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Electroporation consists in an electropermeabilization of the cell membrane as a consequence of its exposure to an external electric field. Electrochemotherapy is an application of electroporation and represents a minimally invasive technique which is pretended to be applied in breast cancer treatment. The distribution of the electric field in tumoral tissue was obtained by simulation using finite...
An accurate model, which can predict the electro-thermal performance and lifetime of electrochemical energy storage devices, is a vital, yet missing, element of current research focusing on electrochemical cell design and use. The main obstacle is a method to model the electrode-electrolyte interface. This paper provides a general overview of existing modeling methods and their limitations. A simple...
This paper illustrates a charge simulation method based computation of electric potential and field of composite insulators for HVDC lines. The electric field is calculated under both dry and wet conditions and compared to AC line insulators. The results indicate that for the same nominal voltage, the electric field for DC lines is higher than for ac lines, thereby necessitating larger field control...
Linear Brownian motors utilize relatively weak electric fields to bias the diffusion of particles in a microfluidic channel thereby harnessing Brownian motion to facilitate particle transport. We present a custom simulator for such a system and use it to optimize transport by modifying the electrode configuration and rectification scheme. With insight gained from simulation, we are able to identify...
A novel numerical strategy of electric field computation based on conventional charge simulation method (CSM) was proposed, according to the geometric feature of vacuum interrupter (VI). The matching relationship of contour points and simulation charges can be conveniently established for different component structure using the proposed geometric feature CSM (GFCSM). For verifying the feasibility...
The electric fields associated with sphere-plane gap geometry is simulated using charge simulation method (CSM). In the present study simulation results with symmetrical placed 6 and 14 point charges are reported. The errors in charge simulation method (CSM) of sphere surface potentials are analyzed by optimally placing the charges. The optimal location of point charges used in simulation are identified...
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