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2016•Unpublished venueRequires access

Resonant cavity as microwave exposure system for biological materials

Nikola Djurić, Jelena Bjelica

Open publisher page 1 citations

Abstract

Radiofrequency and microwave devices offer a suitable and controlled exposure apparatus for biological systems. The possibility of accurately designing the field spatial distribution and quantifying the temperature increase in such a system, leads to their use in industrial applications, such as chemical and biochemical reactions. In this paper it is presented the design of a resonant cavity at 915 MHz to be used as a reliable heating system for enhancing enzymatic reactions. Operating conditions and parameters are analyzed using multi physics option offered by COMSOL.

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What this paper is about

Radiofrequency and microwave devices offer a suitable and controlled exposure apparatus for biological systems. The possibility of accurately designing the field spatial distribution and quantifying the temperature increase in such a system, leads to their use in industrial applications, such as chemical and biochemical reactions. In this paper it is presented the design of a resonant cavity at 915 MHz to be used as a reliable heating system for enhancing enzymatic reactions. Operating conditions and parameters are analyzed using multi physics option offered by COMSOL.

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Available abstract

Radiofrequency and microwave devices offer a suitable and controlled exposure apparatus for biological systems. The possibility of accurately designing the field spatial distribution and quantifying the temperature increase in such a system, leads to their use in industrial applications, such as chemical and biochemical reactions. In this paper it is presented the design of a resonant cavity at 915 MHz to be used as a reliable heating system for enhancing enzymatic reactions. Operating conditions and parameters are analyzed using multi physics option offered by COMSOL.

Key concepts: Microwave, Microwave cavity, Resonant cavity, Electromagnetic heating, Microwave heating, Materials science, Field (mathematics), Electronic engineering

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