SPP 1980:  Nanoparticle Synthesis in Spray Flames: Spray Syn: Measurement, Simulation, Processes

• Subject Area: Thermal Engineering/Process Engineering ; Chemistry ; Materials Science and Engineering
• Term: since 2017
• Website: Homepage
• Project identifier: Deutsche Forschungsgemeinschaft (DFG) - Project number 312959688

Dieses Projekt koordiniert das SPP1980 und hält zentrale Mittel für SPP-übergreifende Veranstaltungen, Investitionen, Gastwissenschaftler sowie Reisemittel vor.This project coordinates the SPP1980. It also manages funding for joint events, joint equipment, visiting scientists, and travel.

• DFG Programme: Priority Programmes

Projects

• Coordination Funds (Applicant Schulz, Christof )
• Detailed and Hybrid LES-Subgrid-Modelling of Nano-Particle-Synthesis in Spray-Flames (Applicant Kempf, Andreas )
• Experimental and Numerical Investigation of Spray Flame Synthesis in Pilot Scale Facilities (Applicants Adams, Nikolaus Andreas ;  Paschereit, Christian Oliver ;  Schnurre, Sophie Marie )
• Fundamental Processes of Nanoparticle Synthesis in Spray Flames: Evaporation, Mixing, and Chemical Reactions (Applicant Gutheil, Eva )
• Image-based in-situ Diagnostics in the Spray Flame Synthesis of Nanoparticles (Applicant Dreier, Thomas )
• Influence of atomization on particle synthesis in spray flames (Applicants Kneer, Reinhold ;  Pitsch, Heinz ;  Schmid, Hans-Joachim )
• Insitu study of particle formation and particle growth in the flame spray pyrolysis by means of the small angle X-ray scattering technique (Applicant Nirschl, Hermann )
• Investigation of the interaction of precursor and flame chemistry (Applicants Schulz, Christof ;  Wlokas, Irenäus )
• Nanoparticle formation from precursor-loaded droplets: flow dynamics, population dynamics of particles and droplets, experimental validation. (Applicants Kruis, Frank Einar ;  Thévenin, Dominique ;  Wiggers, Hartmut )
• Numerical simulation and experimental characterization of nanoparticle synthesis in flame spray processes (Applicants Beyrau, Frank ;  Kronenburg, Andreas )
• Optical characterisation of droplet micro-explosion in the SpraySyn burner (Applicant Kaiser, Sebastian )
• Optical in situ diagnostics of droplets, nanoparticles and aggregates in spray-flame synthesis (Applicant Will, Stefan )
• Precursor release in nanoparticle producing spray flames: Single droplet investigation of multicomponent mass transfer (within SPP 1980) (Applicant Mädler, Lutz )
• Process analysis and control of atomization and mixing zones in spray flames (Applicants Fritsching, Udo ;  Kiefer, Johannes )
• Reactions of the precursors for spray-flame of nanoparticles during partial evaporation of the spray (Applicant Kasper, Tina )
• Spray introduction into FSP by means of electrohydrodynamic atomization (EHDA) of organic and aqueous precursor solutions (Applicant Weber, Alfred )
• SpraySyn Standard Burner: Definition, Simulation, Characterization (Applicants Kempf, Andreas ;  Schulz, Christof )
• Thermodynamic analysis of the causes of micro-explosions of droplets in nanoparticle synthesis in spray flames (Applicants Hasse, Hans ;  Kohns, Maximilian )
• Tomographic analysis of the SpraySyn synthesis process based on instantaneous multi-simultaneous measurements (Applicant Mohri, Khadijeh )

• Spokesperson: Professor Dr. Christof Schulz