Prof. Dr.-Ing. Stefan Will

Lehrstuhl für Technische Thermodynamik (LTT)

3D LIF/Mie planar droplet sizing in IC engine sprays using single-droplet calibration data (2020) Kögl M, Mishra YN, Hofbeck B, Baderschneider K, Huber F, Pracht J, Berrocal E, et al. Conference contribution, Conference Contribution An optimized evaluation strategy for a comprehensive morphological soot nanoparticle aggregate characterization by electron microscopy (2020) Altenhoff M, Aßmann S, Teige C, Huber F, Will S Journal article Effiziente Wasserstofffreisetzung aus einem chemischen Wasserstoffträger mit einem Porenbrenner als Wärmequelle (2019) Bollmann J, Schmidt N, Gerboth L, Medisch R, Zigan L, Will S Conference contribution, Conference Contribution High-speed, inline measurement of protein activity and inactivation processes by supercontinuum attenuation spectroscopy (2019) Koch H, Eisen K, Werblinski T, Perlitz J, Prihoda F, Lee G, Will S Journal article, Original article Analysis of the LIF/Mie Ratio from Individual Droplets for Planar Droplet Sizing: Application to Gasoline Fuels and Their Mixtures with Ethanol (2019) Kögl M, Baderscheider K, Bauer F, Hofbeck B, Berrocal E, Will S, Zigan L Journal article, Review article Inferring the Morphology of Cabonaceous Nanoparticles Through Light Scattering: a Bayesian Artificial Neural Netzwork Approach (2019) Talebi Moghaddam S, Bauer F, Huber F, Will S, Daun KJ Conference contribution, Conference Contribution Effiziente Wasserstofffreisetzung aus einem chemischen Wasserstoffträger mit einem Porenbrenner als Wärmequelle (2019) Bollmann J, Gerboth L, Medisch R, Zigan L, Schmidt N, Will S Conference contribution, Conference Contribution Analyse zur Wahl des Arbeitsfluides für ein kombiniertes HP-ORC-System zur Energiespeicherung (2019) Eppinger B, Zigan L, Will S Conference contribution, Conference Contribution Soot aggregate sizing in an extended premixed flame by high-resolution two-dimensional multi-angle light scattering (2D-MALS) (2019) Altenhoff M, Aßmann S, Perlitz J, Huber F, Will S Journal article Fluorescence characteristics of the fuel tracer 1-methylnaphthalene for the investigation of equivalence ratio and temperature in an oxygen-containing environment (2019) Retzer U, Fink W, Will T, Will S, Zigan L Journal article