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Related Articles

  • Growth of very large ingot diameter
  • Defect free ingot growth
  • Process yield increase
  • Oxygen content control
  • Resistivity variance decrease
  • CCZ process
  • LED crystal growth process design
Home ›› Products ›› Czochralski (CZ) Process ›› Magnetic field
Magnetic field
Magnetic fields inside Czochralski furnace is attractive to manufacture superior quality crystals. But do you know at which intensity and where these magnetic fields have to be deployed in the furnace.

There are various kind of magnetic field which can be applied during the industrial production of semiconductor crystal ingots. To mention it can be axial, cusp, rotating and transverse field. Have you ever thought to visualize the effect of magnetic fields in the melt flow? Our clients can visualize straight in their eyes the effect of magnetic fields on their crystal growing process with the help of FEMAG Czochralski simulator add on transverse magnetic field (FEMAGCZ TMF). FEMAGCZ TMF is a pioneering 3D finite element analysis technology enabling industrial crystal growers to obtain 3D simulation results in less than one day.

Never embark on an ambitious project like magnetic field application in Czochralski furnace without educating your team about key drivers for success. Key drivers can be learned and mastered either by experiment i.e., burning huge amount of corporate asset for each new product development or invest a less that one-tenth of it in FEMAGCZ TMF to build your teams core competence.

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