This habilitation thesis comprises an annotated collection of articles published in the years
2014-2023, while exploring possibilities of efficient intensification of ozone generators, oper-
ating on the principles of dielectric barrier discharges through multi-criteria optimizations
focused on the impact of the environment within which they originate. Top-priority accent
was laid on optimizing the direction of the flow of feeding gas (air) in an ozone generator
in relation to the microdischarges being generated, to the environmental impacts in which
they occur, and the introduction of photocatalytic materials to their vicinity.
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dc.language.iso
en
en
dc.publisher
ČVUT. Fakulta elektrotechnická.
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dc.publisher
CTU in Prague. Faculty of Electrical Engineering.
dc.subject
Surface dielectric barrier discharge (SDBD)
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dc.subject
Ozone (O3)
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dc.subject
Ozone generator
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dc.subject
Non-thermal plasma
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dc.subject
Airflow
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dc.subject
Numerical simulations
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dc.subject
Photocatalysts
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dc.title
Intensification of ozone generation through multi-criteria optimization of dielectric barrier discharge