High intensity pulsed electric field (PEF) treatment was investigated focusing on the alteration of electric field distribution, flow characteristics and temperature distribution due to the modification of the treatment chamber.
So far, there have been many descriptions of modifications of polymer electric properties, for typical dielectrics after admixture introduction of metal nanoparticles like Au, Ag, polyaniline, carbon black, or specially prepared multi-walled carbon nanotubes (MWCNT) [ 2– 4].
These enhancements were attributed to the modification of the equatorial electric field as a result of injection of the Auroral electric field to the low and equatorial ionosphere.
The model is used to successfully simulate the evolution of the discharge and yield useful information about the build-up of space charge within the micro-cavity and the consequent modification of the applied electric field.
The decrease on the enhancement factor is expected after the coating for two reasons: the increasing thickness of the tips and the modification of the local electric field due to the coating.
These include modification of the atmospheric electric potential structure over thunderstorm regions and the possible stimulation of high-altitude-lightning, as well as studies of relativistic electron precipitation effects on chemical reaction paths.
In this paper possible modifications of combined cycle power plants of electric power output below 50 MW are presented.
The product ships with an "evidence" dossier, explaining that while "Pavlok is not a medical device and no medical studies have been conducted to test its efficacy," scientists have been studying the effects of electric shocks on behavior modification.
These findings suggest that the surface modification of DSPE-PEG2000 changes the surface electric potentials of liposomes, which enhanced their stability.
The easiness for operation, thickness control of magnetic films, and electric field modification of coercive force in an electrolyte condition show great advantages for further applications in spintronics.
