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- Newly published projects in Mai 2024
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Modeling the effect of authenticity and perceived complexity on situational interest, interest in scientific activities, and cognitive learning outcomes in the context of magnetic elastomers
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Applicant Bianca Watzka
Subject Area Fluid Mechanics
Subproject of FOR 5599
DFG Programme Research Units Term Since 2024
This project investigates the influence of authenticity on interest in the context of structured magnetic elastomers, considering
the interaction between ...
Process Insights into the sourCes And SinkS of methane in the upwelling region of COncepcíon (PICASSO)
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Applicants Klaus Jürgens , Oliver Schmale , Lars Umlauf ( in cooperation with Osvaldo Ulloa, Laura Farias, Diego A Narváez )
Subject Area Oceanography
DFG Programme Research Grants Term Since 2024
From a biogeochemical perspective, upwelling regions and the associated oxygen minimum zones are characterized by the complexity
of their oceanographic ...
Build-up and degradation of small-molecule inhibitor layers in area-selective atomic layer deposition revealed by density functional theory
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Applicant Ralf Tonner-Zech ( in cooperation with Stacey F. Bent )
Subject Area Theoretical Chemistry: Molecules, Materials, Surfaces
DFG Programme Research Grants Term Since 2024
Area-selective atomic layer deposition is an emerging bottom-up approach in semiconductor manufacturing. It relies on precursor
molecules initiating growth on ...
Applicant Markus Kästner
Subject Area Fluid Mechanics
Subproject of FOR 5599
DFG Programme Research Units Term Since 2024
The overall objective of this subproject is to investigate the process-structure-property relations of structured magnetorheological
elastomers (MREs). In ...
Identification of optimal corrosion inhibitors for bare and PEO-coated magnesium alloy by combining machine learning and robotic testing
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Applicants Christian Johannes Cyron , Sviatlana Lamaka
Subject Area Coating and Surface Technology
DFG Programme Research Grants Term Since 2024
The major goal of the proposed project is a shift of paradigm for the development of active anti-corrosion coatings using
the example of the specific magnesium