apl. Prof. Dr. Hartmut Wiggers

  • Synthesis of highly-specific nanoparticles with tailored composition, size, and morphology in flames, plasmas, and wall-heated reactors
  • In-situ- and ex-situ characterization of synthesized materials with spectroscopic methods, BET, and TEM
  • Investigation of the kinetics of fundamental processes of particle formation and growth in flow reactors with optical in-situ diagnostics and in-line mass spectrometry
  • Surface functionalization and synthesis of nanocomposites
    Scale-up of synthesis processes
  • Synthesis of functional materials for energy applications in the context of the NanoEnergieTechnikZentrum, NETZ

Applied Spectroscopy

Dr. Torsten Endres

  • Development and application of laser-based techniques for non-intrusive measurement of concentration, temperature, droplet- and particle-size, as well as flow velocity in reactive flows
  • Quantitative imaging measurements of concentration and temperature distribution in flames, internal combustion engine cylinders, reactive and non-reactive flows
  • Development of minimal invasive detectors for imaging measurements in cavities
  • Analysis of the spectroscopic properties of organic molecules and nanoparticular substances
  • Analysis of processes in internal combustion engines and turbulent reaction processes based on laser-spectroscopic method


Dr. Mustapha Fikri

  • Analysis of the kinetics of combustion, ignition and particle formation reactions in shockwave reactors on the basis of elementary reactions and with full reaction schemes. Reactions are started by the instantaneous temperature rise in a shock wave and subsequent reactions are monitored with optical techniques and mass spectrometry
  • Measurement of ignition delay times as a function of pressure and temperature for pure compounds and commercial fuels
  • Determination of extensive reaction schemes for various fields as combustion chemistry, pyrolysis of large molecules, particle formation, and particle oxidation