Allgemein

In this publication, you will find out how temperatures in heat transfer oils or in liquid organic hydrogen carrier (LOHC) systems can be determined using the optical measurement method of phosphor thermometry.

In this paper, you will learn how the power density and the dynamics of the hydrogen release reaction can be improved via direct heating of the dehydrogenation unit using a porous media burner.

Doctoral thesis "Investigation of Soot Formation by Optical Diagnostics: From Precursor Measurements to 3D Particle Sizing"

New employee in the group Combustion and Reactive Flows introduces himself.

With this book, Prof. Stefan Will and his internationally renowned co-authors pursue a concept that complements that of conventional textbooks.

After a long Corona-related abstinence, two important conferences finally took place again in presence!

During the Long Night of Sciences on May 21, 2022, the LTT presented two current research projects.

In this publication you will learn how optical measurement methods (in-situ UV-Vis-NIR extinction and ex-situ Raman spectroscopy) are used to determine the band gaps of soot particles at two different stages during the soot formation process!

In this publication you will learn how a flexible setup for two-line atomic fluorescence (TLAF) can be used for temperature measurement in flames!

In this publication, you will learn how wide-angle light scattering (WALS) is used to determine the size distributions of microdroplets and nanoparticles of different morphologies (fractal/spherical) in a complex spray flame process!