Design and Experimental Investigation of a Piezo-Plasma Source for Surface Coating at Atmospheric Pressure.
The goal of your work is to produce and investigate laser-welded hybrid joints between plasma-coated metals and plastics for the H₂ industry.
The goal of your work is to manufacture injection-molded parts using coated tool inserts and to evaluate the quality of the parts.
The objective of this work is to experimentally characterize the dispersive mixing effect of a blister ring mixing section.
As part of this work, barrier layers deposited using PECVD are being developed and analyzed using standard materials science methods.
The goal of this work is to investigate changes in the ignition duration, the spectra recorded using optical emission spectroscopy (OES), and the thickness, composition, and homogeneity of the substrate layers. The results are correlated with the coating condition of the ignition wires to evaluate possible relationships between plasma behavior and layer formation.
The precise determination of PE and PP content in polyolefin recyclates is crucial for the Recycling. A validated analysis routine using differential scanning calorimetry (“DSC”) provides a reproducible method for the quantitative analysis of polymer composition.
The goal of this thesis is to further develop an experimental setup for sorption measurements in order to validate, based on the measured data, a simulation model that describes the permeation behavior of ultrathin plasma-deposited films.
The aim of this thesis is to develop and apply a simulation model for the analysis and optimisation of process gas distribution in hollow bodies made from PCR-based packaging materials.
Analyze the recycling potential of soft-touch components made from a compatible material composite.
