"$SolarSurfaceRM" 修訂間的差異

出自 DDCC TCAD TOOL Manual
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(已建立頁面,內容為 "$SolarSurfaceRM is the command for user to consider the surface recombination. Usually in 1D simulation, it is hard to consider the air/semiconductor surface state...")
 
 
(未顯示由 1 位使用者於中間所作的 1 次修訂)
行 3: 行 3:
 
The format is
 
The format is
 
$SolarSurfaceRM
 
$SolarSurfaceRM
Electron_SurfaceRM hole_SurfaceRM
+
Electron_SurfaceRM(cm/s) hole_SurfaceRM(cm/s)
 
index_left_contact index_right_contact
 
index_left_contact index_right_contact
   
 
Electron_SurfaceRM is the electron surface recombination velocity. <br>
 
Electron_SurfaceRM is the electron surface recombination velocity. <br>
 
hole_SurfaceRM is the hole surface recombination velocity.<br>
 
hole_SurfaceRM is the hole surface recombination velocity.<br>
  +
The way to obtain the velocity is <br>
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<math> R = Se_{RM} (n-n_{i}) </math><br>
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<math> R = Sh_{RM} (p-p_{i}) </math> <br>
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  +
  +
<math> Se_{RM}</math> is the Electron Surface recombination
  +
<math> Sh_{RM}</math> is the hole Surface recombination
  +
   
 
index_left_contact= 1 : electrons recombine at the left surface <br>
 
index_left_contact= 1 : electrons recombine at the left surface <br>
 
index_left_contact= 2 : holes recombine at the left surface <br>
 
index_left_contact= 2 : holes recombine at the left surface <br>
 
index_right_contact= 1 : electrons recombine at the right surface <br>
 
index_right_contact= 1 : electrons recombine at the right surface <br>
index_riggh_contact= 2 : holes recombine at the right surface <br>
+
index_right_contact= 2 : holes recombine at the right surface <br>
 
 
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<big>'''The $SolarSurfaceRM setting for 1D-DDCC in GUI interface '''</big> <br>
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1.Press the '''Solar Cell Setting'''.<br>
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2.Press the '''Solve for solar cell'''.<br>
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3.Press the '''Consider surface recombination velocity(cm/s)''' and setting surface recombination velocity.<br>
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  +
[[檔案:1d_$SolarSurfaceRM_fig1.jpg|1300px]]
  +
 
Related commands: <br>
 
Related commands: <br>
   

於 2024年9月26日 (四) 21:28 的最新修訂

$SolarSurfaceRM is the command for user to consider the surface recombination. Usually in 1D simulation, it is hard to consider the air/semiconductor surface state recombination. Therefore, user will need to consider an effective surface recombination velocity in the simulation to account for the surface recombination.

The format is

$SolarSurfaceRM
Electron_SurfaceRM(cm/s)  hole_SurfaceRM(cm/s)
index_left_contact  index_right_contact

Electron_SurfaceRM is the electron surface recombination velocity.
hole_SurfaceRM is the hole surface recombination velocity.
The way to obtain the velocity is
    R = Se_{RM} (n-n_{i})
     R = Sh_{RM} (p-p_{i})


 Se_{RM} is the Electron Surface recombination
 Sh_{RM} is the hole Surface recombination


index_left_contact= 1  : electrons recombine at the left surface 
index_left_contact= 2 : holes recombine at the left surface
index_right_contact= 1  : electrons recombine at the right surface
index_right_contact= 2 : holes recombine at the right surface

The $SolarSurfaceRM setting for 1D-DDCC in GUI interface

1.Press the Solar Cell Setting.
2.Press the Solve for solar cell.
3.Press the Consider surface recombination velocity(cm/s) and setting surface recombination velocity.

1d $SolarSurfaceRM fig1.jpg

Related commands:

$ifsolargen, $solarstrength, $SolarSurfaceRM, $absorbtable, $ifsolarspectrum