「$1Dparameters」：修訂間差異

於 2024年8月24日 (六) 13:53 的最新修訂

Function material general parameter setting in 1D-ddcc such as length, bandgap, permittivity, bandoffest, effective mass, mobility, lifetime.

Format

$1Dparameters 
L1 Eg1 bandoffset1 ε1 me_ver1 me_par1 mh_hh1 mh_lh1 mue1 muh1 te1 th1
L2 Eg2 bandoffset2 ε2 me_ver2 me_par2 mh_hh2 mh_lh2 mue2 muh2 te2 th2
L3 Eg3 bandoffset3 ε3 me_ver3 me_par3 mh_hh3 mh_lh3 mue3 muh3 te3 th3
...
...
... until the total layer number $totallayer

Parameter Explanation

L : length of this layer. $(Å)$
Eg : bandgap of this layer. $(e V)$
bandoffset : ΔEc/ΔEg
ε : relative permittivity of this layer. $(ϵ_{0})$
me_ver : vertical effective mass of electron. $(m_{0})$
me_par : parallel effective mass of electron. $(m_{0})$
mh_hh : heavy hole effective mass of hole. $(m_{0})$
mh_lh : light hole effective mass of hole. $(m_{0})$
mue : the electron mobility. $(c m^{2} V^{- 1} s^{- 1})$
muh : the hole mobility. $(c m^{2} V^{- 1} s^{- 1})$
te : lifetime of electron. $(s e c)$
th : lifetime of hole. $(s e c)$

The $1Dparameters in GUI interface

Inside the red box is L.

Inside the red box is Eg~th.

@@ 第1行： / 第1行： @@
-'''$1Dparameters''' required setting tag the layer number of the device. this layer number needs to be set in the beginning of input file. most parameters setting has the same layer number as this. except the doping setting and the background setting.
+Function material general parameter setting in 1D-ddcc such as length, bandgap, permittivity, bandoffest, effective mass, mobility, lifetime.<br />
- For example <br>
- $totallayer <br>
+<big><big>'''Format'''</big> <br /></big>
+ $1Dparameters
+ L1 Eg1 bandoffset1 ε1 me_ver1 me_par1 mh_hh1 mh_lh1 mue1 muh1 te1 th1
+ L2 Eg2 bandoffset2 ε2 me_ver2 me_par2 mh_hh2 mh_lh2 mue2 muh2 te2 th2
+ L3 Eg3 bandoffset3 ε3 me_ver3 me_par3 mh_hh3 mh_lh3 mue3 muh3 te3 th3
+ ...
+ ...
+ ... until the total layer number [[$totallayer]]
+<big>'''Parameter Explanation'''</big>
+* L : length of this layer. <math>(\AA)</math><br />
+* Eg : bandgap of this layer. <math>(eV)</math><br />
+* bandoffset : ΔEc/ΔEg
+* ε : relative permittivity of this layer. <math>(\epsilon_0)</math><br />
+* me_ver : vertical effective mass of electron. <math>(m_0)</math><br />
+* me_par : parallel effective mass of electron. <math>(m_0)</math><br />
+* mh_hh : heavy hole effective mass of hole. <math>(m_0)</math><br />
+* mh_lh : light hole effective mass of hole. <math>(m_0)</math><br />
+* mue : the electron mobility. <math>(cm^{2}V^{-1}s^{-1})</math><br />
+* muh : the hole mobility. <math>(cm^{2}V^{-1}s^{-1})</math><br />
+* te : lifetime of electron. <math>(sec)</math><br />
+* th : lifetime of hole. <math>(sec)</math><br />
+<big>'''The $1Dparameters in GUI interface'''</big> <br>
+* Inside the red box is L.<br>
+[[檔案:1d_$1Dparameters_fig1.jpg|1300px]]<br>
+* Inside the red box is Eg~th.<br>
+[[檔案:1d_$1Dparameters_fig2.jpg|1300px]]

「$1Dparameters」：修訂間差異

於 2024年8月24日 (六) 13:53 的最新修訂

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