「$thermaldiff」:修訂間差異

出自DDCC TCAD TOOL Manual
跳至導覽 跳至搜尋
Jameshuang留言 | 貢獻
無編輯摘要
Yrwu留言 | 貢獻
無編輯摘要
第1行: 第1行:
$thermaldiff is ...
$thermaldiff is to activate the thermal equation solver. The program will solve the thermal dissipation equations. The user needs to assign thermal conductivity coefficient and heat capacitance. Heat capacitance will only be used in time dependent thermal solver. However, even




'''<big><big>Format</big></big>'''
'''<big><big>Format</big></big>'''
  $thermaldiff
  $thermaldiff
  thermal_conductivity heat capacitance
  thermal_conductivity heat_capacitance
  thermal_conductivity heat capacitance
  thermal_conductivity heat_capacitance
  ...
  ...
  thermal_conductivity heat capacitance
  thermal_conductivity heat_capacitance
...
...    total N lines for the N total regions




第14行: 第16行:
* Thermal conductivity. (<math>Joule s^{-1}cm^{-1}K^{-1}</math>)
* Thermal conductivity. (<math>Joule s^{-1}cm^{-1}K^{-1}</math>)
* Heat capacitance. (<math>Joule cm^{-3}K^{-1}</math>)
* Heat capacitance. (<math>Joule cm^{-3}K^{-1}</math>)
<br><br><br>
related commands:<br>
[[$heatsource]], [[$timeevolve]], [[$usechannelaveT]], [[$heatiterative]], [[$thermaldiff]]<br>
[[$maxTlimit]], [[$useevversusT]], [[$heatbndistance]], [[$heatsolvebytime]]

於 2017年9月3日 (日) 12:34 的修訂

$thermaldiff is to activate the thermal equation solver. The program will solve the thermal dissipation equations. The user needs to assign thermal conductivity coefficient and heat capacitance. Heat capacitance will only be used in time dependent thermal solver. However, even


Format

$thermaldiff
thermal_conductivity heat_capacitance
thermal_conductivity heat_capacitance
...
thermal_conductivity heat_capacitance
...
...     total N lines for the N total regions


Parameter Explanation

  • Thermal conductivity. (Joules1cm1K1)
  • Heat capacitance. (Joulecm3K1)





related commands:

$heatsource, $timeevolve, $usechannelaveT, $heatiterative, $thermaldiff
$maxTlimit, $useevversusT, $heatbndistance, $heatsolvebytime