# This file was generated by Barracuda Virtual Reactor. It will be re-written 
# the next time Barracuda Virtual Reactor is run. If you modify this file,    
# expect your changes to be lost.                                   
#
version 2300
# This file was generated by GUI version 24.0.0.i050.
projectUniqueIdStart

projectUniqueIdEnd
storeProjectFileAsUniqueId      1
projectCommentStart


projectCommentEnd
#
# =========== grid
grid
admesh 0
gridLastUsedTotalNumberCells 3250000
rm_small_cells 3
rm_small_vol_I 0.040000
rm_small_vol_E 0.040000
max_aspect_ratio_I 30.000000
max_aspect_ratio_E 15.000000
open_closed_faces 1
rm_small_max_pass_combine 150
poly_col 0
draw_poly_faces 0
eps_scale -1.000000
stl 1
# x-Min and x-Max all stl files
-4.750000e+02  7.150000e+01
# y-Min and y-Max all stl files
-3.592339e+02  3.592339e+02
# z-Min and z-Max all stl files
-2.161972e-14  1.775887e+03
#
# =========== start stl file properties
2024-02-12_v1_conditioning_tower_with_psri_cyclone_36in_dipleg_in.stl
# header 
header "STLB ATF 12.4.0.73"
# number facets 
21846
# x-Min and x-Max 
-4.750000e+02  7.150000e+01
# y-Min and y-Max 
-3.592339e+02  3.592339e+02
# z-Min and z-Max 
-2.161972e-14  1.775887e+03
# =========== end stl file properties
x0 -4.750000e+02
y0 -3.592339e+02
z0 -2.161970e-14
xdist 5
12 -4.027700e+02   0.0000
19 -3.172063e+02   0.0000
12 -2.450390e+02   0.0000
9 -1.638978e+02   0.0750
20  7.150000e+01   0.0000
ydist 9
10 -2.985000e+02   0.0000
19 -2.133000e+02   0.0000
10 -1.528000e+02   0.0000
14 -7.150000e+01   0.0000
24  7.150000e+01   0.0000
14  1.528000e+02   0.0000
10  2.133000e+02   0.0000
19  2.985000e+02   0.0000
10  3.592339e+02   0.0000
zdist 7
58  6.943015e+02   0.0000
10  8.142952e+02   0.0000
38  1.273325e+03   0.0000
10  1.356800e+03  -0.0750
20  1.467760e+03   0.0000
9  1.545993e+03   0.0750
20  1.775887e+03   0.0000
units in
endgrid
# =========== endgrid

# Variable units for solver output
InputOutputUnits
  time                    "s"               
  length                  "m"               
  mass                    "kg"              
  temperature             "K"               
  mole                    "mol"             
  pressure                "Pa"              
  pressureGradient        "Pa/m"            
  velocity                "m/s"             
  massFlux                "kg/(s*m^2)"      
  density                 "kg/m^3"          
  heatTransferCoef        "J/(s*m^2*K)"     
  heatTransferFlux        "J/(s*m^2)"       
  heatTransferRate        "J/s"             
  volAveReactionRate      "kmol/(s*m^3)"    
  discreteReactionRate    "kg/s"            
  particleSize            "micron-diameter" 
  massFlowRate            "kg/s"            
  volumeFlowRate          "m^3/s"           
  massConcentration       "kg/m^3"          
  moleConcentration       "mol/m^3"         
  viscosity               "Pa*s"            
  kinematicViscosity      "m^2/s"           
  thermalConductivity     "J/(s*m*K)"       
  specificHeat            "J/(kg*K)"        
  specificEnthalpy        "J/kg"            
  molecularWeight         "g/mol"           
  area                    "m^2"             
  volume                  "m^3"             
  energy                  "J"               
  wear                    "kg^a*m^b/(s^b*m^2*yr)"
  attrition               "kg^a*m^b/s^b"    
  cpuTime                 "hr"              
  simSpeed                "s/day"           
endInputOutputUnits

# Post-processor graphics mesh viewer to use for project
outputGmv 0
outputTecplot 1

# Thermal energy
isothermal      0
toggleThermal   on
radiationOn     0
isothermalT     3.000000e+02
presTermThermal 0
outputMinMaxTemp 1

pHeatConduction
  enabled   On
  iterMin   1
  iterMax   100
  errMax    1.000000e-12
end_pHeatConduction

toggleChem  on   0.000000e+00   0.000000e+00

# Put the number of fluids near start of input
numFluids  2

implicitParticleBuoyCalc on

# Put the use particles flag near start of input
useParticles 1

# Put the noParticleMomentum flag after useParticles
noParticleMomentum 0
allowPartialClouds on
virtualMassForce off
liftForce off
subgridWallModel off
coalescenceBreakupModel
  enabled off
  coalescenceFactor 1.000000e+00
  maximumBubbleSize 1.000000e-01
end_coalescenceBreakupModel
compressibleBubbles on

# Min and max temperature limit
minTempLimit  1.000000e+02
maxTempLimit  1.000000e+03

#Advanced GPU Options
decompSliceNormal automatic
tagParticlesByDecomposition OFF

# Put the name of grid file near start of input but after numFluids
gridFileName 00grid.grd

# minAreaBc used for minimum area percentage on flow/pres BC
minAreaBc    0.040000

# Time step control
time 1
#         dt       end time
#  ------------- -------------
    1.000000e-03  7.000000e+01
end_timeControl

# write the ray trace flag
rayTrace 1

# Iterations and convergance
maxErrPres     1.000000e-06
maxErrVel      1.000000e-07
maxErrVol      1.000000e-07
maxErrEnergy   1.000000e-06
maxErrRadiate  1.000000e-09
maxIterPres    2000
maxIterPres0   2000
maxIterVel     50
maxIterVol     10
maxIterEnergy  100
maxIterRadiate 1500
maxIterLoop    1

# Print, plot and restart frequency
printFreq         1.000000e-07
restartFreq       2.500000e+01
restartClockFreq  1.200000e+02

vizOutputInterval
  fileFlag     Off
  interval     1.000000e-01
  file         ""
end_vizOutputInterval

systemBalanceLogs
  logMass         On
  massInterval    1.000000e-07
  logEnergy       On
  energyInterval  1.000000e-07
end_systemBalanceLogs

# Time interval adjustment flags
adjDtHighVolFrac 1
adjDtHighCFL     1
adjDtHighQ       0
adjDtHighPAcc    0
adjDtHighVolErr  0

