「*.Nsum」：修訂間差異

於 2020年7月29日 (三) 14:04 的最新修訂

The Nsum file is doing the integration of different regions n, p, Nd(a) (activated dopant), Radiative, nonradiative, Auger, and, generation, trap, Positive_charges_sum, Negative_charges_sum The format is

 VG  VD  VS  N_region ->
 $\int_{a l l} n (r) d r^{2}$ 
 $\int_{a l l} p (r) d r^{2}$ 
 $\int_{a l l} N d (r) d r^{2}$ 
 $\int_{a l l} R a d (r) d r^{2}$ 
 $\int_{a l l} n o n_{R} a d (r) d r^{2}$ 
 $\int_{a l l} A u g e r_{n} o n (r) d r^{2}$ 
 $\int_{a l l} g e n e r a t i o n (r) d r^{2}$ 
 $\int_{a l l} t r a p (r) d r^{2}$ 
 $\int_{r 1} n (r) d r^{2}$ ...to  $\int_{r N} n (r) d r^{2}$ 
 $\int_{r 1} p (r) d r^{2}$ ...to  $\int_{r N} p (r) d r^{2}$ 
 $\int_{r 1} N d (r) d r^{2}$ ...to  $\int_{r N} N d (r) d r^{2}$ 
 $\int_{r 1} R a d (r) d r^{2}$ ...to  $\int_{r N} R a d (r) d r^{2}$ 
 $\int_{r 1} n o n_{R} a d (r) d r^{2}$ ...to  $\int_{r N} n o n_{R} a d (r) d r^{2}$ 
 $\int_{r 1} A u g e r_{n} o n (r) d r^{2}$ ...to  $\int_{r N} A u g e r_{n} o n (r) d r^{2}$ 
 $\int_{r 1} g e n e r a t i o n (r) d r^{2}$ ...to  $\int_{r N} g e n e r a t i o n (r) d r^{2}$ 
 $\int_{r 1} t r a p (r) d r^{2}$ ...to  $\int_{r N} t r a p (r) d r^{2}$

r1 means region 1.
r2 means region 2.
it will repeat and upto the maximum regions for 1 line

@@ 第1行： / 第1行： @@
-The Nsum file is doing the integration of different regions  n, p, Nd(a) (activated dopant), Radiative, nonradiative, Auger, and, generation
+The Nsum file is doing the integration of different regions  n, p, Nd(a) (activated dopant), Radiative, nonradiative, Auger, and, generation, trap, Positive_charges_sum, Negative_charges_sum
 The format is
-   VG  VD  VS  <math>\int_{all} n(r) dr^{2}</math> <math>\int_{all} p(r) dr^{2}</math> <math>\int_{all} Nd(r) dr^{2}</math> <math>\int_{all} Rad(r) dr^{2}</math> <math>\int_{all} non_Rad(r) dr^{2}</math> <math>\int_{all} Auger_non(r) dr^{2}</math> <math>\int_{all} generation(r) dr^{2}</math>  <math>\int_{r1} n(r) dr^{2}</math> <math>\int_{r1} p(r) dr^{2}</math> <math>\int_{r1} Nd(r) dr^{2}</math> <math>\int_{r1} Rad(r) dr^{2}</math> <math>\int_{r1} non_Rad(r) dr^{2}</math> <math>\int_{r1} Auger_non(r) dr^{2}</math> <math>\int_{r1} generation(r) dr^{2}</math>
+   VG  VD  VS  N_region ->
+  <math>\int_{all} n(r) dr^{2}</math>
+ <math>\int_{all} p(r) dr^{2}</math>
+ <math>\int_{all} Nd(r) dr^{2}</math>
+ <math>\int_{all} Rad(r) dr^{2}</math>
+ <math>\int_{all} non_Rad(r) dr^{2}</math>
+ <math>\int_{all} Auger_non(r) dr^{2}</math>
+ <math>\int_{all} generation(r) dr^{2}</math>
+ <math>\int_{all} trap(r) dr^{2}</math>
+  <math>\int_{r1} n(r) dr^{2}</math>...to <math>\int_{rN} n(r) dr^{2}</math>
+ <math>\int_{r1} p(r) dr^{2}</math>...to <math>\int_{rN} p(r) dr^{2}</math>
+ <math>\int_{r1} Nd(r) dr^{2}</math>...to <math>\int_{rN} Nd(r) dr^{2}</math>
+ <math>\int_{r1} Rad(r) dr^{2}</math>...to <math>\int_{rN} Rad(r) dr^{2}</math>
+ <math>\int_{r1} non_Rad(r) dr^{2}</math>...to <math>\int_{rN} non_Rad(r) dr^{2}</math>
+ <math>\int_{r1} Auger_non(r) dr^{2}</math>...to <math>\int_{rN} Auger_non(r) dr^{2}</math>
+ <math>\int_{r1} generation(r) dr^{2}</math>...to <math>\int_{rN} generation(r) dr^{2}</math>
+ <math>\int_{r1} trap(r) dr^{2}</math>...to <math>\int_{rN} trap(r) dr^{2}</math>
+ r1 means region 1.
-  vg,vd,vs,sum(par%nsum),sum(par%psum),sum(par%ndasum),&
+  r2 means region 2.
-            sum(par%radsum),sum(par%nonradsum),sum(par%augersum), sum(par%generationsum),  &
+  it will repeat and upto the maximum regions for 1 line
-            (par%nsum(j),j=1,ss1),(par%psum(j),j=1,ss1),(par%ndasum(j),j=1,ss1),(par%radsum(j),j=1,ss1), &
-            (par%nonradsum(j),j=1,ss1),(par%augersum(j),j=1,ss1),(par%generationsum(j),j=1,ss1)

「*.Nsum」：修訂間差異

於 2020年7月29日 (三) 14:04 的最新修訂

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