「*.rcwa.dat」:修訂間差異

出自DDCC TCAD TOOL Manual
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'''<big><big>Format</big></big>'''
'''<big><big>Format</big></big>'''


<math>Lamda</math> <math>TopDBR_R</math> <math>BottomDBR_R</math> <math>TopDBR_T</math>  <math>Q-factor</math> <math>Peakvalue</math>
<math>Lamda</math> <math>TopDBR-R</math> <math>BottomDBR-R</math> <math>TopDBR-T</math>  <math>Q-factor</math> <math>Peakvalue</math>


<big><big>'''Parameter Explanation'''</big></big>
<big><big>'''Parameter Explanation'''</big></big>
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*<math>Lamda</math> : The same of the input file $lamda2. <math>(nm)</math>
*<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>BottomDBR_R</math> : Reflection of the bottom dbrs.  
*<math>BottomDBR-R</math> : Reflection of the bottom dbrs.  


*<math>Q-factor</math> : The Q-factor of the device from different lamdas.
*<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 layer. <math>(Vm^{-1})</math>

於 2018年9月26日 (三) 02:22 的修訂

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

Format

Lamda TopDBRR BottomDBRR TopDBRT Qfactor Peakvalue

Parameter Explanation

  • Lamda : The same of the input file $lamda2. (nm)
  • TopDBRR : Reflection of the top dbrs.
  • BottomDBRR : Reflection of the bottom dbrs.
  • Qfactor : The Q-factor of the device from different lamdas.
  • Peakvalue : the value of the electric field at the source layer. (Vm1)