# Min and max CFL
minCfl  8.000000e-01
maxCfl  1.000000e+00

# Min and max energy transfer rate
minQfl  1.000000e+01
maxQfl  7.000000e+01

# Min and max energy-driven acceleration
minPfl  8.000000e+00
maxPfl  1.500000e+01

# Turn on/off pressure work & drag work in energy equation - 1=on, 0=off
presWork 0

# Material phases (and properties), must be before init. gasMixturePropAve: 0=mass-based, 1=mole-based
MaterialPhases 6
  nMaterials        5
  gasMixturePropAve 1
  equState          1
  compressible      1
  plotDeltaT        1.000000e+00
  plotTMin          0.000000e+00
  plotTMax          2.000000e+03
  evalT             3.000000e+02
  material
    chem_formula           "CO2"
    formula_description    "CO2 CARBON DIOXIDE"
    state                  G
    molecular_weight       4.400950e+01
    absorption_model OFF
    expression density
      polynomial  0.000000e+00 
      value_units "kg/m^3"
      temperature_units "K"
      temp_limits 0 0.000000e+00 6.000000e+03
      value_limits 0 0.000000e+00 1.000000e+00
    end_expression
    expression viscosity
      polynomial  2.545000e-06  4.549000e-08 -8.649000e-12  0.000000e+00  0.000000e+00 
      value_units "Pa*s"
      temperature_units "K"
      temp_limits 1 1.950000e+02 2.629784e+03
      value_limits 0 1.000000e-07 1.000000e-03
    end_expression
    delta_hf(298)          -8.941945e+06
    expression heat_capacity
      double_polynomial
        lowerCoefs  4.452849e+02  1.697418e+00 -1.345608e-03  4.642706e-07 -2.699610e-11 
        upperCoefs  8.760001e+02  5.179577e-01 -1.881601e-04  3.030268e-08 -1.731022e-12 
        breakTemperature 1.000000e+03
      end_double_polynomial
      value_units "J/kg/K"
      temperature_units "K"
      temp_limits 1 2.000000e+02 6.000000e+03
      value_limits 0 0.000000e+00 1.000000e+00
    end_expression
    expression thermal_conductivity
      polynomial -1.200000e-02  1.020800e-04 -2.240300e-08  0.000000e+00  0.000000e+00 
      value_units "W/m/K"
      temperature_units "K"
      temp_limits 1 1.950000e+02 2.278000e+03
      value_limits 0 1.000000e-04 1.000000e+00
    end_expression
    absorption_coef         1.000000e-05
    scattering_coef         0.000000e+00
    refractive_index        1.000000e+00
    expression mass_diffusivity
      polynomial  0.000000e+00  0.000000e+00  0.000000e+00  0.000000e+00  0.000000e+00 
      value_units "m^2/s"
      temperature_units "K"
      temp_limits 1 2.000000e+02 6.000000e+03
      value_limits 0 1.000000e-06 1.000000e-04
    end_expression
    molarVolume 3.727800e-02 # [m3/kmol]
    henrysLaw 0.000000e+00
  end_material
  material
    chem_formula           "H2O"
    formula_description    "H2O WATER"
    state                  L/V
    molecular_weight       1.801520e+01
    enthalpy_calc_type subtractFromVapor
    evaporation_model off
    phases 2
    phase L
      expression density
        polynomial  9.970000e+02 
        value_units "kg/m^3"
        temperature_units "K"
        temp_limits 0 0.000000e+00 6.000000e+03
        value_limits 0 0.000000e+00 1.000000e+00
      end_expression
      expression viscosity
        polynomial  4.304940e-01 -4.966900e-03  2.160390e-05 -4.189730e-08  3.053130e-11 
        value_units "Pa*s"
        temperature_units "K"
        temp_limits 1 2.731500e+02 6.000000e+02
        value_limits 0 1.000000e-07 1.000000e-03
      end_expression
      delta_hf(298)          -1.586691e+07
      expression heat_capacity
        double_polynomial
        lowerCoefs  3.348911e+04 -3.057534e+02  1.182492e+00 -2.015102e-03  1.283942e-06 
        upperCoefs  0.000000e+00  0.000000e+00  0.000000e+00  0.000000e+00  0.000000e+00 
        breakTemperature 1.000000e+03
      end_double_polynomial
        value_units "J/kg/K"
        temperature_units "K"
        temp_limits 1 2.731500e+02 6.000000e+02
        value_limits 0 0.000000e+00 1.000000e+00
      end_expression
      expression thermal_conductivity
        polynomial -2.758000e-01  4.612000e-03 -5.539100e-06  0.000000e+00  0.000000e+00 
        value_units "W/m/K"
        temperature_units "K"
        temp_limits 1 2.731500e+02 6.000000e+02
        value_limits 0 1.000000e-04 1.000000e+00
      end_expression
      absorption_coef         1.000000e-05
      scattering_coef         0.000000e+00
      refractive_index        1.000000e+00
      expression vapor_pressure
        antoine  8.071310e+00  1.730630e+03 -3.974000e+01  1.333224e+02 
        value_units "Pa"
        temperature_units "K"
        temp_limits 1 4.000000e+01 6.471300e+02
        value_limits 0 0.000000e+00 1.000000e+06
      end_expression
      expression surface_tension
        watson  1.326740e+02  6.471300e+02  9.550000e-01 
        value_units "dynes/cm"
        temperature_units "K"
        temp_limits 1 0.000000e+00 6.471300e+02
        value_limits 0 0.000000e+00 1.000000e+00
      end_expression
    diffusionAssociation 2.600000e+00
    end_phase
    phase V
      expression viscosity
        polynomial -3.682550e-06  4.291600e-08 -1.624000e-12  0.000000e+00  0.000000e+00 
        value_units "Pa*s"
        temperature_units "K"
        temp_limits 1 2.500000e+02 3.219000e+03
        value_limits 0 1.000000e-07 1.000000e-03
      end_expression
      delta_hf(298)          -1.342417e+07
      expression heat_capacity
        double_polynomial
        lowerCoefs  1.937891e+03 -9.399066e-01  3.009481e-03 -2.532967e-06  8.178565e-10 
        upperCoefs  1.235594e+03  1.372280e+00 -3.571351e-04  4.358604e-08 -1.970368e-12 
        breakTemperature 1.000000e+03
      end_double_polynomial
        value_units "J/kg/K"
        temperature_units "K"
        temp_limits 1 2.000000e+02 6.000000e+03
        value_limits 0 0.000000e+00 1.000000e+00
      end_expression
      expression thermal_conductivity
        polynomial  5.300000e-04  4.709300e-05  4.955100e-08  0.000000e+00  0.000000e+00 
        value_units "W/m/K"
        temperature_units "K"
        temp_limits 1 2.000000e+02 4.000000e+03
        value_limits 0 1.000000e-04 1.000000e+00
      end_expression
      expression heat_of_vaporization
        watson  2.888630e+03  6.471300e+02  3.210000e-01 
        value_units "kJ/kg"
        temperature_units "K"
        temp_limits 1 0.000000e+00 6.471300e+02
        value_limits 0 0.000000e+00 1.000000e+00
      end_expression
      absorption_coef         1.000000e-05
      scattering_coef         0.000000e+00
      refractive_index        1.000000e+00
      expression mass_diffusivity
        polynomial -2.775000e-06  4.479000e-08  1.656000e-10  0.000000e+00  0.000000e+00 
        value_units "m^2/s"
        temperature_units "K"
        temp_limits 1 2.731500e+02 3.531500e+02
        value_limits 0 1.000000e-06 1.000000e-04
      end_expression
    end_phase
  end_material
  material
    chem_formula           "Kiln_feed"
    formula_description    "Pulverized Feed material from the raw mill."
    state                  S
    molecular_weight       1.000000e+00
    expression density
      polynomial  2.400000e+03  0.000000e+00  0.000000e+00  0.000000e+00  0.000000e+00 
      value_units "kg/m^3"
      temperature_units "K"
      temp_limits 0 0.000000e+00 6.000000e+03
      value_limits 0 0.000000e+00 1.000000e+00
    end_expression
    delta_hf(298)           0.000000e+00
    expression heat_capacity
      polynomial  1.200000e+03  0.000000e+00  0.000000e+00  0.000000e+00  0.000000e+00 
      value_units "J/kg/K"
      temperature_units "K"
      temp_limits 0 0.000000e+00 6.000000e+03
      value_limits 0 1.000000e+01 1.000000e+05
    end_expression
    expression thermal_conductivity
      polynomial  1.300000e+00  0.000000e+00  0.000000e+00  0.000000e+00  0.000000e+00 
      value_units "W/m/K"
      temperature_units "K"
      temp_limits 0 0.000000e+00 6.000000e+03
      value_limits 0 1.000000e-04 1.000000e+00
    end_expression
  end_material
  material
    chem_formula           "N2"
    formula_description    "N2 NITROGEN. REF ELEMENT"
    state                  G
    molecular_weight       2.801340e+01
    absorption_model OFF
    expression density
      polynomial  0.000000e+00 
      value_units "kg/m^3"
      temperature_units "K"
      temp_limits 0 0.000000e+00 6.000000e+03
      value_limits 0 0.000000e+00 1.000000e+00
    end_expression
    expression viscosity
      polynomial  4.260640e-06  4.752500e-08 -9.882600e-12  0.000000e+00  0.000000e+00 
      value_units "Pa*s"
      temperature_units "K"
      temp_limits 1 1.500000e+02 2.403000e+03
      value_limits 0 1.000000e-07 1.000000e-03
    end_expression
    delta_hf(298)           0.000000e+00
    expression heat_capacity
      double_polynomial
        lowerCoefs  1.048081e+03 -3.670533e-02 -1.493014e-04  7.228530e-07 -4.181668e-10 
        upperCoefs  8.763903e+02  4.146311e-01 -1.462240e-04  2.333053e-08 -1.367624e-12 
        breakTemperature 1.000000e+03
      end_double_polynomial
      value_units "J/kg/K"
      temperature_units "K"
      temp_limits 1 2.000000e+02 6.000000e+03
      value_limits 0 0.000000e+00 1.000000e+00
    end_expression
    expression thermal_conductivity
      polynomial  3.918600e-04  9.814300e-05 -5.066300e-08  1.503600e-11  0.000000e+00 
      value_units "W/m/K"
      temperature_units "K"
      temp_limits 1 2.000000e+02 6.000000e+03
      value_limits 0 1.000000e-04 1.000000e+00
    end_expression
    absorption_coef         1.000000e-05
    scattering_coef         0.000000e+00
    refractive_index        1.000000e+00
    expression mass_diffusivity
      polynomial  0.000000e+00  0.000000e+00  0.000000e+00  0.000000e+00  0.000000e+00 
      value_units "m^2/s"
      temperature_units "K"
      temp_limits 1 2.000000e+02 6.000000e+03
      value_limits 0 1.000000e-06 1.000000e-04
    end_expression
    molarVolume 3.467700e-02 # [m3/kmol]
    henrysLaw 0.000000e+00
  end_material
  material
    chem_formula           "O2"
    formula_description    "O2 OXYGEN. REF ELEMENT"
    state                  G
    molecular_weight       3.199880e+01
    absorption_model OFF
    expression density
      polynomial  0.000000e+00 
      value_units "kg/m^3"
      temperature_units "K"
      temp_limits 0 0.000000e+00 6.000000e+03
      value_limits 0 0.000000e+00 1.000000e+00
    end_expression
    expression viscosity
      polynomial  1.811000e-06  6.632000e-08 -1.879000e-11  0.000000e+00  0.000000e+00 
      value_units "Pa*s"
      temperature_units "K"
      temp_limits 1 1.500000e+02 1.765000e+03
      value_limits 0 1.000000e-07 1.000000e-03
    end_expression
    delta_hf(298)           0.000000e+00
    expression heat_capacity
      double_polynomial
        lowerCoefs  9.828845e+02 -7.787118e-01  2.558856e-03 -2.515718e-06  8.428941e-10 
        upperCoefs  9.513135e+02  1.705589e-01 -3.667819e-05  5.347724e-09 -3.375841e-13 
        breakTemperature 1.000000e+03
      end_double_polynomial
      value_units "J/kg/K"
      temperature_units "K"
      temp_limits 1 2.000000e+02 6.000000e+03
      value_limits 0 0.000000e+00 1.000000e+00
    end_expression
    expression thermal_conductivity
      polynomial -3.272600e-04  9.965100e-05 -3.742800e-08  9.730600e-12  0.000000e+00 
      value_units "W/m/K"
      temperature_units "K"
      temp_limits 1 2.000000e+02 6.000000e+03
      value_limits 0 1.000000e-04 1.000000e+00
    end_expression
    absorption_coef         1.000000e-05
    scattering_coef         0.000000e+00
    refractive_index        1.000000e+00
    expression mass_diffusivity
      polynomial  0.000000e+00  0.000000e+00  0.000000e+00  0.000000e+00  0.000000e+00 
      value_units "m^2/s"
      temperature_units "K"
      temp_limits 1 2.000000e+02 6.000000e+03
      value_limits 0 1.000000e-06 1.000000e-04
    end_expression
    molarVolume 2.802000e-02 # [m3/kmol]
    henrysLaw 0.000000e+00
  end_material
endMaterialPhases


