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Surface dielectric barrier discharge (sDBD) for flow control in plasma conversion

EP2

Dielectric barrier discharges (DBD) are often used for gas conversion, such as carbon dioxide splitting, volatile organic compound removal or ozone generation. Due to the tiny plasma filaments in DBD discharges, efficient mixing of the gas flow...

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Data Fig. 3

EP2

Surface dielectric barrier discharge (sDBD) for flow control in plasma conversion

Data Fig. 7

EP2

Surface dielectric barrier discharge (sDBD) for flow control in plasma conversion

Data Fig. 11

EP2

Surface dielectric barrier discharge (sDBD) for flow control in plasma conversion

Data Fig. 12b

EP2

Surface dielectric barrier discharge (sDBD) for flow control in plasma conversion

Data Fig. 12a

EP2

Surface dielectric barrier discharge (sDBD) for flow control in plasma conversion

Data Fig. 3

EP2

Impact of catalysis on n-butane oxidation in an RF atmospheric pressure plasma

data

Data Fig. 2

EP2

Impact of catalysis on n-butane oxidation in an RF atmospheric pressure plasma

data

Impact of catalysis on n-butane oxidation in an RF atmospheric pressure plasma

EP2

Plasma Chemical Processes

The plasma catalytic oxidation of n-butane diluted in a helium-oxygen RF plasma jet is used to study volatile organic compound (VOC) removal to unravel plasma catalytic synergisms. The plasma conversion is tested for a stoichiometric n-butane...

3x data

Data Fig. 4

EP2

Impact of catalysis on n-butane oxidation in an RF atmospheric pressure plasma

data

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kd's content

Surface dielectric barrier discharge (sDBD) for flow control in plasma conversion

Data Fig. 3

Data Fig. 7

Data Fig. 11

Data Fig. 12b

Data Fig. 12a

Data Fig. 3

Data Fig. 2

Impact of catalysis on n-butane oxidation in an RF atmospheric pressure plasma

Data Fig. 4