Projects in Research Area IMS
MiNaMag Micro- and nanostructured hard magnetic materials and components for microtechnological applications
Contact: Prof. Dr. Monika Saumer
Project duration: 2021 – 2026 t3://page?uid=6136 ODPfalz-II Offene Digitalisierungsallianz Pfalz II
Contact: Prof. Dr. med. Karl - Herbert Schäfer
Project dura
MEDOS - Mechanochemical production of di- and oligosaccharides
The project aims to develop an innovative mechanoenzymatic process for the selective and sustainable production of glucose disaccharides such as sophorose, laminaribiose, and gentiobiose. By combining mechanical energy input in a temperature-controlled ball mill with the high selectivi
MEDOS - Mechanochemical production of di- and oligosaccharides
The project aims to develop an innovative mechanoenzymatic process for the selective and sustainable production of glucose disaccharides such as sophorose, laminaribiose, and gentiobiose. By combining mechanical energy input in a temperature-controlled ball mill with the high selectivi
Who can help me? For organisational questions regarding your stay abroad, such as application or funding opportunities, the International Office team - depending on your university location - will be happy to assist you.
If you have any questions regarding the content of your studies abroad, such as the selection of a suitable study programm
Senior Engineer, Group Leader "Analytics and Microscopy"
M. Sc. Janina Koziol Researchgate informationbox
Research projects: Characterisation of materials and structures using scanning electron microscopy and EDX, EBSD and STEM analysis
Former Employee
Scientific Assistants [Translate to Englisch:]
M. Sc. Ruth Acosta ResearchGate M. Eng. Tobias Bill Researchgate M.Sc. Moritz Maul Researchgate Ass. Prof. Dr.-Ing. Zhenjie Teng, M. Sc. ReserachGate M. Sc. Haoran Wu ReserachGate Student Research Assistants [Translate to Englisch:]
B. Eng. Daniel B
OceanLFT
The OceanLFT project focuses on recycling maritime nets and ropes. The polymers used in these materials will be used to produce long glass fiber reinforced granules (LGF). The university's contribution consists of developing an inline plastic analysis method for the in-process characterization of OceanLFT compounds with regard to their me
OceanLFT
The OceanLFT project focuses on recycling maritime nets and ropes. The polymers used in these materials will be used to produce long glass fiber reinforced granules (LGF). The university's contribution consists of developing an inline plastic analysis method for the in-process characterization of OceanLFT compounds with regard to their me