# Particles
Particles  2
  particleDescription
    particleSpcId   1
    massPerVol      0.000000e+00
    solidMaterial
      materialName  "Kiln_feed"
      massFraction  1.000000e+00
      ageFactor     1.000000e+00
    endSolidMaterial
    type            file
    fileName        "app_model_kiln_psd.sff"
    radius1         0.00000e+00
    radius2         0.00000e+00
    units micron-diameter
    dragModel
      dragName              "WenYu-Ergun"
      multiplierFlag        CONSTANT
      multiplier            1.00000e+00
      multiplierFilePredef  ""
      multiplierFileUser    ""
      useLegacySlipVelInMult    off
      agglomeration
        onOff       on
        type        1
        radCut       3.60000e+01
        radBlend     5.00000e-06
        radBlendVar  2.00000e-01
        radFile      ""
        units micron-diameter
      endAgglomeration
    endDragModel
    useSpeciesVoidCP off
    sphericity      1.00000e+00
    emissivity      1.00000e+00
    scatterFactor   0.00000e+00
    comment         "Kiln Feed"
  end
  particleDescription
    particleSpcId   2
    massPerVol      0.000000e+00
    liquidMaterial
      materialName  "H2O"
      massFraction  1.000000e+00
      ageFactor     1.000000e+00
    endLiquidMaterial
    type            file
    fileName        "app_model_psd.sff"
    radius1         0.00000e+00
    radius2         0.00000e+00
    units micron-diameter
    dragModel
      dragName              "WenYu-Ergun"
      multiplierFlag        CONSTANT
      multiplier            1.00000e+00
      multiplierFilePredef  ""
      multiplierFileUser    ""
      useLegacySlipVelInMult    off
      agglomeration
        onOff       off
        type        1
        radCut       1.80000e-05
        radBlend     5.00000e-06
        radBlendVar  2.00000e-01
        radFile      ""
        units micron-diameter
      endAgglomeration
    endDragModel
    useSpeciesVoidCP off
    sphericity      1.00000e+00
    emissivity      1.00000e+00
    scatterFactor   0.00000e+00
    comment         "PSD_Water_droplets"
  end
endParticles

# GUI run settings (solver does not read these, only for GUI to pass command line)
runSettingsBegin
  useOpenMP               no
  openMPThreadCnt         2
  useGPU                  yes
  runSettingsGpuBegin
    gpuSelectMode         "prompt"
    gpuSelectDevices      "all"
    gpuAutoSelectMode     "availableMemory"
    gpuAutoSelectCount    "2"
    gpuFallBack           ""
  runSettingsGpuEnd
  quitOnPrompt            no
  quitOnLostLicense       no
  quitOnFE_INVALID        no
  tempLimitMode           ""
  chemistryBalanceMode    ""
  minDiskPercentMode      ""
  minDiskSpacePercentage  1
  advancedOptions         ""
runSettingsEnd

# Advanced GPU Settings
particleLoadBalanceBegin
  enabled ON
  decompositionType autoDecomp
  manualSettings OFF
  threshold 0.900000
  checkFreq 100
  dFactor 0.020000
  minCount 2000000
particleLoadBalanceEnd

guiFluidLibPath "/opt/CPFD/Barracuda/24.0.0/props/cpfd_prop.prp"

inviscid 0
inviscidWall 0

# Particle close pack vol frac.
voidCP 0.500000

# Local close pack vol frac. Vol frac are fraction of voidCP 
#        on/off ResetVolFrac MinVolFrac  MaxVolFrac      C1        MinImpact
localVoidCP  0   0.8000000   1.0000000   1.1000000  1.000000e+03  -1.000000e+00 

