Garfield::AvalancheGridSpaceCharge::GridNode Struct Reference

Public Attributes
long	nElectron = 0
	electrons on node
double	nPosIon = 0
	pos ion on node (smeared values allowed)
double	nNegIon = 0
	neg ion on node (smeared values allowed)
long	nElectronHolder = 0
	at t+dt
double	nPosIonHolder = 0
	at t+dt
double	nNegIonHolder = 0
	at t+dt
double	townsend = 0
	townsend at this node 1/cm
double	attachment = 0
	attachment at this node 1/cm
double	velocity = 0.
	Magnitude of velocity of the node (not negative) cm/ns.
double	dSigmaL = 0
	Diffusion along E.
double	dSigmaT = 0
	Diffusion transverse to E (radial, phi dir is net 0).
double	Wv = 0
	flux drift cm/ns
double	Wr = 0
	bulk drift cm/ns
double	townsendPT = 0
	Ionization rate from TOF experiment 1/ns -> 1/cm.
double	attachmentPT = 0
	Attachment rate from TOF experiment 1/ns -> 1/cm.
double	eFieldR = 0
	Space-charge electric field in R direction (can be negative)
double	eFieldZ = 0
	Space-charge electric field in Z direction (can be negative)
double	time = 0.
	Node clock.
bool	anode = false
	init the anode
int	layerIndex = 0
	LayerIndex in ParallelPlate convention != gas gap index.
int	gasGapIndex = 0
	Gas gap index: -1 if not gas gap; starts with 0, 1, ...
bool	isGasGap = true

Detailed Description

Definition at line 134 of file AvalancheGridSpaceCharge.hh.

Member Data Documentation

anode

bool Garfield::AvalancheGridSpaceCharge::GridNode::anode = false

init the anode

Definition at line 165 of file AvalancheGridSpaceCharge.hh.

attachment

double Garfield::AvalancheGridSpaceCharge::GridNode::attachment = 0

attachment at this node 1/cm

Definition at line 144 of file AvalancheGridSpaceCharge.hh.

attachmentPT

double Garfield::AvalancheGridSpaceCharge::GridNode::attachmentPT = 0

Attachment rate from TOF experiment 1/ns -> 1/cm.

Definition at line 157 of file AvalancheGridSpaceCharge.hh.

dSigmaL

double Garfield::AvalancheGridSpaceCharge::GridNode::dSigmaL = 0

Diffusion along E.

Definition at line 148 of file AvalancheGridSpaceCharge.hh.

dSigmaT

double Garfield::AvalancheGridSpaceCharge::GridNode::dSigmaT = 0

Diffusion transverse to E (radial, phi dir is net 0).

Definition at line 150 of file AvalancheGridSpaceCharge.hh.

eFieldR

double Garfield::AvalancheGridSpaceCharge::GridNode::eFieldR = 0

Space-charge electric field in R direction (can be negative)

Definition at line 159 of file AvalancheGridSpaceCharge.hh.

eFieldZ

double Garfield::AvalancheGridSpaceCharge::GridNode::eFieldZ = 0

Space-charge electric field in Z direction (can be negative)

Definition at line 161 of file AvalancheGridSpaceCharge.hh.

gasGapIndex

int Garfield::AvalancheGridSpaceCharge::GridNode::gasGapIndex = 0

Gas gap index: -1 if not gas gap; starts with 0, 1, ...

Definition at line 169 of file AvalancheGridSpaceCharge.hh.

isGasGap

bool Garfield::AvalancheGridSpaceCharge::GridNode::isGasGap = true

Definition at line 170 of file AvalancheGridSpaceCharge.hh.

layerIndex

int Garfield::AvalancheGridSpaceCharge::GridNode::layerIndex = 0

LayerIndex in ParallelPlate convention != gas gap index.

Definition at line 167 of file AvalancheGridSpaceCharge.hh.

nElectron

long Garfield::AvalancheGridSpaceCharge::GridNode::nElectron = 0

electrons on node

Definition at line 135 of file AvalancheGridSpaceCharge.hh.

nElectronHolder

long Garfield::AvalancheGridSpaceCharge::GridNode::nElectronHolder = 0

at t+dt

Definition at line 139 of file AvalancheGridSpaceCharge.hh.

nNegIon

double Garfield::AvalancheGridSpaceCharge::GridNode::nNegIon = 0

neg ion on node (smeared values allowed)

Definition at line 137 of file AvalancheGridSpaceCharge.hh.

nNegIonHolder

double Garfield::AvalancheGridSpaceCharge::GridNode::nNegIonHolder = 0

at t+dt

Definition at line 141 of file AvalancheGridSpaceCharge.hh.

nPosIon

double Garfield::AvalancheGridSpaceCharge::GridNode::nPosIon = 0

pos ion on node (smeared values allowed)

Definition at line 136 of file AvalancheGridSpaceCharge.hh.

nPosIonHolder

double Garfield::AvalancheGridSpaceCharge::GridNode::nPosIonHolder = 0

at t+dt

Definition at line 140 of file AvalancheGridSpaceCharge.hh.

time

double Garfield::AvalancheGridSpaceCharge::GridNode::time = 0.

Node clock.

Definition at line 163 of file AvalancheGridSpaceCharge.hh.

townsend

double Garfield::AvalancheGridSpaceCharge::GridNode::townsend = 0

townsend at this node 1/cm

Definition at line 143 of file AvalancheGridSpaceCharge.hh.

townsendPT

double Garfield::AvalancheGridSpaceCharge::GridNode::townsendPT = 0

Ionization rate from TOF experiment 1/ns -> 1/cm.

Definition at line 155 of file AvalancheGridSpaceCharge.hh.

velocity

double Garfield::AvalancheGridSpaceCharge::GridNode::velocity = 0.

Magnitude of velocity of the node (not negative) cm/ns.

Definition at line 146 of file AvalancheGridSpaceCharge.hh.

Wr

double Garfield::AvalancheGridSpaceCharge::GridNode::Wr = 0

bulk drift cm/ns

Definition at line 153 of file AvalancheGridSpaceCharge.hh.

Wv

double Garfield::AvalancheGridSpaceCharge::GridNode::Wv = 0

flux drift cm/ns

Definition at line 152 of file AvalancheGridSpaceCharge.hh.

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The documentation for this struct was generated from the following file:

• /builds/garfield/docs/source/Include/Garfield/AvalancheGridSpaceCharge.hh