[HTML][HTML] High temperature thermographic phosphors YAG: Tm; Li and YAG: Dy in reduced oxygen environments
Phosphor thermometry for surface temperature measurements has become an established
remote thermometry technique. However, measuring at temperatures above 1700 K is still …
remote thermometry technique. However, measuring at temperatures above 1700 K is still …
Evaluation of 15-kHz high-speed Pr: YAG phosphor surface thermometry of a thermal barrier coating in a reciprocating IC engine
D Witkowski, DA Rothamer - Proceedings of the combustion institute, 2023 - Elsevier
The Pr: YAG thermographic phosphor was employed to perform precise single-shot 15-kHz
surface temperature measurements of a thermal barrier-coated 4140 steel substrate located …
surface temperature measurements of a thermal barrier-coated 4140 steel substrate located …
[HTML][HTML] Investigating photomultiplier tube nonlinearities in high-speed phosphor thermometry using light emitting diode simulated decay curves
Photomultiplier tube (PMT) nonlinearities relevant for single shot high-speed lifetime
phosphor thermometry were investigated by simulating decay curves with a light emitting …
phosphor thermometry were investigated by simulating decay curves with a light emitting …
Low permittivity germanate LaAlGe2O7 ceramics: Synthesis, sintering behavior, spectral characteristics and microwave dielectric properties
Q Yang, Y He, X Wei, X Chen, H Zhou - Ceramics International, 2024 - Elsevier
Novel low permittivity LaAlGe 2 O 7 ceramics was prepared by a solid-state reaction method,
and the relationship between microstructure and microwave properties was revealed. XRD …
and the relationship between microstructure and microwave properties was revealed. XRD …
Precise surface temperature measurements from 400 to 1200 K using the Pr: YAG phosphor
D Witkowski, DA Rothamer - Applied Physics B, 2021 - Springer
The thermographic phosphor Pr: YAG was investigated for lifetime-based surface
temperature measurements using 4f–4f emission from its^ 3 P _ J 3 PJ states. A thin …
temperature measurements using 4f–4f emission from its^ 3 P _ J 3 PJ states. A thin …
Temperature measurements of high-temperature surface in environments with interfering radiation using luminescence lifetime thermometry
Y Wu, Y Zhang, T Fu - Applied Physics B, 2024 - Springer
Interfering radiation, such as self-emitting thermal radiation, infrared radiation from heating
sources, and combustion gas radiation, significantly impacts the use of optical thermometry …
sources, and combustion gas radiation, significantly impacts the use of optical thermometry …
Chemistry diagnostics for monitoring
K Kohse-Höinghaus, AM Ferris, J Zetterberg… - … Chemistry and the …, 2023 - Elsevier
Chemically sensitive diagnostics are indispensable to unravel reactive processes in
combustion and beyond, to understand their development in time and space and to monitor …
combustion and beyond, to understand their development in time and space and to monitor …
Spectral Radiative Properties of a Liquid n‐Octane Droplet in the Midinfrared Region
L Zhao, C Jing, Y Jin, J Chen, K Yin… - Journal of …, 2020 - Wiley Online Library
The optical constants of a liquid hydrocarbon such as liquid n‐octane are basic material
properties that may be used to evaluate their thermal radiation transfer capabilities. In this …
properties that may be used to evaluate their thermal radiation transfer capabilities. In this …
[引用][C] Hydrogen release from LOHC systems: Dehydrogenation using burner based direct heating and characterization by liquid phase thermometry
JF Bollmann - Dissertation, Erlangen, Friedrich …