「*.Nsum1Dhighfr」：修訂間差異

於 2020年4月4日 (六) 03:09 的最新修訂

The file format is layer based. This output is designed for CV calculation. The Enable command is $CVwithoutdetrap. For example if you have N_layers. Then the data format is

Vg , dv , N_layer ,   $n_{s u m} (1 : N_{l} y a e r), p_{s u m} (1 : N_{l} y a e r), N D / N A_{s u m} (1 : N_{l} y a e r), T r a p_{s u m}$   ,   $n 2_{s u m} (1 : N_{l} y a e r), p 2_{s u m} (1 : N_{l} y a e r), N D / N A 2_{s u m} (1 : N_{l} y a e r)$  ,   $n 3_{s u m} (1 : N_{l} y a e r), p 3_{s u m} (1 : N_{l} y a e r), N D / N A 3_{s u m} (1 : N_{l} y a e r), T r a p 3_{s u m}$

n2 p2 Nda2 is the charge density after applying a small voltage (no detrap of traps states)

n3 p3 Nda3 Trap3 is the charge density after applying a small voltage (with detrap of traps states). So trap density will change

@@ 第1行： / 第1行： @@
-The file format is layer based. For example if you have N_layers. Then the data format is
+The file format is layer based. This output is designed for CV calculation. The Enable command is [[$CVwithoutdetrap]]. For example if you have N_layers. Then the data format is
   Vg , dv , N_layer ,  <Math>n_{sum} (1:N_lyaer) ,~~ p_{sum} (1:N_lyaer),~~~ ND/NA_{sum} (1:N_lyaer) ,~~~ Trap_{sum} </math>  ,  <Math>n2_{sum} (1:N_lyaer) ,~~ p2_{sum} (1:N_lyaer),~~~ ND/NA2_{sum} (1:N_lyaer) </math> ,  <Math>n3_{sum}(1:N_lyaer) ,~~ p3_{sum} (1:N_lyaer),~~~ ND/NA3_{sum} (1:N_lyaer) ,~~~ Trap3_{sum} </math>
+ n2 p2 Nda2 is the charge density after applying a small voltage (no detrap of traps states)
+ n3 p3 Nda3 Trap3 is the charge density after applying a small voltage (with detrap of traps states). So trap density will change

「*.Nsum1Dhighfr」：修訂間差異

於 2020年4月4日 (六) 03:09 的最新修訂

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