i have added the file below please answer #14nmfinfet

# Material Definitions

material material=SiGe EG300=1.12 mun=2360

mesh space.mult=1.0

#x meshing

x.mesh loc=0.000 spac=0.001

x.mesh loc=0.002 spac=0.001

x.mesh loc=0.008 spac=0.001

x.mesh loc=0.022 spac=0.001

x.mesh loc=0.028 spac=0.001

x.mesh loc=0.03 spac=0.001

#y meshing

y.mesh loc=0.000 spac=0.001

y.mesh loc=0.003 spac=0.001

y.mesh loc=0.005 spac=0.001

y.mesh loc=0.025 spac=0.001

y.mesh loc=0.045 spac=0.001

y.mesh loc=0.075 spac=0.001

#region

#source

region num=1 material=SiGe x.min=0.002 x.max=0.008 y.min=0.005 y.max=0.025

#channel

region num=2 material=SiGe x.min=0.008 x.max=0.022 y.min=0.005 y.max=0.025

#drain

region num=3 material=SiGe x.min=0.022 x.max=0.03 y.min=0.005 y.max=0.025

#source contact

region num=4 material=aluminium x.min=0.00 x.max=0.002 y.min=0.005 y.max=0.025

#drain contact

region num=5 material=aluminium x.min=0.028 x.max=0.03 y.min=0.005 y.max=0.025

#oxide

region num=6 material=HfO2 x.min=0.008 x.max=0.022 y.min=0.003 y.max=0.005

#gate

region num=7 material=aluminium x.min=0.008 x.max=0.022 y.min=0.000 y.max=0.003

#buried oxide

region num=8 material=Al2O3 x.min=0.000 x.max=0.03 y.min=0.025 y.max=0.045

#substrate

region num=9 material=si x.min=0.000 x.max=0.03 y.min=0.045 y.max=0.07

#substrate contact

region num=10 material=si x.min=0.000 x.max=0.03 y.min=0.07 y.max=0.075

#electrode

electrode name=gate region=7

electrode name=source region=4

electrode name=drain region=5

electrode name=substrate region=10

# doping

doping region=2 p.type conc=1e16 uniform

doping region=1 n.type conc=1e20 uniform

doping region=3 n.type conc=1e20 uniform

doping region=9 p.type conc=1e15 uniform

#materials

material material=silicon EG300=1.12 mun=2360

#contact_specification

contact name=gate workfunction=4.45

contact name=source neutral

contact name=drain neutral

contact name=substrate neutral

#models

material material=silicon EG300=1.12 mun=1100

models conmob auger bgn fldmob srh print

# Method

method newton trap

# Output

output val.band con.band qfn qfp e.field j.electron j.hole j.conduction j.total ex.field ey.field flowline e.mobility h.mobility e.temp h.temp j.disp

# Solving Steps

solve init

solve prev

solve vdrain=0.05

solve vgate=-0.8 vstep=0.04 vfinal=0.8 name=gate1

solve vgate=-0.8 vstep=0.04 vfinal=0.8 name=gate2

# Saving and Visualization

log outf=aa.log master

save outf=aa.str

tonyplot aa.str

tonyplot aa.log

# Quit

quit