to state-1.

The fInbase attribute is used to no if reaction data are availlable ; if =-1 no data reactions; if =0 data reaction may exist but we don't know yet the right xsdirline ; if =1 data exist and we know the right xsdir line

Parameters

state

: if reaction data are availlable state=1 else state=0

SetIsMotherOfCutBetaDecayer()

void ZAI::SetIsMotherOfCutBetaDecayer	(	ZAI *	daughter,
		double	BR
	)

Fill vector of nuclei cut from tree.

SetIsRealFissile()

void ZAI::SetIsRealFissile ( bool  state = true )

inline

< Say that ZAI is a real fissile nucleus-only long halflives and high fission xs

SetMass()

void ZAI::SetMass ( double  m )

inline

< set the mass of a ZAI (g/mol)

SetName()

void ZAI::SetName ( string  Name )

inline

< Set the name of the ZAI (e.g. Pu)

SetReactionList()

void ZAI::SetReactionList

(

ReactionList *

l

)

Set the allowed Reactions for an ZAI.

SetZ()

void ZAI::SetZ ( int  aZ )

inline

< Set the proton number

Stable()

void ZAI::Stable ( )

inline

< Set that a ZAI is stable to decay

Used()

void ZAI::Used ( )

inline

< Say that a ZAI is really used in a Material

Z()

int ZAI::Z ( )

inline

< returns the number of protons

Member Data Documentation

fA

int ZAI::fA

protected

number of nucleons (A=0 means natural isotopes)

fAllDecays

string ZAI::fAllDecays

protected

All possible decays string.

fAllowedReaction

ReactionList* ZAI::fAllowedReaction

protected

The allowed reaction list for this ZAI (if fEvolved)

fAllowedReactionWasSet

bool ZAI::fAllowedReactionWasSet

protected

fAlternateZAI

ZAI* ZAI::fAlternateZAI

protected

If no XS data, gives alternate ZAI i.e G.S. ZAI if isomer.

fCanEmitBeta

bool ZAI::fCanEmitBeta

protected

flag to show if it can emit a beta-

fCanEmitDelayedNeutron

bool ZAI::fCanEmitDelayedNeutron

protected

flag to show if it is a delayed neutron precursor

fCanFission

bool ZAI::fCanFission

protected

flag to show if it can fission

fCutBetaBR

vector< double > ZAI::fCutBetaBR

protected

The branching ratios of the cut beta decayers.

fCutBetaDaughters

vector< ZAI *> ZAI::fCutBetaDaughters

protected

List of the ZAI that were cut.

fDecayBranchingRatio

vector< double > ZAI::fDecayBranchingRatio

protected

vector of decay Branching Ratio.

fDecayDaughter

vector< ZAI * > ZAI::fDecayDaughter

protected

vector of decay Daughter

fDecayMode

vector< int > ZAI::fDecayMode

protected

vector of decay modes

fDecayParent

vector< ZAI * > ZAI::fDecayParent

protected

vector of decay parent

fDelete

bool ZAI::fDelete

protected

whether a ZAI is deleted

fEnergyReleasedFromFission

double ZAI::fEnergyReleasedFromFission

protected

The energy released from the fission of this isotope (default = 200 MeV only makes sense for fissile isotopes)

fExploredZAI

vector< ZAI * > ZAI::fExploredZAI = dummy

staticprotected

fFissionProduct

bool ZAI::fFissionProduct

protected

whether a ZAI is produced directly from ANY fission

fHalfLifeTime

double ZAI::fHalfLifeTime

protected

Decay Half life constant.

fHasIsomer

bool ZAI::fHasIsomer

protected

flag to show if another state(s) exists

fHaveBeenHere

bool ZAI::fHaveBeenHere

flag used in recursive method to avoid infinit loop.

fI

int ZAI::fI

protected

Isomeric state (Ground State, ith excited)

fInbase

int ZAI::fInbase

protected

flag to know IsInDataBase status

fIsMotherOfBetaDecayer

bool ZAI::fIsMotherOfBetaDecayer

protected

Is ZAI a mother of a beta decaying nucleus?

fIsRealFissile

bool ZAI::fIsRealFissile

protected

flag to show if it is a REAL fissile nucleus

fMass

double ZAI::fMass

protected

Mass of a ZAI.

fName

string ZAI::fName

protected

Name of the ZAI.

fNonEvolvingZai

bool ZAI::fNonEvolvingZai

protected

to for a zai to not evolve but be present in MCNP composition

fNubar

double ZAI::fNubar

approximate value for mean number of neutron/fission

fReactionCode

vector< ZAIReaction * > ZAI::fReactionCode

protected

vector of the reaction codes

fReactionDaughter

vector< ZAI * > ZAI::fReactionDaughter

protected

vector of reaction Daughter

fReactionParent

vector< ZAI * > ZAI::fReactionParent

protected

vector of reaction Parent

fSaveXSDIRLine

XSDIRLine* ZAI::fSaveXSDIRLine

protected

the xsdir line for a given ZAI

fStable

bool ZAI::fStable

protected

whether a ZAI is stable

fUsed

bool ZAI::fUsed

protected

whether a ZAI is really used in a Material

fZ

int ZAI::fZ

protected

number of protons

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

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