Figure 5 Measurement data for 1000 ppm
AEPT
- The role of flow field dynamics in enhancing volatile organic compound conversion in a surface dielectric barrier discharge system
Datasets
977 results
Figure 5 Measurement data for 500 ppm
AEPT
- The role of flow field dynamics in enhancing volatile organic compound conversion in a surface dielectric barrier discharge system
Figure 5 Measurement data for 100 ppm
AEPT
- The role of flow field dynamics in enhancing volatile organic compound conversion in a surface dielectric barrier discharge system
Measurement of atomic oxygen densities using TALIF on a dielectric barrier discharge: Insights into the volume above a micro cavity plasma array
PIP
Dielectric barrier discharges, particularly micro cavity plasma arrays, offer significant potential for plasma-catalytic research due to their ability to ignite plasma in direct contact with a catalytic surface, enabling the observation of plasma...
Figure5_15_model
PIP
- Measurement of atomic oxygen densities using TALIF on a dielectric barrier discharge: Insights into the volume above a micro cavity plasma array
Figure5_15_exp
PIP
- Measurement of atomic oxygen densities using TALIF on a dielectric barrier discharge: Insights into the volume above a micro cavity plasma array
Figure5_05_model
PIP
- Measurement of atomic oxygen densities using TALIF on a dielectric barrier discharge: Insights into the volume above a micro cavity plasma array
Figure5_05_exp
PIP
- Measurement of atomic oxygen densities using TALIF on a dielectric barrier discharge: Insights into the volume above a micro cavity plasma array
Figure5_01_model
PIP
- Measurement of atomic oxygen densities using TALIF on a dielectric barrier discharge: Insights into the volume above a micro cavity plasma array