「Subroutine munpcalculate」:修訂間差異

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已建立頁面,內容為 "The subroutine can advise the equation of mobility or behavior of mobility by yourself in the calculation. You should add $usemunpfunc in your input file to set..."
 
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第5行: 第5行:
'''<big><big>Global Variable</big></big>'''
'''<big><big>Global Variable</big></big>'''


  dz, KB, temperature, efn, efp, n, p, maxlayers, bandgap ,currentboundaryon, mun, mup, taun, taup, gatevoltage, Efield
  dz, KB, temperature, efn, efp, n, p, bandgap, mun, mup, taun, taup, gatevoltage, Efield




第13行: 第13行:
* KB : Mass of electron.
* KB : Mass of electron.
* temperature : Step of voltage.
* temperature : Step of voltage.
* efn: Sparse matrix calculation module.
* efn: Fermi level of electron.
* efp: Sparse matrix calculation module.
* efp: Fermi level of electron.
* n :  
* n : Electron carrier density.
* p :  
* p : Electron carrier density.
 
* bandgap : Bandgap.
* dz : Grid size.
* mun : Mobility of electron.
* nl : Total length for your input file.
* mup : Mobility of hole.
* maxlayers : layers of number for your input file.
* taun : Lifetime of electron.
* radAUR : Radiative recombination in each position.
* taup : Lifetime of hole.
* nonradSRHUR : Non-radiative recombination in each position.
* nonradAugerUR : Auger recombination in each position.
* gatevoltage : Current voltage in the calculation.
* gatevoltage : Current voltage in the calculation.
* outfile : outfile module.
* Efield : Electric field.
 
 




'''<big><big>Compile</big></big>'''


ifort  -msse3 -O3  -no-prec-div -shared -fPIC libmunpcalculate.f90 -o libmunpcalculate.so






[[$usemunpfunc]],
[[$usemunpfunc]],

於 2017年8月22日 (二) 20:45 的最新修訂

The subroutine can advise the equation of mobility or behavior of mobility by yourself in the calculation. You should add $usemunpfunc in your input file to set the parameter of mobility.


Global Variable

dz, KB, temperature, efn, efp, n, p, bandgap, mun, mup, taun, taup, gatevoltage, Efield


Global Variable Explanation

  • dz : Grid size.
  • KB : Mass of electron.
  • temperature : Step of voltage.
  • efn: Fermi level of electron.
  • efp: Fermi level of electron.
  • n : Electron carrier density.
  • p : Electron carrier density.
  • bandgap : Bandgap.
  • mun : Mobility of electron.
  • mup : Mobility of hole.
  • taun : Lifetime of electron.
  • taup : Lifetime of hole.
  • gatevoltage : Current voltage in the calculation.
  • Efield : Electric field.


Compile

ifort -msse3 -O3 -no-prec-div -shared -fPIC libmunpcalculate.f90 -o libmunpcalculate.so


$usemunpfunc,