21–23 May 2018
Topland | Hotel & Convention Center Phitsanulok
Asia/Bangkok timezone

Enhancing of electric field strength by electrode geometries and dielectric materials for surface discharges in ozonizer

21 May 2018, 17:45
1h
Ayutthaya Room

Ayutthaya Room

Poster Plasma and Ion Physics, Nuclear and Radiation Physics A04: Plasma and Nuclear Fusion (Poster)

Speaker

Pitchasak Chankuson

Description

Ozone is a very strong oxidizing agent, widely used in industrial, environmental and agricultural applications. Ozone generated by ozonizer, when air or oxygen ionized to form plasmas under high-frequency and high-intensity electric field. The intensity of electric fields depend on electrode geometry, gap size, applied voltage and dielectric materials. In this study, effects of electrode geometry and dielectric materials on electric field intensity and distribution were calculated by theoretical analysis and COMSOL multiphysics software. The results that show the highest electric field intensity will be used for the design of the ozonizer in the future work

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