LASER COMPONENTS will present the results of the joint research project PluTO+ at the SPIE Laser Damage Online Forum (September 15-18). Together with partners such as Ruhr-University Bochum, Laserzentrum Hannover and Leibniz Institute for Plasma Research and Technology in Greifswald, the company spent four years investigating new methods for optimizing plasma-based coating processes. A new multipole resonance probe (MRP) was used to prove that drifts and fluctuations in the plasma source can occur even if all other operating parameters are identical. Such fluctuations can be corrected within the framework of an in-situ control, which might have a considerable effect on the laser damage threshold.
"In plasma-assisted coating processes, the mechanical and optical properties of the dielectric layers are highly dependent on the energy input of the plasma," says Dr. Sina Malobabic, who was responsible for coordinating the project at LASER COMPONENTS and carried out all the measurements. "The MRP developed by Ruhr-Uni Bochum monitors the electron density from directly inside the plasma. So for the first time we can monitor and correct irregularities during the coating process. This opens up new possibilities for process optimization."
Due to the current health situation and extensive travel restrictions, the traditional Laser Damage Conference will for the first time take place as a free online forum on the Internet. The concept includes plenary live presentations, on-demand technical talks and opportunities to get in touch with other participants. As usual, the conference will include a laser threshold competition, in which LASER COMPONENTS will also participate with a number of optics.
Dr. Malobabic’s video presentation will be available online for all registered participants. On September 15 (Session 8: Thin Films IV) she will answer questions live on the Internet.
Further product information:
Laser Optics
Manufacturer:
Laser Components GmbH / Laser Optics
"In plasma-assisted coating processes, the mechanical and optical properties of the dielectric layers are highly dependent on the energy input of the plasma," says Dr. Sina Malobabic, who was responsible for coordinating the project at LASER COMPONENTS and carried out all the measurements. "The MRP developed by Ruhr-Uni Bochum monitors the electron density from directly inside the plasma. So for the first time we can monitor and correct irregularities during the coating process. This opens up new possibilities for process optimization."
Due to the current health situation and extensive travel restrictions, the traditional Laser Damage Conference will for the first time take place as a free online forum on the Internet. The concept includes plenary live presentations, on-demand technical talks and opportunities to get in touch with other participants. As usual, the conference will include a laser threshold competition, in which LASER COMPONENTS will also participate with a number of optics.
Dr. Malobabic’s video presentation will be available online for all registered participants. On September 15 (Session 8: Thin Films IV) she will answer questions live on the Internet.
Further product information:
Laser Optics
Manufacturer:
Laser Components GmbH / Laser Optics
