Forschung

Browse all posts in the Forschung category.

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12MAR 2024
Allgemein
LTT at the annual meeting of the DECHEMA, Frankfurt a. Main, Germany
The Institute of Engineering Thermodynamics participated in this year´s annual meeting of the DECHEMA / VDI groups GFSP, KRI, MFA and PMT on February 27 and 28, 2024 in Frankfurt a. Main, Germany with three poster contributions from the Particle Measurement working group. Stefan Buchstaller introduced the development of a broadband light scattering sensor for […]
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17OCT 2023
Allgemein
31st German Flame Day for Sustainable Combustion
The 31st German Flame Day for Sustainable Combustion took place this year on September 27-28 at the Technical University of Berlin. The LTT was represented with two presentations.
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09OCT 2023
Allgemein
LTT at PARTEC 2023 in Nuremberg, Germany
The Institute of Engineering Thermodynamics was attending this year’s PARTEC (International Congress on Particle Technology) in Nuremberg from 26 to 28 September with two talks from the particle measurement working group. The event, which is considered one of the leading international congress for particle technology, provided an outstanding platform for scientists and researchers from all […]The Institute of Engineering Thermodynamics was attending this year’s PARTEC (International Congress on Particle Technology) in Nuremberg from 26 to 28 September with two talks from the particle measurement working group. The event, which is considered one of the leading international congress for particle technology, provided an outstanding platform for scientists and researchers from all […]
Read more about LTT at PARTEC 2023 in Nuremberg, Germany
26SEP 2023
Allgemein
MegaWATT Research Award 2023 to Florian Bauer
Dr. Florian Bauer was awarded the MegaWATT Research Prize 2023 of the Scientific Working Group Technical Thermodynamics for his dissertation “Investigation of Soot Formation by Optical Diagnostics: From Precursor Measurement to 3D Particle Sizing”. The prize is awarded for the best dissertation or postdoctoral thesis in technical thermodynamics in the German-speaking world. The prize was […]Dr. Florian Bauer was awarded the MegaWATT Research Prize 2023 of the Scientific Working Group Technical Thermodynamics for his dissertation “Investigation of Soot Formation by Optical Diagnostics: From Precursor Measurement to 3D Particle Sizing”. The prize is awarded for the best dissertation or postdoctoral thesis in technical thermodynamics in the German-speaking world. The prize was […]
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22MAY 2023
Allgemein
New publication “Burner-heated dehydrogenation of a liquid organic hydrogen carrier (LOHC) system”
https://authors.elsevier.com/a/1h0cd1HxM515Z5 Safe and efficient storage is essential for a hydrogen-based economy, with liquid organic hydrogen carriers (LOHCs) enabling reversible storage. This paper describes the successful use of the exhaust gas stream from a porous burner to provide the heat for the endothermic dehydrogenation of hydrogen-rich LOHCs. A focus is placed on the dynamics of the […]https://authors.elsevier.com/a/1h0cd1HxM515Z5 Safe and efficient storage is essential for a hydrogen-based economy, with liquid organic hydrogen carriers (LOHCs) enabling reversible storage. This paper describes the successful use of the exhaust gas stream from a porous burner to provide the heat for the endothermic dehydrogenation of hydrogen-rich LOHCs. A focus is placed on the dynamics of the […]
Read more about New publication “Burner-heated dehydrogenation of a liquid organic hydrogen carrier (LOHC) system”
04APR 2023
Allgemein
New Publication “2D in situ determination of soot optical band gaps in flames using hyperspectral absorption tomography”
https://authors.elsevier.com/c/1gpUf2KiHePn1 Using a novel approach that combines broadband extinction measurements with tomographic methods, this work demonstrates the first in situ planar determination of the distribution of the optical band gaps of soot in flames. This optical property helps to better understand the soot formation process, but it is also of central importance for the other […]https://authors.elsevier.com/c/1gpUf2KiHePn1 Using a novel approach that combines broadband extinction measurements with tomographic methods, this work demonstrates the first in situ planar determination of the distribution of the optical band gaps of soot in flames. This optical property helps to better understand the soot formation process, but it is also of central importance for the other […]
Read more about New Publication “2D in situ determination of soot optical band gaps in flames using hyperspectral absorption tomography”