「$useBTBT」：修訂間差異

於 2021年3月7日 (日) 11:00 的最新修訂

Modeling the band to band tunneling (BTBT) with the BTBT formalism. The band to band tunneling rates are decided by
$G = a \times | E |^{p} \times e x p (- \frac{b}{| E |}) + a 2 \times | E |^{p 2} \times e x p (- \frac{b 2}{| E |})$

The unit of b is V/cm The unit of a is $c m^{- 3} s^{- 1}$

For example:

$useBTBT 
a b p a2 b2 p2 
a b p a2 b2 p2 
a b p a2 b2 p2 
a b p a2 b2 p2
...
...
... N layers

In each layer, you will need to set the a b p coefficients. If you don't want to consider BTBT in this layer. please set a and a2 equal to 0.0.

@@ 第1行： / 第1行： @@
-Modeling the band to band tunneling (BTBT) with the BTBT formalism. g a e f0 p exp -b e a2 e f0 p2 exp -b2 e f0 is set as 1v cm if only a is used please set a2 0.0 b2 0.0 p2 0.0 g cm -3 s -1 a cm -3 s -1 b mv cm
+Modeling the band to band tunneling (BTBT) with the BTBT formalism. The band to band tunneling rates are decided by
-<math> G = a\times |E|^{p} \times exp\left( - \frac{b}{|E|} \right) </math>
+<br>
+<math> G = a \times |E|^{p} \times exp\left( - \frac{b}{|E|} \right) +a2 \times |E|^{p2} \times exp\left( - \frac{b2}{|E|} \right) </math>
+The unit of b is V/cm
+The unit of a is <math>cm^{-3}s^{-1}</math>
 <br><br>
@@ 第15行： / 第18行： @@
 In each layer, you will need to set the a b p coefficients.
-If you don't want to consider BTBT in this layer. please set a and a2 0.0
+If you don't want to consider BTBT in this layer. please set a and a2 equal to 0.0.

「$useBTBT」：修訂間差異

於 2021年3月7日 (日) 11:00 的最新修訂

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