Projects

Overview: Each project equals one PhD position (* RTG funded)

  PROJECTS 3rd GENERATION (10/2019 - 03/2023)    
Research Area Research project Contact Project
Material Development Plasmonic Porous Ceramics* Maas 01/03
Polymer-derived Ceramics with graded structures for phase separation and catalysis* Wilhelm 02/03
Process Analysis NMR Methods for a comprehensive and fast characterization of mass transport and catalytic reactions in porous materials* Dreher 03/03
Detection of colloid motion in deep bed filtration processes by means of Fast-X-Ray-Tomography* Odenbach 04/03
Basic Research Experiments For Mass Transport In Porous Materials Investigation of dielectrophoretic effects in porous structures* Baune 05/03
Mass transport in graded monolithic catalyst supports for strong exothermal gas phase and multiphase reactions* Thöming 06/03
Modelling And Simulation Transport, separation and mixing of complex multiphase fluids in pores and porous membranes with varying surface activities* Fritsching 07/03
Simulation of structural changes of mesoporous films and layers during liquid infiltration and drying* Mädler 08/03
Computer analysis of complex porous ceramic structures* Rezwan 09/03
Special Applications Application of porous ceramics for phase separation in spacecrafts* Dreyer 10/03
  PROJECTS 2nd GENERATION (10/2016 - 09/2019)    
Research Area Research project Contact Project
Material Development Porous ceramic nanocomposites with entrapped biofunctionality for biotechnological applications* Maas 01/02
Multifunctional precursor derived ceramics prepared by freeze casting technique* Wilhelm 02/02
Catalytic active Materials prepared from Sol-Gel techniques* Bäumer 03/02
Synthesis and Fabrication of Sic-Based cyramic nanocomposites foams with micro-meso-macroporosity* Kaur 12/02
Inorganic foam structures by using residual materials Thöming 13/02
Proteolytic ceramic capillary membranes for the preparative production of bioactive peptides Maas 14/02
Preparation of Porous Ceramic Membranes for Integrated Microbial Fuel Cell – Membrane Bio Reactor (MFC - MBR) Wilhelm 15/02
New polysiloxanes-based electrode materials for Microbial Fuel Cells (MFCs) Wilhelm 16/02
New polysiloxanes-based ceramic membranes for emulsion separation/creation and membrane distillation Wilhelm 18/02
Process Analysis NMR methods for the characterisation of mass transport and reaction processes in porous materials* Dreher 04/02
Protein Adsorption on Meso- and Macroporous Ceramics* Brüggemann 17/02
Basic Research Experiments For Mass Transport In Porous Materials X-ray microtomography investigations of deep bed filtration processes* Odenbach 06/02
Investigation of dielectrophoretic effects in porous structures* Baune 07/02
Mass transport in graded monolithic catalysts during gas and multiphase reactions* Thöming 08/02
Modelling And Simulation Determining three dimensional failure surfaces for porous ceramics from FE simulations and mechanical testing* Hochrainer 09/02
Modeling of transport of rheological complex multiphase fluids in micropores and microporous membranes* Fritsching 10/02
Simulation of catalytic reaction in porous structures and its optical characterization* Wriedt 05/02
Special Applications Application of porous ceramics for the handling of cryogenic media in space* Dreyer 11/02
PROJECTS 1st GENERATION (10/2013 - 09/2016)
Research Area Research project Contact FP
Material Development Functional, porous ceramics for biotechnological applications* Kroll 01/01
Adjustment of polymer-derived ceramics for the transport of cryogenic liquid* Wilhelm 02/01
Monolithic catalysts of porous rare earth oxides (REO)* Bäumer 03/01
Mikrostrukturierung poröser Calciumcarbonat-Keramiken Kaempfe 04/01
Ceramic capillary membranes with tailored functionalization and geometry for virus filtration Rezwan 14/01
Analysis of gas transport in ceramic membranes with tailored pore structure and surface functionalization Rezwan 15/01
Synthesis of Multifunctional Hybrid Ceramics derived from Polysiloxanes for Electrochemical Applications* Moni 16/01
Development of porous hybrid materials based on silazane and organic monomers for CO2 adsorption/separation Abarca 20/01
Polymer derived ceramics with controllable pore size* Schlüter 13/01
Coacervate-mediated synthesis of porous calcium carbonate microcapsules Rezwan 17/01
Process Analysis NMR methods for the characterisation of mass transport in porous materials* Dreher 05/01
Structural characterization of mesoporous layers using light scattering* Wriedt 06/01
Basic Research Experiments For Mass Transport In Porous Materials Deep bed filtration in real porous structures - Combination of µCT and NMR* Odenbach 07/01
Investigation of dielectrophoretic effects in porous structures* Baune 08/01
Experimental and theoretical study on multicomponent diffusion of gases under rarefied conditions T. Veltzke 19/01
Modelling And Simulation Mechanical Effects of Clusters in Macro-Porous Ceramics* Hochrainer 09/01
Formulation of multiple fluid-fluid dispersions by micro-membranes (premix encapsulation)* Fritsching 10/01
Special Applications Application of porous ceramics for the handling of cryogenic media in space* Dreyer 11/01
Monolithic catalysts of graded porosity* Thöming 12/01
Cellulose-based porous materials - development of a model to determine thermal conductivity Baune 18/01