30.11.2020 - 02.12.2020 · ganztägig
IKZ Winter School

Synergy of Experimental and Numerical Studies for Crystal Growth of Bulk Semiconductors

Session 1:
  • Requirements of semiconductor crystals from device and system community
  • Melt, solution, physical vapor transport (PVT), CVD methods
  • Heat and mass transfer in a furnace: convection, conduction, radiative heat transfer
  • Thermo-physical properties

Session 2:
  • Thermodynamics and atomic scale calculation
  • Solid-vapor and liquid-vapor, solid-solid, solid liquid equilibrium
  • Chemical reaction in a furnace

Session 3:
  • Artificial intelligence in crystal growth: numerical modeling
  • Steady and unsteady, 2D and 3D numerical calculation
  • Measurement technology: temperature, velocity, chemical species
  • 1D, 2D, 3D defects, impurity analysis
  • Nucleation in 2D and 3D: polytype control

Session 4:
  • State of the art in industry (particularly in Asia / Japan and China); semiconductor technology
  • New approach of semiconductor growth
  • Crystal growth of new devices
  • Free discussion

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Die Winterschule findet in englischer Sprache statt.




Prof. Dr. Koichi Kakimoto