Measurements were characterized of simultaneous vertical electric fields and voltages induced at both ends of a 448 m overhead power line by artificially initiated lightning return strokes. The lightning discharges struck ground about 20 m from one end of the line. The measured line voltages could be grouped into two categories: those in which multiple, similarly shaped, evenly spaced pulses were observed, which are called oscillatory; and those dominated by a principal pulse with subsidiary oscillations of much smaller amplitude, which are called impulsive. Voltage amplitudes range from tens of kilovolts for oscillatory voltages to hundreds of kilovolts for impulsive voltages
Electric field derivative signals from single and multiple lightning strokes are presented. For abou...
In this paper we present and discuss measurements of electric (vertical and radial) and magnetic fie...
A variety of basic and applied research programs are being conducted at the Kennedy Space Center. As...
We simultaneously recorded the voltages induced by lightning on both ends of an unenergized 448-mete...
Voltages induced on a 448-m power distribution line by eleven return strokes in three lightning flas...
Vertical electric field waveforms of leader-return stroke sequences measured 500 m and 30 m from roc...
Measured and calculated voltages induced on an unenergized overhead power line by lightning return s...
We present correlated measurements of the voltage induced on a power line by nearby lightning and th...
The transient voltage surge caused by lightning is the major source contributed to the disturbance o...
Voltages induced on a test unenergized 1.8 km straight overhead telecommunication subscriber line by...
Measurements are presented of simultaneous horizontal and vertical electric fields from 42 lightning...
A simple analysis of induced transients in an overhead telecommunication subscriber line due to near...
Disturbances of electric power transmission and distribution system are frequently caused by tow ki...
We present a study on the characteristics of current and electric field pulses associated with upwar...
We present a study on the characteristics of current and electric field pulses associated with upwar...
Electric field derivative signals from single and multiple lightning strokes are presented. For abou...
In this paper we present and discuss measurements of electric (vertical and radial) and magnetic fie...
A variety of basic and applied research programs are being conducted at the Kennedy Space Center. As...
We simultaneously recorded the voltages induced by lightning on both ends of an unenergized 448-mete...
Voltages induced on a 448-m power distribution line by eleven return strokes in three lightning flas...
Vertical electric field waveforms of leader-return stroke sequences measured 500 m and 30 m from roc...
Measured and calculated voltages induced on an unenergized overhead power line by lightning return s...
We present correlated measurements of the voltage induced on a power line by nearby lightning and th...
The transient voltage surge caused by lightning is the major source contributed to the disturbance o...
Voltages induced on a test unenergized 1.8 km straight overhead telecommunication subscriber line by...
Measurements are presented of simultaneous horizontal and vertical electric fields from 42 lightning...
A simple analysis of induced transients in an overhead telecommunication subscriber line due to near...
Disturbances of electric power transmission and distribution system are frequently caused by tow ki...
We present a study on the characteristics of current and electric field pulses associated with upwar...
We present a study on the characteristics of current and electric field pulses associated with upwar...
Electric field derivative signals from single and multiple lightning strokes are presented. For abou...
In this paper we present and discuss measurements of electric (vertical and radial) and magnetic fie...
A variety of basic and applied research programs are being conducted at the Kennedy Space Center. As...