# Gravity (body force)
gravityBegin
  type   CONSTANT   # CONSTANT, ROTATING, or SFF

# If type = CONSTANT or ROTATING, these values are used
  xGrav  0.000000e+00
  yGrav  0.000000e+00
  zGrav -9.810000e+00

# If type = ROTATING, the following information is used
  rotationAxis X
  rotationVel  0.000000e+00

# If type = SFF, the following file is used
  gravityFile ""
gravityEnd

# Particle-to-wall bounce
wallReflNRetain    0.300000
wallReflTRetain    0.990000
wallReflSpecular   5
wallAngleImpact 0.000000 0.710000 1.000000 0.970000 0.900000 0.800000 0.720000 0.610000 0.520000 0.380000 0.300000 
#          wearFlag       powVel     powMass     minImpact    startTime 
wallImpact     0          3.500000   1.500000          0      0.000000e+00 

# Particle-to-wall impact
#          attritionFlag  powVel     powMass     minTrauma    startTime 
wallTrauma     0          2          1                 0      0.000000e+00 

# Particle-to-particle restitution
p_pRestitution   4.000000e-01
modelRedirection 0

# Small control volume control
smallCv          0.000000e+00

# particle volume interpolation at cut cells on a PresBC
usePolatePBcFlag on

# Boundary Conditions Properties
typeParticleFeed                       1
particleOverfeed                       1.00000e+00
particleFeedDeficit                    1.00000e-01
particleFeedDeficitFreq               -1.00000e+01
particleExitSmoothing                  1


# Pressure BC
presBC 1

presBCdescription  0
  fileFlag           1
  dir                2
  x1                 -1.880100e+00
  x2                 1.816100e+00
  y1                 -1.851400e+00
  y2                 1.839360e+00
  z1                 -5.491404e-16
  z2                 3.211820e-01
  areaFrac           1.00000e+00
  kFact              0.00000e+00
  limit              2
  pBcBehavior        EXIT_UNRESTRICT
  pres               0.00000e+00
  temp               3.00000e+02
  file               "PRESSURE_BC.sff"
  maxExitRad         1.00000e+10
  minExitRad         0.00000e+00
  units micron-diameter
  cvPlusMinus        0
  comment            "Gas outlet at the bottom of the Downcomer duct"
  fluxPlaneName      "FLUXBC_Pressure_Outlet"
  showRad             1
  nFluxRad            100
  showRadFile         ""
  gasSpcFluxPlane     NO_OUTPUT
  rawParticleData     on
  rawTracerData       off
  typeGasFrac  MOLE_FRACTION
  fluidSpecies
    gasSpc    "CO2" 0.280000
    gasSpc    "N2" 0.615000
    gasSpc    "O2" 0.035000
    vaporSpc "H2O" 0.070000
  endFluidSpecies
  tracerFeed
    enabled           OFF
    species           2000
    tracerResolution  1.000000e+02
    useBcConnector    OFF
    useSffFile        OFF
  endTracerFeed
  usePipeFeedback   Off
end


# Inlet flow BC
flowBC 4

flowBCdescription  0
  fileFlag          1
  fileFlagParticle  1
  typeDirFlow       xDir
  typeFlowBc        VELOCITY
  normalLimit       normal
  vectorDir         0.00000e+00  0.00000e+00  1.00000e+00
  forceAbsoluteDir  0
  varAngleVec       1.50000e+01
  x1                -1.206500e+01
  x2                -1.191211e+01
  y1                3.803920e+00
  y2                5.327380e+00
  z1                3.445550e+01
  z2                3.729200e+01
  areaFrac          1.00000e+00
  pBcBehavior       FEED_SLIPFLOWRATE
  flowBc            0.00000e+00
  temp              3.00000e+02
  pres              0.00000e+00
  file              "flow_gas_flow_cyclone1_inlet.sff"
  fileParticle      "flow_gas_flow_cyclone1_inlet.sff"
  maxExitRad        1.00000e+10
  minExitRad        0.00000e+00
  units micron-diameter
  cvPlusMinus       0
  comment           "Cyclone1_Inlet"
  fluxPlaneName     "FLUXBC_flow_cyclone1_inlet"
  showRad             0
  nFluxRad            100
  showRadFile         ""
  gasSpcFluxPlane     NO_OUTPUT
  rawParticleData     off
  rawTracerData       off
  typeGasFrac  MOLE_FRACTION
  fluidSpecies
    gasSpc    "O2" 0.035000
    gasSpc    "N2" 0.615000
    gasSpc    "CO2" 0.280000
    vaporSpc "H2O" 0.070000
  endFluidSpecies
  particleExit
    onOff                   OFF
    typeRateControl         RATE_METERED
    particleFlowRate        0
    particleVolumeFraction  0
  endParticleExit
  particleFeed
    particleResolutionFlag  off
    nParticlesPerCell       125
    particleResolutionFile  ""
    typeMixtureFrac         massFrac
    particleSpecies
      1  1.000000
    endParticleSpecies
    flux                    0.00000e+00
    flowRate                3.03000e+01
    pVolFrac                3.00000e-01
    slip                    5.00000e-01
  endParticleFeed
  particleFeedControl
    mode             MODE_NONE
    control          CTRL_NONE
    i                -1
    j                -1
    k                -1
    fluxPlaneName    ""
    fluxPlaneVarType CTRL_FPVAR_NONE
    test1            TST_NOTEST
      testVal1         0.00000e+00
      action1          ACT_NOACTION
      fluxPlaneName1   ""
      actionVal11      1.00000e+00
      actionVal12      1.00000e+00
      dtimeRange1      0.00000e+00
    test2            TST_NOTEST
      testVal2         0.00000e+00
      action2          ACT_NOACTION
      fluxPlaneName2   ""
      actionVal21      1.00000e+00
      actionVal22      1.00000e+00
      dtimeRange2      0.00000e+00
  endFeedControl
  tracerFeed
    enabled           OFF
    species           2000
    tracerResolution  1.000000e+02
    useBcConnector    OFF
    useSffFile        OFF
  endTracerFeed
end

flowBCdescription  1
  fileFlag          1
  fileFlagParticle  1
  typeDirFlow       xDir
  typeFlowBc        VELOCITY
  normalLimit       normal
  vectorDir         0.00000e+00  0.00000e+00  1.00000e+00
  forceAbsoluteDir  0
  varAngleVec       1.50000e+01
  x1                -6.246590e+00
  x2                -6.202790e+00
  y1                -5.296100e+00
  y2                -3.877140e+00
  z1                3.445670e+01
  z2                3.729030e+01
  areaFrac          1.00000e+00
  pBcBehavior       FEED_SLIPFLOWRATE
  flowBc            0.00000e+00
  temp              3.00000e+02
  pres              0.00000e+00
  file              "flow_gas_flow_cyclone2_inlet.sff"
  fileParticle      "flow_gas_flow_cyclone2_inlet.sff"
  maxExitRad        1.00000e+10
  minExitRad        0.00000e+00
  units micron-diameter
  cvPlusMinus       0
  comment           "Cyclone2_Inlet"
  fluxPlaneName     "FLUXBC_flow_cyclone2_inlet"
  showRad             1
  nFluxRad            100
  showRadFile         ""
  gasSpcFluxPlane     NO_OUTPUT
  rawParticleData     off
  rawTracerData       off
  typeGasFrac  MOLE_FRACTION
  fluidSpecies
    gasSpc    "O2" 0.035000
    gasSpc    "N2" 0.615000
    gasSpc    "CO2" 0.280000
    vaporSpc "H2O" 0.070000
  endFluidSpecies
  particleExit
    onOff                   OFF
    typeRateControl         RATE_METERED
    particleFlowRate        0
    particleVolumeFraction  0
  endParticleExit
  particleFeed
    particleResolutionFlag  off
    nParticlesPerCell       125
    particleResolutionFile  ""
    typeMixtureFrac         massFrac
    particleSpecies
      1  1.000000
    endParticleSpecies
    flux                    0.00000e+00
    flowRate                3.03000e+01
    pVolFrac                3.00000e-01
    slip                    5.00000e-01
  endParticleFeed
  particleFeedControl
    mode             MODE_NONE
    control          CTRL_NONE
    i                -1
    j                -1
    k                -1
    fluxPlaneName    ""
    fluxPlaneVarType CTRL_FPVAR_NONE
    test1            TST_NOTEST
      testVal1         0.00000e+00
      action1          ACT_NOACTION
      fluxPlaneName1   ""
      actionVal11      1.00000e+00
      actionVal12      1.00000e+00
      dtimeRange1      0.00000e+00
    test2            TST_NOTEST
      testVal2         0.00000e+00
      action2          ACT_NOACTION
      fluxPlaneName2   ""
      actionVal21      1.00000e+00
      actionVal22      1.00000e+00
      dtimeRange2      0.00000e+00
  endFeedControl
  tracerFeed
    enabled           OFF
    species           2000
    tracerResolution  1.000000e+02
    useBcConnector    OFF
    useSffFile        OFF
  endTracerFeed
end

