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FREQUENCY CHARACTERIZATION OF WIRE ELECTRODES DEVICES FOR BIOMEDICAL APPLICATIONS


NEFZI AMANI *1, LEVEQUE PHILIPPE 1, ARNAUD-CORMOS DELIA 1
1. Univ. Limoges, CNRS, XLIM, UMR 7252, F-87000 Limoges, France
* Corresponding author, courriel amani.nefzi@etu.unilim.fr

Issue:

PLUMEE, Number 1, Volume VII

Section:

Issue No.1 - Volume 7 (2017)

Abstract:

Nanosecond Pulsed Electric Fields (nsPEFs) are pulsed electric fields with high-intensities (few MV / m) and ultra-short durations (a few nanoseconds). These electromagnetic fields are used for biomedical applications such as cancer treatment. The application of the nsPEFs can be carried out by different exposure devices. In this article, four wire electrode devices are characterized in the frequency domain to assess their adaptation to nsPEFs exposures. The results show that these devices are capable of applying nsPEFs of 10 ns durations

Keywords:

nsPEF, nanosecond pulses, wire electrodes device, biological medium.

Code [ID]:

PLUMEE201701V07S01A0006 [0004722]

Note:

Full paper:

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