Photoionization model for streamer propagation mode change in simulation model for streamers in dielectric liquids

Measurements of transmission and refraction in the marine boundary layer have been performed during the September 2011 SQUIRREL trial, and have been compared with results from

[ 29 ] When using the isotropic formulation to estimate tur- bulence dissipation rate in an anisotropic field, it is not possible to know a priori which fluctuating velocity

We have not observed branching from filaments that do not fluctuate, further indicating that these two phenomena are linked. Also note that even when additional local field

Next, to answer the question of when we need to update the electric field and radiative transport equations, we perform additional simulations by using smaller values of ∆t c for

Abstract—A simplified model for photoionization, modeling fast streamer propagation, is combined with an existing model for slow streamers, based on electron avalanches..

Stopping length for non- breakdown streamers, breakdown voltages and velocities for various pre-breakdown streamer modes have been studied for a selection of model liquids

For the lower values, many streamer heads are present at the same time, which in turn lowers the potential scaling of each head, increases the breakdown voltage, and moderates

5.1 COMPARISON WITH SATURATION CHARGE The drift-diffusion simulations typically show a streamer initiated from the blade tip, propagating vertically, and then hitting