flowBCdescription  2
  fileFlag          1
  fileFlagParticle  0
  typeDirFlow       zDir
  typeFlowBc        VELOCITY
  normalLimit       normal
  vectorDir         0.00000e+00  0.00000e+00  1.00000e+00
  forceAbsoluteDir  0
  varAngleVec       1.50000e+01
  x1                -9.602780e+00
  x2                -8.680830e+00
  y1                6.042010e+00
  y2                6.960520e+00
  z1                1.762110e+01
  z2                1.764140e+01
  areaFrac          1.00000e+00
  pBcBehavior       EXIT_UNRESTRICT
  flowBc            0.00000e+00
  temp              3.00000e+02
  pres              0.00000e+00
  file              "flow_gas_flow_cyclone1_dipleg.sff"
  fileParticle      "flow_gas_flow_cyclone1_dipleg.sff"
  maxExitRad        1.00000e+10
  minExitRad        0.00000e+00
  units micron-diameter
  cvPlusMinus       0
  comment           "Cyclone1_dipleg"
  fluxPlaneName     "FLUXBC_CYCLONE1_DIPLEG"
  showRad             1
  nFluxRad            100
  showRadFile         ""
  gasSpcFluxPlane     NO_OUTPUT
  rawParticleData     on
  rawTracerData       off
  typeGasFrac  MOLE_FRACTION
  fluidSpecies
    gasSpc    "CO2" 0.280000
    gasSpc    "N2" 0.615000
    gasSpc    "O2" 0.035000
    vaporSpc "H2O" 0.070000
  endFluidSpecies
  particleExit
    onOff                   OFF
    typeRateControl         RATE_METERED
    particleFlowRate        0
    particleVolumeFraction  0
  endParticleExit
  particleFeed
    particleResolutionFlag  off
    nParticlesPerCell       125
    particleResolutionFile  ""
    typeMixtureFrac         massFrac
    particleSpecies
    endParticleSpecies
    flux                    0.00000e+00
    flowRate                0.00000e+00
    pVolFrac                3.00000e-01
    slip                    5.00000e-01
  endParticleFeed
  particleFeedControl
    mode             MODE_NONE
    control          CTRL_NONE
    i                -1
    j                -1
    k                -1
    fluxPlaneName    ""
    fluxPlaneVarType CTRL_FPVAR_NONE
    test1            TST_NOTEST
      testVal1         0.00000e+00
      action1          ACT_NOACTION
      fluxPlaneName1   ""
      actionVal11      1.00000e+00
      actionVal12      1.00000e+00
      dtimeRange1      0.00000e+00
    test2            TST_NOTEST
      testVal2         0.00000e+00
      action2          ACT_NOACTION
      fluxPlaneName2   ""
      actionVal21      1.00000e+00
      actionVal22      1.00000e+00
      dtimeRange2      0.00000e+00
  endFeedControl
  tracerFeed
    enabled           OFF
    species           2000
    tracerResolution  1.000000e+02
    useBcConnector    OFF
    useSffFile        OFF
  endTracerFeed
end

flowBCdescription  3
  fileFlag          1
  fileFlagParticle  0
  typeDirFlow       zDir
  typeFlowBc        VELOCITY
  normalLimit       normal
  vectorDir         0.00000e+00  0.00000e+00  1.00000e+00
  forceAbsoluteDir  0
  varAngleVec       1.50000e+01
  x1                -9.678020e+00
  x2                -8.604820e+00
  y1                -7.047640e+00
  y2                -5.972850e+00
  z1                1.761850e+01
  z2                1.764870e+01
  areaFrac          1.00000e+00
  pBcBehavior       EXIT_UNRESTRICT
  flowBc            0.00000e+00
  temp              3.00000e+02
  pres              0.00000e+00
  file              "flow_gas_flow_cyclone2_dipleg.sff"
  fileParticle      "flow_gas_flow_cyclone2_dipleg.sff"
  maxExitRad        1.00000e+10
  minExitRad        0.00000e+00
  units micron-diameter
  cvPlusMinus       0
  comment           "Cyclone2_dipleg"
  fluxPlaneName     "FLUXBC_CYCLONE2_DIPLEG"
  showRad             1
  nFluxRad            100
  showRadFile         ""
  gasSpcFluxPlane     NO_OUTPUT
  rawParticleData     on
  rawTracerData       off
  typeGasFrac  MOLE_FRACTION
  fluidSpecies
    gasSpc    "CO2" 0.280000
    gasSpc    "N2" 0.615000
    gasSpc    "O2" 0.035000
    vaporSpc "H2O" 0.070000
  endFluidSpecies
  particleExit
    onOff                   OFF
    typeRateControl         RATE_METERED
    particleFlowRate        0
    particleVolumeFraction  0
  endParticleExit
  particleFeed
    particleResolutionFlag  off
    nParticlesPerCell       125
    particleResolutionFile  ""
    typeMixtureFrac         massFrac
    particleSpecies
    endParticleSpecies
    flux                    0.00000e+00
    flowRate                0.00000e+00
    pVolFrac                3.00000e-01
    slip                    5.00000e-01
  endParticleFeed
  particleFeedControl
    mode             MODE_NONE
    control          CTRL_NONE
    i                -1
    j                -1
    k                -1
    fluxPlaneName    ""
    fluxPlaneVarType CTRL_FPVAR_NONE
    test1            TST_NOTEST
      testVal1         0.00000e+00
      action1          ACT_NOACTION
      fluxPlaneName1   ""
      actionVal11      1.00000e+00
      actionVal12      1.00000e+00
      dtimeRange1      0.00000e+00
    test2            TST_NOTEST
      testVal2         0.00000e+00
      action2          ACT_NOACTION
      fluxPlaneName2   ""
      actionVal21      1.00000e+00
      actionVal22      1.00000e+00
      dtimeRange2      0.00000e+00
  endFeedControl
  tracerFeed
    enabled           OFF
    species           2000
    tracerResolution  1.000000e+02
    useBcConnector    OFF
    useSffFile        OFF
  endTracerFeed
end


# Normal stress
normStres   0            1             3          1e-08 

# Initial conditions ... must be entered after fluid prop.
initCond 1

ICdescription
  enabled     ON
  type        SPECIFIED
  x1          [
  x2          ]
  y1          [
  y2          ]
  z1          -5.491404e-16
  z2          4.510753e+01
  u            0.00000e+00
  v            0.00000e+00
  w            0.00000e+00
  pres         8.91000e+04
  temp         7.23150e+02
  comment      "Gas composition at Cyclone Inlet initialized for the entire domain"
  typeGasFrac  MOLE_FRACTION
  fluidSpecies
    gasSpc    "O2" 0.042000
    gasSpc    "N2" 0.801000
    gasSpc    "CO2" 0.152000
    vaporSpc "H2O" 0.005000
  endFluidSpecies
  fluidICfile     ""
  neighborCount   8
  distanceFactor  1.000000e+00
end


