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$FOAM_APPBIN
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Acknowledgments
Advanced Field Search
Aleksandrov1996
Amoreira2010
Appendices
attachment coefficient
attachment coefficient - details
auto adjust parameter modification
background ionisation rate
Becker2005
Behrens2009
bimolecular charge transfer
boundary conditions
briefDescription
Buck1981
C1 - empirical constant
C2 - empirical constant
calculated
Cejas2019
Celestin2008
change in gas density
change in pressure with height
change in temperature of gas
change in temperature with height
Chanin1962
charge transport equations
composition of air
conditions for plasma
configuring auto adjust parameters
conservation of electrons
conservation of N2 ions
conservation of O2 negative ions
constant/momentumTransport
constant/physicalProperty
constant/polyMesh/boundary
constant/polyMesh/boundary ; entry0
controlling negative densities
Copyright
Courant Friedrichs Lewy
Courant1928
create a video
creating a test case
current associated with the electron diffusion
current challenges
D - empirical constant
detachment coefficient
Dickenson2021
diffusion flux
drift flux
dynamic deltaT
effective pressure
effective thermal diffusivity
EHD Project objectives
EHD theory
EHD thrust dimensions
ehdThrustFoam code
ehdThrustFoam for OpenFOAM
electron detachment rates
electron equation
electron ion recombination
electron N2+ recombination rate
electron O2+ recombination rate
electron O4+ recombination rate
empty
entrainmentPressure
equation for Pphys
equation for T
expressions and equations
field ionisation rate equations
finite volume method
fixedFluxPressure
fixedGradient
fixedValue
fluid flow equations
foamCloneCase
foamDictionary
foamGet
foamNewSource
forces and fields
freestream
freestreamPressure
freestreamVelocity
fvc::div(phi_e)
fvc::div(phi)
fvc::domainIntegrate(FEHD)
fvc::flux(U)
fvc::snGrad(ne)
fvm::div dimensions
fvm::div or fvc::div
fvm::div(phi_e)
fvm::div(phi_f)
fvm::laplacian(nu, U)
GAMG
Getting Started with ehdThrustFoam
Gijzen2008
Gilmore2016
Grok ChapterOutlineTemplate
Guerrero2025
Guerrero2026
Hazenberg2024
Hellsten1998
HFD01
Holzinger2025
How to use ehdThrustFoam
HTStyleSheet:Code
HTStyleSheet:Columns
HTStyleSheet:KaTex
HTStyleSheet:LinkCatcher
HTStyleSheet:ListExample
hydrostatic equilibrium
hydrostatic equilibrium - detail
ideal gas law
IdealSim
inflowOutflow
initial auto adjust parameters
inletOutlet
Installing the software
internalField
introduction to charge transport
ion - ion recombination
ion clustering
ion species chemistry
ion temperature
ion-ion recombination coefficient
ionic recombination
ionisation process rate
Issa1986
justDescription
justDescriptionText
kEpsilon
Keysight01
Keysight02
Keysight03
kinematic pressure
kOmegaSST
Kossyi1992
kqRWallFunction
Kuffel1959
Large Eddy Simulations
Larsson2026
Lidthke2021
listEntry
listNavEntry
Lorentz force
Macken2014
Malla2024
MForce
minmax.gp
mixed
mobility and the diffusion coefficient
model mesh creation
molecular kinematic viscosity
momentum equation
Moukalled2015
Murray1966
N2 ion equation
N2+ / O2- recombination rate
nCellsInCoarsestLevel
Nilsson2022
noSlip
nutkWallFunction
nutUSpaldingWallFunction
O2 negative ion equation
O2+ / O2- recombination rate
O4+ / O2- recombination rate
omegaWallFunction
OpenFOAM
OpenFOAM - compressible solver
OpenFOAM - debug
OpenFOAM - incompressible solver
OpenFOAM - parallel computation
OpenFOAM - re-run simulation
OpenFOAM code
OpenFOAM dimensions
OpenFOAM framework
OpenFOAM fvc api
OpenFOAM fvm api
OpenFOAM installation
OpenFOAM solvers
OpenFOAM's basic solvers for linear systems of equations
OpenFOAM01
OpenFOAM02
OpenFOAM03
OpenFOAM04
OpenFOAM05
OpenFOAM06
OpenFOAM07
Pancheshnyi2013
paraFoam - normals to surfaces
paraFoam User Guide
particle conservation
particle equation
Patankar1980
patch
PBiCGStab
Peskir2001
Petersen2022
physical pressure
PIMPLE
plasma basics
plasma chemistry
plasma metrics
Popov2011
Popov2021
pressure
pressure equation
Pressure Implicit with Split Operator
pressureInletOutletVelocity
protocol for choosing auto adjust parameters
rate coefficient
reduced electric field
reduced mass
referenceEntry
References
refTitle
relaxationFactors
Reynolds Averaged Simulation
Saad2003
saturation water vapor pressure
Save
Semi-Implicit Method for Pressure-Linked Equations
Sheehan2004
singleLineDescriptionEntry
singleLineEntry
singleLineList
Skalny2006
slip
Smoluchowski equation
solving for multiple unknowns
Soulaine2019
Soulaine2024
species equations
specific dissipation rate
specific kinetic energy
standard temperature and pressure
Starikovskiy2022
symmetry
symmetryPlane
system/controlDict
system/controlDict/functions - type coded
system/controlDict/runTimeModifiable
system/decomposeParDict
system/functions
system/fvSchemes
system/fvSolution
TableOfContents
temperature transport equation
testCase
the finite volume idea
TiddlerA
TiddlyWiki
time/dimensionedField
time/dimensionedField/boundaryField
TMBWG
Tofighi2018
Tong2015
Tong2019
totalPressure
Townsend A and B
Townsend’s first ionization coefficient
Tresman2026
turbulence equations
turbulence models
turbulent kinematic viscosity
turbulent kinetic energy
turbulent kinetic energy dissipation rate
turbulent thermal diffusivity
turbulentIntensityKineticEnergyInlet
two and three body attachment
two-body dissociative attachment or ionisation
uniformFixedValue
Urquijo2023
Uvarova2023
Vega2023
Versteeg2007
Vomel2025
Wachem2000
wall
Wenfu2025
Wilson2018
Wisemann2014
zeroGradient