Development of a coupling of optical and semiconductor-physical simulation environment using the example of a sensor network for beam position detection in laser material processing systems
| German title: | Entwicklung einer Kopplung von optischer und halbleiterphysikalischer Simulationsumgebung am Beispiel eines Sensornetzwerkes für die Strahllageerfassung in Lasermaterialbearbeitungsanlagen | |
| Acronym: | KOptHL | |
| Duration: | 1st March 2019 - 28th February 2022 | |
| Description: | The main focus of the CiS Research Institute in the joint project is on the one hand the research of coupling optical simulation tools for diffraction and scattered light effects with semiconductor physical simulation tools for silicon microsensors. The object of research is a methodology for the transfer of FE results between optical and semiconductor-physical simulator in any direction, which can also be extended to include the mechanical domain. | |
| Funded by: | BMBF |  |
| Project sponsor: | Projektträger Jülich | |
| Funding code: | 03WKDE01C | |
News articles about KOptHL: | ||
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“VIPO” growth core nears successful completion 24. February 2022 |
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VIPO Symposium 2021 30. June 2021 |
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Exciting presentations at the elmug4future conference 24. September 2019 |
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Joint project VIPO starts 5. March 2019 |
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