# Initial particle velocity.
InitVelP 0

# NP per cell flag - 1-5=calculate np where 1=low and 5=high
npPerCellFlag 3

# Initial particle distribution
Distribution 2

distribution 0
  enabled                 OFF
  species                 1
  x1                      -9.315200e+00
  x2                      -8.976080e+00
  y1                      -6.655820e+00
  y2                      -6.348160e+00
  z1                      1.944480e+01
  z2                      2.074000e+01
  numParticles            0
  volFrac                 4.000000e-01
  mass                    0.000000e+00
  temperature             7.231500e+02
  noMomentum              off
  type                    REGION
  typeNumParticles        SLIDER_GLOBAL
  typeVolume              VOLUME_VOLFRAC
  randomize               1
  dVolFracRand            1.000000e+00
  comment                 ""
  particleResolutionFlag  off
  particleResolutionFile  ""
  particleICfile          ""
  resetResidence          OFF
  splitByGridRatio        OFF
endDistribution

distribution 1
  enabled                 OFF
  species                 1
  x1                      -9.324120e+00
  x2                      -8.964640e+00
  y1                      6.341120e+00
  y2                      6.663080e+00
  z1                      1.944480e+01
  z2                      2.070800e+01
  numParticles            0
  volFrac                 4.000000e-01
  mass                    0.000000e+00
  temperature             7.231500e+02
  noMomentum              off
  type                    REGION
  typeNumParticles        SLIDER_GLOBAL
  typeVolume              VOLUME_VOLFRAC
  randomize               1
  dVolFracRand            1.000000e+00
  comment                 ""
  particleResolutionFlag  off
  particleResolutionFile  ""
  particleICfile          ""
  resetResidence          OFF
  splitByGridRatio        OFF
endDistribution


# Data plane variables. Data written each plot freq time
# gridResolution 0 or 1. 0 = specified resolution, 1 = use grid
dataPlanes 0

   timeInterval 1.000000e-01
   nonCellValue NAN
   useOldFileNames OFF

end_dataPlanes


# Minimum bc area reduction for aFrac (volFrac*aFrac*area >= areaFracMin*aFrac*area
areaFracMin 1.000000
#

# Cell variables
draw_f  ijk volume clouds wallHeatTransfer fCompMoleFrac frho fTemp velf pTemp velp void pres species

# Particle mesh variables
draw_p  pid cloudmass material size speed temp velocity void npCloud resTime species

# Save average data
SaveAveData start 5.000000e+00  fCompMassFrac fCompMoleFrac fTemp velf pTemp velp voidp pres
SaveAveDataByVolFrac  on  # default is on, other option is off

# Raw Data Output
rawDataOutput
  timeInterval 1.000000e+20
  particleDataEnabled off
  particleData  pid
  cellDataEnabled off
  cellData  xyz cellId cellVol
endRawDataOutput

# Population Data
population
  enabled               ON
  outputFrequency       2.500000e+01
  radiusDivisions       50
  typeRadiusDivision    TYPE_MINMAX_LEGACY
  radiusMin             0.000000e+00
  radiusMax             0.000000e+00
  units micron-diameter
endPopulation


# Write flux plane
fluxPlane 8
  fluxPlaneDescription
    dir               2
    locnod            0
    x1                -1.051263e+01
    x2                -7.875290e+00
    y1                5.317224e+00
    y2                7.670982e+00
    z1                3.785039e+01
    z2                3.785039e+01
    comment           "Cyclone1_Outlet"
    filename          "FLUX_Cyclone1_Outlet"
    showRad             1
    nFluxRad            100
    showRadFile         ""
    plusMinusFlux       0
    gasSpcFluxPlane     MASS_TIME_CUMU
    rawParticleData     on
    rawTracerData       off
    resetResidence      off
    resetResidenceTracer off
  end

  fluxPlaneDescription
    dir               2
    locnod            0
    x1                -1.034996e+01
    x2                -7.939311e+00
    y1                -7.664065e+00
    y2                -5.217964e+00
    z1                3.831527e+01
    z2                3.831527e+01
    comment           "Cyclone2_Outlet"
    filename          "FLUX_Cyclone2_outlet"
    showRad             1
    nFluxRad            100
    showRadFile         ""
    plusMinusFlux       0
    gasSpcFluxPlane     MASS_TIME_CUMU
    rawParticleData     on
    rawTracerData       off
    resetResidence      off
    resetResidenceTracer off
  end

  fluxPlaneDescription
    dir               2
    locnod            0
    x1                -1.984725e+00
    x2                1.816100e+00
    y1                -2.017827e+00
    y2                1.988583e+00
    z1                3.540460e+01
    z2                3.540460e+01
    comment           "Visualization plane before injection"
    filename          "FLUX_BEFORE_INJECTION"
    showRad             1
    nFluxRad            100
    showRadFile         ""
    plusMinusFlux       0
    gasSpcFluxPlane     NO_OUTPUT
    rawParticleData     on
    rawTracerData       off
    resetResidence      off
    resetResidenceTracer off
  end

  fluxPlaneDescription
    dir               2
    locnod            0
    x1                -1.847318e+00
    x2                1.816100e+00
    y1                -2.110435e+00
    y2                2.532521e+00
    z1                2.328300e+01
    z2                2.328300e+01
    comment           "Plane 1"
    filename          "FLUX_Plane1"
    showRad             1
    nFluxRad            100
    showRadFile         ""
    plusMinusFlux       0
    gasSpcFluxPlane     MASS_FLOW_RATE
    rawParticleData     on
    rawTracerData       off
    resetResidence      off
    resetResidenceTracer off
  end

  fluxPlaneDescription
    dir               2
    locnod            0
    x1                -1.873200e+00
    x2                1.816100e+00
    y1                -2.110430e+00
    y2                2.532520e+00
    z1                1.863000e+01
    z2                1.863000e+01
    comment           "Plane 2"
    filename          "FLUX_Plane2"
    showRad             1
    nFluxRad            100
    showRadFile         ""
    plusMinusFlux       0
    gasSpcFluxPlane     MASS_FLOW_RATE
    rawParticleData     on
    rawTracerData       off
    resetResidence      off
    resetResidenceTracer off
  end

  fluxPlaneDescription
    dir               2
    locnod            0
    x1                -1.847320e+00
    x2                1.816100e+00
    y1                -2.110430e+00
    y2                2.532520e+00
    z1                1.397000e+01
    z2                1.397000e+01
    comment           "Plane 3"
    filename          "FLUX_Plane3"
    showRad             1
    nFluxRad            100
    showRadFile         ""
    plusMinusFlux       0
    gasSpcFluxPlane     MASS_FLOW_RATE
    rawParticleData     on
    rawTracerData       off
    resetResidence      off
    resetResidenceTracer off
  end

  fluxPlaneDescription
    dir               2
    locnod            0
    x1                -1.847320e+00
    x2                1.816100e+00
    y1                -2.110430e+00
    y2                2.532520e+00
    z1                9.313000e+00
    z2                9.313000e+00
    comment           "Plane 4"
    filename          "FLUX_Plane4"
    showRad             1
    nFluxRad            100
    showRadFile         ""
    plusMinusFlux       0
    gasSpcFluxPlane     MASS_FLOW_RATE
    rawParticleData     on
    rawTracerData       off
    resetResidence      off
    resetResidenceTracer off
  end

  fluxPlaneDescription
    dir               2
    locnod            0
    x1                -1.847320e+00
    x2                1.816100e+00
    y1                -2.110430e+00
    y2                2.532520e+00
    z1                4.657000e+00
    z2                4.657000e+00
    comment           "Plane 5"
    filename          "FLUX_Plane5"
    showRad             1
    nFluxRad            100
    showRadFile         ""
    plusMinusFlux       0
    gasSpcFluxPlane     MASS_FLOW_RATE
    rawParticleData     on
    rawTracerData       off
    resetResidence      off
    resetResidenceTracer off
  end


