Add to ORKGA preliminary attempt has been made to study the time domain characteristics of the induced voltage and current on the rocket and its exhaust plume (ionized trail) when it is coupled with the transient electromagnetic field generated by a nearby lightning discharge. For the computation, finite difference time domain (FDTD) technique has been used where the object is assumed to be a finite vertical nonuniform transmission line above a perfectly conducting ground. It is seen that the amplitude of the first peak of the induced voltage and current at the mid point of the object is 23.5 kV and 4.9 kA respectively
Nowadays ,there are many different studies to analyze the transient process for the spread of the li...
Dealing with realistic networks, the solution of lightning electromagnetic field coupling to transmi...
Lightning cloud delivers a certain amount of charge from the cloud to the earth and may affects powe...
A preliminary attempt has been made to study the time domain characteristics of the induced voltage ...
This paper presents time-domain characteristics of induced current and voltage on a rocket in the pr...
In this paper the behavior of a tower and its grounding system, subjected to a lightning, is faced. ...
Abstract—In this paper, the lightning-generated electromagnetic fields over lossy ground produced by...
[1] We have examined, using the finite difference time domain (FDTD) method for solving discretized ...
In this paper, we present analytical calculations and numerical simulations of the vertical componen...
In this paper, we analyze the electric field at ground level during the first stage of triggered lig...
This paper discusses the effects of the following parameters on the return stroke and on the charact...
We simultaneously recorded the voltages induced by lightning on both ends of an unenergized 448-mete...
This paper proposes a Maxwell’s equations finite difference time domain (FDTD) approach for electrom...
This paper describes a finite-difference time-domainFDTD) method to analyze lightning surge propagat...
2013-04-29One of the natural sources of the electric current is the lightning discharge in the ionos...
Nowadays ,there are many different studies to analyze the transient process for the spread of the li...
Dealing with realistic networks, the solution of lightning electromagnetic field coupling to transmi...
Lightning cloud delivers a certain amount of charge from the cloud to the earth and may affects powe...
A preliminary attempt has been made to study the time domain characteristics of the induced voltage ...
This paper presents time-domain characteristics of induced current and voltage on a rocket in the pr...
In this paper the behavior of a tower and its grounding system, subjected to a lightning, is faced. ...
Abstract—In this paper, the lightning-generated electromagnetic fields over lossy ground produced by...
[1] We have examined, using the finite difference time domain (FDTD) method for solving discretized ...
In this paper, we present analytical calculations and numerical simulations of the vertical componen...
In this paper, we analyze the electric field at ground level during the first stage of triggered lig...
This paper discusses the effects of the following parameters on the return stroke and on the charact...
We simultaneously recorded the voltages induced by lightning on both ends of an unenergized 448-mete...
This paper proposes a Maxwell’s equations finite difference time domain (FDTD) approach for electrom...
This paper describes a finite-difference time-domainFDTD) method to analyze lightning surge propagat...
2013-04-29One of the natural sources of the electric current is the lightning discharge in the ionos...
Nowadays ,there are many different studies to analyze the transient process for the spread of the li...
Dealing with realistic networks, the solution of lightning electromagnetic field coupling to transmi...
Lightning cloud delivers a certain amount of charge from the cloud to the earth and may affects powe...