Dr.-Ing. Franz Huber

Lehrstuhl für Technische Thermodynamik (LTT)

Charakterisierung von Pulvern im Nanobereich (2019) Aßmann S, Huber F, Will S Conference contribution, Conference Contribution Comprehensive characterization of nano-aerosols by Wide-Angle Light Scattering (WALS) and Laser-Induced Incandescence (LII) (2019) Aßmann S, Huber F, Will S Conference contribution, Conference Contribution Laser-based investigation of sooting combustion of additized Diesel (2019) Palazzo N, Zigan L, Huber F, Will S Conference contribution, Conference Contribution Wide-Angle Light Scattering for droplet and particle analysis in a Spray Flame Synthesis process (2019) Münsterjohann B, Aßmann S, Huber F, Will S Conference contribution, Conference Contribution Investigation of temperature and composition in a laminar flat-flame burner based on rotational shifted excitation Raman difference spectroscopy (2019) Bahr L, Huber F, Braeuer AS, Will S Conference contribution, Conference Contribution Development of a tunable solid state laser for temperature measurement in combustion processes (2019) Labus M, Huber F, Will S Conference contribution, Conference Contribution Determination of various absorbing species in sooting flames using UV-VIS-absorption-spectroscopy (2019) Bauer F, Huber F, Will S Conference contribution, Conference Contribution Comprehensive morphological characterization of industrial nano-aerosols by optical measurement methods (2019) Aßmann S, Bauer F, Huber F, Will S Conference contribution, Conference Contribution Laseroptische Charakterisierung der Primärpartikelgröße und Volumenkonzentration von Furnaceruß unter variierenden Prozessbedingungen (2019) Aßmann S, Huber F, Will S Conference contribution, Conference Contribution Einsatz der Weitwinkel-Lichtstreuung zur Bestimmung der Tropfengrößenverteilung und Partikelmorphologie in der Sprayflammensynthese (2019) Aßmann S, Münsterjohann B, Huber F, Will S Conference contribution, Conference Contribution