"$calculatePL" 修訂間的差異
出自 DDCC TCAD TOOL Manual
(已建立頁面，內容為 " $calculatePL is the command to calculate the emission spectrum. It will calculate the electron and hole overlap, electron and hole eigen values , using Fermi-golden...") |
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$calculatePL |
$calculatePL |
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| − | + | @n_r @EPP @sigma |
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@n_r is the refractive index of this material (active region)<br> |
@n_r is the refractive index of this material (active region)<br> |
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@sigma (eV) is the gaussian broadening factor <math>\sigma </math> <br> |
@sigma (eV) is the gaussian broadening factor <math>\sigma </math> <br> |
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Example <br> |
Example <br> |
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$calculatePL |
$calculatePL |
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| − | 21.0 |
+ | 2.3 21.0 0.015 |
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| + | <big>'''The $calculatePL setting for 1D-DDCC in GUI interface '''</big> <br> |
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| + | 1.Press the '''Schrodinger Eigen Solver'''.<br> |
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| + | 2.Press the '''Calculate PL/EL/gain''' and setting parameters.<br> |
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| + | [[檔案:1d_$calculatePL_fig1.jpg|1300px]] |
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| + | (Note there was a typo of the sequence in wiki. But GUI's sequence of Epp and nr is right. This error was corrected in 5/29/2022) |
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於 2024年9月27日 (五) 17:03 的最新修訂
$calculatePL is the command to calculate the emission spectrum. It will calculate the electron and hole overlap, electron and hole eigen values , using Fermi-golden rules to calculate the emission spectrum.
The format is
$calculatePL @n_r @EPP @sigma
@n_r is the refractive index of this material (active region)
@EPP (eV) is the momentum matrix element transition energy.
@sigma (eV) is the gaussian broadening factor 
Example
$calculatePL 2.3 21.0 0.015
The $calculatePL setting for 1D-DDCC in GUI interface
1.Press the Schrodinger Eigen Solver.
2.Press the Calculate PL/EL/gain and setting parameters.
(Note there was a typo of the sequence in wiki. But GUI's sequence of Epp and nr is right. This error was corrected in 5/29/2022)
