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data15
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&GASNEUT2
BETAG = .25
FPF = 0.5
FPD = 0.5
THETA = 2.4
FMOL = 0.5
FUELPF = 0.0e21
FUELPLOUT =0.0e20
FUELPLIN =0.0e21
FUELMP = 0.0e20
SPELLET= 0.0E21
wallmult = 0.0
XMSOL = 0.1
RWPF = 1.0
RWPL = 1.0
RWSOL= 1.0
RWDP = 0.999
IOPTPUMP = 2
DELPUMP = 0.0
RPUMP = 0.999
PUMPSPEED = 150.0
HNSOL = 1.0
HNDIV = 0.50
hVSOL = 1.0
XMSOL = 0.1
HVDIV = 0.5
HTSOL = 1.0
HTDIV = 0.5
DELTB = 1.E-2
DELPED= 1.E-2
EPDIV = 2.
FRACXPT = 0.0
IMAT = 2
IMOL = 1
FEX = 0.05
TSOR = 2.0
AMU = 2.
REABSORBD = 0.05
REABSORBDIV = 0.05
REABSORBSOL = 0.00
REABSORBCOR = 0.00
IOPTELN = 0
IOPTSOLN = 1
WTXPT = 0.1
/
TEP NEUTRAL MODEL INPUT, UNITS MKS
BETAG = BTHETA/BPHI
FPF = FRACTION NEUTRALS ESCAPING INTO PF+PL THAT GO INTO PF
FPD = FRACTION NEUTRALS ESCAPING INTO P+D THAT GO INTO DIV PLATE
THETA = ANGLE OF INCIDENCE OF FIELD LINES WITH DIV PLATE
FMOL = FRACTION OF NEUTRALS RE-EMITTED AS MOLECULES
FUELPF = FUELING RATE IN PRIVATE FLUX REGION (/s)
FUELPL = FUELING RATE IN DIVERTOR PLENUN (/s)
FUELMP = FUELING RATE IN SOL PLENUM (/s)
SPELLET = PELLET FUELING RATE (/s)
DELX = PLENUM WALL-PLASMA DISTANCE AT X-PT
DELLT = PARALLEL DIMENSION OF RECYCLING/RECMB REGION AT DIV PLATE
XLPL = POLOIDAL WALL LENGTH DIV PLATE TO X-PT IN DIV PLENUM
XLPF = POLOIDAL WALL LENGTH IN PRIVATE FLUX REGION
RWPF = WALL REFLECTION COEF IN PRIVATE FLUX REGION
RWPL = WALL REFLECTION COEF IN DIVERTOR PLENUM
RWSOL = WALL REFLECTION COEF IN SOL PLENUM
RWDP = WALL REFLECTION COEF AT DIV PLATE
IOPTPUMP = 0 USE DELPUMP & RPUMP
= 1 USE PUMPSPEED
= 2 DIII-D GEOMETRY.
DELPUMP = PUMPING LENGTH
RPUMP = PUMP DUCT REFLECTION
XRING = RADIAL POSITION LEFTMOST PART OF RING
XSEP = RADIAL POSITION OF SEPARATRIX STRIKE POINT ON DIVERTOR
YPUMP = VERTICAL EXTENT PUMP DUCT IN DIII-D GEOMETRY
PUMPSPEED = PUMPING SPEED (m3/s)
RMAJOR = MAJOR RADIUS (m)
HNSOL = (NSOL = HNSOL*NSEP)
HNDIV = (NDIV = HNDIV*NSOL + (1-HNDIV)*ND)
HVSOL & HVDIV = SAME FOR VELOCITY
XMSOL = MACH NO. IN SOL
HTSOL & HTDIV = SAME FOR TEMP
DELTB = WIDTH TRANSPORT BARRIER
DELPED = WIDTH PEDESTAL REGION
EPDIV = FIELD LINE (FLUX) EXPANSION FACTOR IN DIVERTOR
DIVDEPTH = DEPTH OF DIVERTOR (m) IN POLOIDAL PLANE
FRACXPT = FRACTION OF XPT INWARD NEUTRAL CURRENT
ONLY CHECKS OUT FOR FRACXPT = 0.0
IMAT = 1 DIVERTOR SURFACE BE (FOR MOLECULAR FRACTION)
= 2 DIVERTOR SURFACE C
= 3 DIVERTOR SURFACE W
IMOL = 0 ALL PARTICLES RECYCLE FROM DP AS ATOMS
= 1 RECYCLE AS ATOMS + GROUND STATE MOLECULES
= 2 RECYCLE AS ATOMS + GROUND AND EXCITED STATE MOLECULES
FEX = EXCITED FRACTION OF RECYCLING MOLECULES LEAVING PLATE
TSOR = TEMP eV INJECTED FUEL GAS
DELXPT = POLOIDAL EXTENT OF XPT ACCESS FROM PRIVATE FLUX REGION (m)
AMU = PARTICLE MASS (AMU)
REABSORBX = FRACTION OF IONIZATION RADIATION REABSORBED IN REGION X
IOPTELN = 0, DO NOT INCLUDE NEUTRAL-NEUTRAL SCATTERING
= 1, INCLUDE NEUTRAL-NEUTRAL SCATTERING
IOPTSOLN = 0, USE INPUT HNSOL TO CALC NSOL=HNSOL*NSEP, ETC.
= 1, USE EXP NSOL & TSOL TO CALC NEUTRAL PENETRATION