Ozone production by corona discharge using a hollow needle-plate electrode system

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Author:	Pontiga Romero, Francisco de Paula Hadji, K. Guemou, M. Yanallah, K. Fernández Rueda, A. Moreno González, H.
Department:	Universidad de Sevilla. Departamento de Física Aplicada II
Date:	2014
Published in:	20th International Conference on gas discharges and their applications (2014),
Document type:	Presentation
Abstract:	Ozone generation using a hollow needle-to-plate corona reactor has been investigated using both positive and negative polarities and various flow rates. Oxygen could be introduced in the reactor either through the needle electrode or through a port on the lateral wall. This configuration al-lowed studying the effect of the flow direction on ozone production.
Cite:	Pontiga Romero, F.d.P., Hadji, K., Guemou, M., Yanallah, K., Fernández Rueda, A. y Moreno González, H. (2014). Ozone production by corona discharge using a hollow needle-plate electrode system. En 20th International Conference on gas discharges and their applications, Orléans, Francia.