Decrease of Grounding Resistance Resulting from the Development of Plasma Channels Along the Ground Surface

Experimental study on transient impedance of grounding rods encased in ground enhancing compounds

(2016) Vasilios P. Androvitsaneas et al.   ELECTRIC POWER SYSTEMS RESEARCH

Propagation of current pulses with an amplitude of up to 85 kA in soil over distances of several tens of meters

(2016) V. P. Smirnov et al.   PLASMA PHYSICS REPORTS

Electrical breakdown of soil under nonlinear pulsed current spreading

(2015) L M Vasilyak et al.   JOURNAL OF PHYSICS D-APPLIED PHYSICS

Nonlinear impulse current spreading and electrical breakdown in soil

(2014) L. M. Vasilyak et al.   HIGH TEMPERATURE

Analysis of Soil Ionization Behaviors under Impulse Currents

(2010) Bok-Hee Lee et al.   Journal of Electrical Engineering & Technology

Numerical simulations of spark channels propagating along the ground surface: Comparison with high-current experiment

(2009) E. M. Bazelyan et al.   PLASMA PHYSICS REPORTS

Experimental study of the positive leader velocity as a function of the current in the initial and final-jump phases of a spark discharge

(2008) A. G. Andreev et al.   PLASMA PHYSICS REPORTS