# Uniform cloud volume
uniformCloudVol 1

# Collision model
collisionRestitCoef       9.800000e-01
collisionRelaxEquil       off
collisionRelaxIsotropy    off
collisionLiqMassTransfer  on
liquidCollisionParams
    kus 1.000000e-02
    kul 1.000000e-01
    R 1.000000e+00
endLiquidCollisionParams
#Collision Blend Acceleration model
collisionBlendAccel off  1.000000e-01  6.000000e-01

# Turbulence model
turbulence
  turbModel           2
  SmagorinskyConst    1.000000e-02
  keProductionConst   9.000000e-02
  keDissipationConst  0.000000e+00
  thermalModel        0
  particleInTurbEddy  off
endTurbulence

# Blend 1st and 2nd order advection
advection
  type       QSOU
  alphaQSOU  0.300000
  betaQSOU   1.000000
  blendDSOU  0.000000
  userWarned 
end

# Blend explicit/implicit advection, diffusion and lumped resistance. 50=Crank-Nicolson
implicitWt 100

# Blend explicit/implicit Up in continuum drag
# (Note:  Not currently used)

# k-factor adjustment 
kFactAdjust 0.000000

# Limit number of particles per cell based on ave  or max 
pNumVolSize 1

# Close pack limit coefficient for adjusting initial volume fractions
volFracCoefToClosePack 1.020000

# Set initial seed with or without random variation 
randLoc 0

# damp particle normal stress induced velocity 
wacker 1

# ------------ Energy equation parameters ------------
thermal

  # cap total particle projected area in cells for radiation P1 model
  capParticleAreaRadiateP1    on

  interpParticleAreaRadiateP1    on


  # Thermal wall BCs
  thermalWallBc  0

  endThermalWallBc


  # Heat transfer coefficient constants

  # Fluid-to-wall heat transfer coefficient: c0 c1 c2 n1 n2
  htc_f2w_c0 4.600000e-01
  htc_f2w_c1 3.660000e+00
  htc_f2w_c2 0.000000e+00
  htc_f2w_n1 5.000000e-01
  htc_f2w_n2 3.300000e-01

  # Dense phase heat transfer coefficient: c0 n1
  htc_f2w_dense_c0  5.250000e-01
  htc_f2w_dense_n1  7.500000e-01

  # Fluid-to-particle heat transfer coefficient: c0 c1 c2 n1
  htc_f2p_c0 0.000000e+00
  htc_f2p_c1 0.000000e+00
  htc_f2p_c2 0.000000e+00
  htc_f2p_n1 0.000000e+00

endthermal
# ---------- End energy equation parameters ----------

# wall heat output format (controls all output): RATE (J/s) or FLUX (J/sm^2)
wallHeatOutputFormat  RATE
multBaseVel   1.000000e+00


# Point Source Injections; Includes Particle, Liquid Droplet, Tracer and Fluid Injections
fluidJetPenetration  0.000000e+00
Injections   1
  injectionDescription     1
    name                         "Injection_water"
    comment                      "Water Spray Locations, and nozzle setup"
    fluxPlane                    "FLUX_injection_location"
    showRad             0
    nFluxRad            100
    showRadFile         ""
    gasSpcFluxPlane     NO_OUTPUT
    rawParticleData     on
    rawTracerData       off
# particles -----
    particleDescription
      particleActive             ON
      type                       PARTICLE

      numDensityType             MANUAL
      particleResolutionFlag     off
      tracerResolution           100
      numDensity                 125
      particleResolutionFile     ""

      flagInjectFile             1
      injectFile                 "feed_water_spray.sff"
      usingBcConnector           OFF
      massFlow                   0.000000e+00
      velocity                   0.000000e+00
      temperature                3.000000e+02

      flagSpeciesFile            0
      speciesFile                ""
      typeSpeciesFrac            MASS_FRACTION
      species
        spcID                    2    1
      endSpecies

      expansionAngle1            3.000000e+01
      expansionAngle2            3.000000e+01
      orientationAngle           0.000000e+00
    endParticleDescription 


# fluid -----
    fluidDescription
      fluidActive                ON
      flagInjectFile             1
      injectFile                 "feed_compressed_air.sff"
      usingBcConnector           OFF
      velOrArea                  VELOCITY
      velocity                   0.000000e+00
      massFlow                   0.000000e+00
      temperature                3.000000e+02
      dynamicDist 0
      Cd 8.000000e-01
      flagSpeciesFile            0
      speciesFile                ""
  typeGasFrac  MOLE_FRACTION
  fluidSpecies
    gasSpc    "O2" 0.210000
    gasSpc    "N2" 0.790000
  endFluidSpecies
    endFluidDescription 


# locations -----
    locations        8
      locationDescription  1
        name                     "Nozzle1"
        onOff                    ON
        x                        1.143000e+00
        y                        0.000000e+00
        z                        2.794000e+01
        nx                       0.000000e+00
        ny                       0.000000e+00
        nz                      -1.000000e+00
        massWeightFluid          1.000000e+00
        massWeightParticle       1.000000e+00
        tempMultiFluid           1.000000e+00
        tempMultiParticle        1.000000e+00
      endLocationDescription

      locationDescription  2
        name                     "Nozzle2"
        onOff                    ON
        x                        8.082230e-01
        y                        8.082230e-01
        z                        2.794000e+01
        nx                       0.000000e+00
        ny                       0.000000e+00
        nz                      -1.000000e+00
        massWeightFluid          1.000000e+00
        massWeightParticle       1.000000e+00
        tempMultiFluid           1.000000e+00
        tempMultiParticle        1.000000e+00
      endLocationDescription

      locationDescription  3
        name                     "Nozzle3"
        onOff                    ON
        x                        7.000000e-17
        y                        1.143000e+00
        z                        2.794000e+01
        nx                       0.000000e+00
        ny                       0.000000e+00
        nz                      -1.000000e+00
        massWeightFluid          1.000000e+00
        massWeightParticle       1.000000e+00
        tempMultiFluid           1.000000e+00
        tempMultiParticle        1.000000e+00
      endLocationDescription

      locationDescription  4
        name                     "Nozzle4"
        onOff                    ON
        x                       -8.082230e-01
        y                        8.082230e-01
        z                        2.794000e+01
        nx                       0.000000e+00
        ny                       0.000000e+00
        nz                      -1.000000e+00
        massWeightFluid          1.000000e+00
        massWeightParticle       1.000000e+00
        tempMultiFluid           1.000000e+00
        tempMultiParticle        1.000000e+00
      endLocationDescription

      locationDescription  5
        name                     "Nozzle5"
        onOff                    ON
        x                       -1.143000e+00
        y                        1.400000e-16
        z                        2.794000e+01
        nx                       0.000000e+00
        ny                       0.000000e+00
        nz                      -1.000000e+00
        massWeightFluid          1.000000e+00
        massWeightParticle       1.000000e+00
        tempMultiFluid           1.000000e+00
        tempMultiParticle        1.000000e+00
      endLocationDescription

      locationDescription  6
        name                     "Nozzle6"
        onOff                    ON
        x                       -8.082230e-01
        y                       -8.082230e-01
        z                        2.794000e+01
        nx                       0.000000e+00
        ny                       0.000000e+00
        nz                      -1.000000e+00
        massWeightFluid          1.000000e+00
        massWeightParticle       1.000000e+00
        tempMultiFluid           1.000000e+00
        tempMultiParticle        1.000000e+00
      endLocationDescription

