「Subroutine exciton1D」：修訂間差異
跳至導覽
跳至搜尋
Jameshuang（留言 | 貢獻） 無編輯摘要 |
Jameshuang（留言 | 貢獻） 無編輯摘要 |
||
| 第1行： | 第1行： | ||
$lib1dexciton1D is a function that you can calculate distribution of exciton in organic material by this file. You should add [[$callexciton]] in your input file to set the parameter of exciton. | $lib1dexciton1D is a function that you can calculate distribution of exciton in organic material by this file. You should add [[$callexciton]] in your input file to set the parameter of exciton. | ||
'''<big><big>Gobal variation</big></big>''' | '''<big><big>Gobal variation</big></big>''' | ||
| 第6行： | 第7行： | ||
'''<big><big>Variation Explanation</big></big>''' | '''<big><big>Global Variation Explanation</big></big>''' | ||
* v : | * v : | ||
| 第22行： | 第24行： | ||
* gatevoltage : Current voltage in the calculation. | * gatevoltage : Current voltage in the calculation. | ||
* outfile : outfile module. | * outfile : outfile module. | ||
於 2017年8月22日 (二) 19:29 的修訂
$lib1dexciton1D is a function that you can calculate distribution of exciton in organic material by this file. You should add $callexciton in your input file to set the parameter of exciton.
Gobal variation
v,HBAR,M0, deltavqp, tdiagonalqp, rhsqp, dz,nl,maxlayers ,radAUR,nonradSRHUR,nonradAugerUR,gatevoltage,outfile
Global Variation Explanation
- v :
- HBAR : Planck constant.
- M0 : Mass of electron.
- deltavqp : Step of voltage.
- tdiagonalqp :
- rhsqp :
- dz : Grid size.
- nl : Total length for your input file.
- maxlayers : layers of number for your input file.
- radAUR : Radiative recombination in each position.
- nonradSRHUR : Non-radiative recombination in each position.
- nonradAugerUR : Auger recombination in each position.
- gatevoltage : Current voltage in the calculation.
- outfile : outfile module.
Compile
ifort -msse3 -O3 -no-prec-div -shared -fPIC lib1dexciton.f90 -o lib1dexciton.so