"*.rcwa.dat" 修訂間的差異

於 2019年4月28日 (日) 18:32 的最新修訂

Output file about the reflection of dbrs, the Q-factor and the value of the electric field at the source point from different lamdas.

Format

$Lamda$ 　 $TopDBR_R$ 　 $BottomDBR_R$ 　 $TopDBR_T$ 　 $BottomDBR_T$ 　 $Q-factor$ 　 $Peakvalue$

Parameter Explanation

@@ 行 1： / 行 1： @@
-Output file about the reflection of dbrs, the Q-factor and the value of the electric field at the source layer from different lamdas.
+Output file about the reflection of dbrs, the Q-factor and the value of the electric field at the source point from different lamdas.
 '''<big><big>Format</big></big>'''
 <math>Lamda</math>　<math>TopDBR_R</math>　<math>BottomDBR_R</math>　<math>TopDBR_T</math>　<math>BottomDBR_T</math>　<math>Q-factor</math>　<math>Peakvalue</math>
@@ 行 11： / 行 14： @@
 *<math>Lamda</math> : The same of the input file $lamda2. <math>(nm)</math>
-*<math>TopDBR-R</math> : Reflection of the top dbrs.
+*<math>TopDBR_R</math> : Reflection of the top dbrs.
-*<math>TopDBR-T</math> : Transmission of the top dbrs.
+*<math>TopDBR_T</math> : Transmission of the top dbrs.
-*<math>BottomDBR-R</math> : Reflection of the bottom dbrs.
+*<math>BottomDBR_R</math> : Reflection of the bottom dbrs.
-*<math>BottomDBR-T</math> : Transmission of the bottom dbrs.
+*<math>BottomDBR_T</math> : Transmission of the bottom dbrs.
 *<math>Q-factor</math> : The Q-factor of the device from different lamdas.
-*<math>Peakvalue</math> : the value of the electric field at the source layer. <math>(Vm^{-1})</math>
+*<math>Peakvalue</math> : the value of the electric field at the source point. <math>(Vm^{-1})</math>