      locationDescription  7
        name                     "Nozzle7"
        onOff                    ON
        x                       -2.100000e-16
        y                       -1.143000e+00
        z                        2.794000e+01
        nx                       0.000000e+00
        ny                       0.000000e+00
        nz                      -1.000000e+00
        massWeightFluid          1.000000e+00
        massWeightParticle       1.000000e+00
        tempMultiFluid           1.000000e+00
        tempMultiParticle        1.000000e+00
      endLocationDescription

      locationDescription  8
        name                     "Nozzle8"
        onOff                    ON
        x                        8.082230e-01
        y                       -8.082230e-01
        z                        2.794000e+01
        nx                       0.000000e+00
        ny                       0.000000e+00
        nz                      -1.000000e+00
        massWeightFluid          1.000000e+00
        massWeightParticle       1.000000e+00
        tempMultiFluid           1.000000e+00
        tempMultiParticle        1.000000e+00
      endLocationDescription

    endLocations
  endInjectionDescription
endInjections

#liquidCompressibilty beta p_ref
liquidCompressibilty 0.000000e+00 1.013250e+05


# transient plot variables 
transientPlot

wallBlockHeatTransientOut  1

# nXyz write flush      Output file    
# ---- ----- ----- --------------------
  55   1   0    trans.data  

# 0=loc 1=node 

# type                    loc        x             y             z        comment
# ----------------------- --- ------------- ------------- ------------- ------------
 gasspc_molefrac           0  5.010705e-02  0.000000e+00  2.742893e+01  ""
 ftemp                     0  5.010705e-02  0.000000e+00  2.742893e+01  ""
 ptemp                     0  5.010705e-02  0.000000e+00  2.742893e+01  ""
 ftemp                     0  0.000000e+00  0.000000e+00  1.000000e+00  "Data at 1m above the origin"
 ptemp                     0  0.000000e+00  0.000000e+00  1.000000e+00  "Data at 1m above the origin"
 localVolfracSpc           0  0.000000e+00  0.000000e+00  1.000000e+00  "Data at 1m above the origin"
 gasspc_molefrac           0  0.000000e+00  0.000000e+00  1.000000e+00  "Data at 1m above the origin"
 ftemp                     0  0.000000e+00  0.000000e+00  2.000000e+00  "Data at 2m above the origin"
 ptemp                     0  0.000000e+00  0.000000e+00  2.000000e+00  "Data at 2m above the origin"
 localVolfracSpc           0  0.000000e+00  0.000000e+00  2.000000e+00  "Data at 2m above the origin"
 gasspc_molefrac           0  0.000000e+00  0.000000e+00  2.000000e+00  "Data at 2m above the origin"
 ftemp                     0  0.000000e+00  0.000000e+00  3.000000e+00  "Data at 3m above the origin"
 ptemp                     0  0.000000e+00  0.000000e+00  3.000000e+00  "Data at 3m above the origin"
 localVolfracSpc           0  0.000000e+00  0.000000e+00  3.000000e+00  "Data at 3m above the origin"
 gasspc_molefrac           0  0.000000e+00  0.000000e+00  3.000000e+00  "Data at 3m above the origin"
 ftemp                     0  0.000000e+00  0.000000e+00  4.000000e+00  "Data at 4m above the origin"
 ptemp                     0  0.000000e+00  0.000000e+00  4.000000e+00  "Data at 4m above the origin"
 localVolfracSpc           0  0.000000e+00  0.000000e+00  4.000000e+00  "Data at 4m above the origin"
 gasspc_molefrac           0  0.000000e+00  0.000000e+00  4.000000e+00  "Data at 4m above the origin"
 ftemp                     0  0.000000e+00  0.000000e+00  5.000000e+00  "Data at 5m above the origin"
 ptemp                     0  0.000000e+00  0.000000e+00  5.000000e+00  "Data at 5m above the origin"
 localVolfracSpc           0  0.000000e+00  0.000000e+00  5.000000e+00  "Data at 5m above the origin"
 gasspc_molefrac           0  0.000000e+00  0.000000e+00  5.000000e+00  "Data at 5m above the origin"
 ftemp                     0  0.000000e+00  0.000000e+00  6.000000e+00  "Data at 6m above the origin"
 ptemp                     0  0.000000e+00  0.000000e+00  6.000000e+00  "Data at 6m above the origin"
 localVolfracSpc           0  0.000000e+00  0.000000e+00  6.000000e+00  "Data at 6m above the origin"
 gasspc_molefrac           0  0.000000e+00  0.000000e+00  6.000000e+00  "Data at 6m above the origin"
 ftemp                     0  0.000000e+00  0.000000e+00  7.000000e+00  "Data at 7m above the origin"
 ptemp                     0  0.000000e+00  0.000000e+00  7.000000e+00  "Data at 7m above the origin"
 localVolfracSpc           0  0.000000e+00  0.000000e+00  7.000000e+00  "Data at 7m above the origin"
 gasspc_molefrac           0  0.000000e+00  0.000000e+00  7.000000e+00  "Data at 7m above the origin"
 ftemp                     0  0.000000e+00  0.000000e+00  8.000000e+00  "Data at 8m above the origin"
 ptemp                     0  0.000000e+00  0.000000e+00  8.000000e+00  "Data at 8m above the origin"
 localVolfracSpc           0  0.000000e+00  0.000000e+00  8.000000e+00  "Data at 8m above the origin"
 gasspc_molefrac           0  0.000000e+00  0.000000e+00  8.000000e+00  "Data at 8m above the origin"
 ftemp                     0  0.000000e+00  0.000000e+00  9.000000e+00  "Data at 9m above the origin"
 ptemp                     0  0.000000e+00  0.000000e+00  9.000000e+00  "Data at 9m above the origin"
 localVolfracSpc           0  0.000000e+00  0.000000e+00  9.000000e+00  "Data at 9m above the origin"
 gasspc_molefrac           0  0.000000e+00  0.000000e+00  9.000000e+00  "Data at 9m above the origin"
 ftemp                     0  0.000000e+00  0.000000e+00  1.000000e+01  "Data at 10m above the origin"
 ptemp                     0  0.000000e+00  0.000000e+00  1.000000e+01  "Data at 10m above the origin"
 localVolfracSpc           0  0.000000e+00  0.000000e+00  1.000000e+01  "Data at 10m above the origin"
 gasspc_molefrac           0  0.000000e+00  0.000000e+00  1.000000e+01  "Data at 10m above the origin"
 ftemp                     0  0.000000e+00  0.000000e+00  1.500000e+01  "Data at 15m above the origin"
 ptemp                     0  0.000000e+00  0.000000e+00  1.500000e+01  "Data at 15m above the origin"
 localVolfracSpc           0  0.000000e+00  0.000000e+00  1.500000e+01  "Data at 15m above the origin"
 gasspc_molefrac           0  0.000000e+00  0.000000e+00  1.500000e+01  "Data at 15m above the origin"
 ftemp                     0  0.000000e+00  0.000000e+00  2.000000e+01  "Data at 20m above the origin"
 ptemp                     0  0.000000e+00  0.000000e+00  2.000000e+01  "Data at 20m above the origin"
 localVolfracSpc           0  0.000000e+00  0.000000e+00  2.000000e+01  "Data at 20m above the origin"
 gasspc_molefrac           0  0.000000e+00  0.000000e+00  2.000000e+01  "Data at 20m above the origin"
 ftemp                     0  0.000000e+00  0.000000e+00  2.500000e+01  "Data at 25m above the origin"
 ptemp                     0  0.000000e+00  0.000000e+00  2.500000e+01  "Data at 25m above the origin"
 localVolfracSpc           0  0.000000e+00  0.000000e+00  2.500000e+01  "Data at 25m above the origin"
 gasspc_molefrac           0  0.000000e+00  0.000000e+00  2.500000e+01  "Data at 25m above the origin"

end_transientPlot
# End transient plot variables 


# --- development --- features in solver not yet in gui
developmentBegin
developmentEnd
# --------------- End of development ---------------

# End
