Investigation of BAM: Eu2+ particles as a tracer for temperature imaging in flames
The capabilities of the joint temperature-velocity imaging technique, thermographic particle
image velocimetry (TPIV), are examined in H 2 laminar diffusion flames by seeding the fuel …
image velocimetry (TPIV), are examined in H 2 laminar diffusion flames by seeding the fuel …
Investigation of BAM:Eu2+ particles as a tracer for temperature imaging in flames
Z Yin, B Fond, G Eckel, C Abram… - Combustion and …, 2017 - ui.adsabs.harvard.edu
The capabilities of the joint temperature-velocity imaging technique, thermographic particle
image velocimetry (TPIV), are examined in H 2 laminar diffusion flames by seeding the fuel …
image velocimetry (TPIV), are examined in H 2 laminar diffusion flames by seeding the fuel …
[引用][C] Investigation of BAM: Eu2+ particles as a tracer for temperature imaging in flames
Z Yin, B Fond, G Eckel, C Abram, W Meier… - Combustion and …, 2017 - hero.epa.gov
[PDF][PDF] Investigation of BAM: Eu2+ particles as a tracer for temperature imaging in flames
Z Yin, B Fond, G Eckel, C Abram, W Meier, I Boxx… - Combustion and …, 2017 - elib.dlr.de
The capabilities of the joint temperature-velocity imaging technique, thermographic particle
image velocimetry (TPIV) are examined in H2 laminar diffusion flames, by seeding the fuel …
image velocimetry (TPIV) are examined in H2 laminar diffusion flames, by seeding the fuel …
[PDF][PDF] Investigation of BAM: Eu 2 particles as a tracer for temperature imaging in flames
Z Yina, B Fondb, G Eckela, C Abramb, W Meiera… - core.ac.uk
The capabilities of the joint temperature-velocity imaging technique, thermographic particle
image velocimetry (TPIV) are examined in H2 laminar diffusion flames, by seeding the fuel …
image velocimetry (TPIV) are examined in H2 laminar diffusion flames, by seeding the fuel …