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qcl:simulation_of_resonant_tunneling_diodes_rtds

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qcl:simulation_of_resonant_tunneling_diodes_rtds [2020/06/19 14:12]
thomas.grange
qcl:simulation_of_resonant_tunneling_diodes_rtds [2020/11/19 13:49]
thomas.grange
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 <color red> <color red>
-Note that in the current version (2020-06-18), only single band calculations are supported for such open boundary conditions.+Note that in the current version (2020-11-19), only single band calculations are supported for open boundary conditions.
 </​color>​ </​color>​
  
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 In this section, the carrier densities in the left and right contact have to been defined using the ''<​DensityLeft>''​ and ''<​DensityRight>''​ commands, as shown above. The unit is cm$^{-3}$. In this section, the carrier densities in the left and right contact have to been defined using the ''<​DensityLeft>''​ and ''<​DensityRight>''​ commands, as shown above. The unit is cm$^{-3}$.
  
-The material of the left and right contacts needs to be defined by te command ''<​MaterialLeft>''​ and ''<​MaterialRight>''​. The strong ​value has to be an alias defined in the ''<​Materials>''​ section of the input file.+The material of the left and right contacts needs to be defined by te command ''<​MaterialLeft>''​ and ''<​MaterialRight>''​. The string ​value has to be an alias defined in the ''<​Materials>''​ section of the input file
 + 
 +A broadening energy can be defined by the command ''<​Broadening>''​. Indeed, scattering is not accounted in the contact, so that this commands allows a phenomenological broadening of the density of states in the contact. 
 + 
 +The command ''<​Ballistic>''​ can be used to calculate ballistic transport between the contacts (i.e. no scattering process considered) if its value is set to ''​yes''​.
  
qcl/simulation_of_resonant_tunneling_diodes_rtds.txt · Last modified: 2022/03/30 17:13 by thomas.grange