Characterization of Ag-exchanged clinoptilolite treated with a plasma jet at atmospheric pressure

Dikmen, Sedef; Şahi̇n, Nesli̇han; Dikmen, Zafer; Tanışlı, Murat

doi:10.1180/clm.2020.33

Cited by 2 publications

(1 citation statement)

References 64 publications

(162 reference statements)

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“…Although other DBD systems do not present any risk of having an arc between the object and the dielectric whatever the distance between them, on the other hand for plasma jets of DBD-like there is a risk of having an electric arc depending on the material used is conductive or not and even depending on the field of application. If this arc is avoided, the use of this type presents many advantages [5] [17]. In addition, DBD plasma jets can be powered by radio frequency power, kHz AC power, and even pulsed DC power.…”

Section: Dbd-like Plasma Jetsmentioning

confidence: 99%

Atmospheric pressure plasma jet based on the dielectric barrier discharge

2022

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The dielectric barrier discharge has attracted the interest of many researchers in several fields since it produces a non-thermal plasma at atmospheric pressure. Its field of application is totally vast and includes medicine, biotechnology, chemistry, and various other fields of science and technology because of the physical and chemical properties that characterize the plasma jet based on the dielectric barrier discharge. These are characterized by different possible configurations and can be powered by radio frequency, alternating current, and even pulsed direct current depending on the application. In this work, we have presented the atmospheric pressure plasma jet as a new micro discharge that can be used in several fields. We have presented the different possible configurations of the plasma jets based on the dielectric barrier discharge that vary according to the targeted application field. In addition, we have presented some fields of study and specialties in the different application areas such as medicine, biotechnology and food preservation, agriculture and combustion domains. Finally, we have presented the results of the simulation with COMSOL Multiphysics of a dielectric barrier discharge at atmospheric pressure for different frequencies and different discharge gaps between the electrodes, since this is the discharge used in the plasma jet.

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Section: Dbd-like Plasma Jetsmentioning

confidence: 99%