Add to ORKGIn this paper, Maxwell’s equations are solved for the ionospheric plasma during thunderstorm and lightning discharges. The influences of geomagnetic field and time-varying random irregularities developing an ac magnetic field have been taken into consideration. The thundercloud and lightning induced electric field has been numerically estimated for some specific ionospheric height range. The fluctuation of electron number density within the medium is also studied. 1
93-97The ionospheric temperature in relation with the thunderstorm activity has been studied. The d...
In this paper, a full‐wave two‐dimensional Finite‐Difference‐Time‐Domain model is developed to evalu...
In this paper we study the transmission of the electrostatic field due to coulomb charges of an indi...
A connection between thunderstorms and the ionosphere has been hypothesized since the mid-1920s(1). ...
Using the model of a spherical symmetric atmosphere the large-scale electric fields generated by the...
109-113Heating of the ionosphere due to incidence of electromagnetic pulses coming from lightning di...
Meteorological processes (cold fronts, mesoscale convective complexes, thunderstorms) in the troposp...
Numerous sources produce the ionization impact on the planetary atmosphere. The tropospheric cloudin...
Title: Lightning-Related Electromagnetic Wave Phenomena in the Earth's Magnetosphere Author: Jan Záh...
In this study, the heating of the nighttime lower ionosphere due to electromagnetic radiation in the...
A two-dimensional numerical model is created to calculate the electric field and current that flow f...
The thermospheric neutral wind and ionospheric layer conductance at latitudes higher than 45 degrees...
In this study, the heating of the nighttime lower ionosphere due to electromagnetic radiation in the...
A model describing a thunderstorm's interaction with the global electric circuit is presented. The m...
We present the results of a one-dimensional model of an electron avalanche, initiated by a high-ener...
93-97The ionospheric temperature in relation with the thunderstorm activity has been studied. The d...
In this paper, a full‐wave two‐dimensional Finite‐Difference‐Time‐Domain model is developed to evalu...
In this paper we study the transmission of the electrostatic field due to coulomb charges of an indi...
A connection between thunderstorms and the ionosphere has been hypothesized since the mid-1920s(1). ...
Using the model of a spherical symmetric atmosphere the large-scale electric fields generated by the...
109-113Heating of the ionosphere due to incidence of electromagnetic pulses coming from lightning di...
Meteorological processes (cold fronts, mesoscale convective complexes, thunderstorms) in the troposp...
Numerous sources produce the ionization impact on the planetary atmosphere. The tropospheric cloudin...
Title: Lightning-Related Electromagnetic Wave Phenomena in the Earth's Magnetosphere Author: Jan Záh...
In this study, the heating of the nighttime lower ionosphere due to electromagnetic radiation in the...
A two-dimensional numerical model is created to calculate the electric field and current that flow f...
The thermospheric neutral wind and ionospheric layer conductance at latitudes higher than 45 degrees...
In this study, the heating of the nighttime lower ionosphere due to electromagnetic radiation in the...
A model describing a thunderstorm's interaction with the global electric circuit is presented. The m...
We present the results of a one-dimensional model of an electron avalanche, initiated by a high-ener...
93-97The ionospheric temperature in relation with the thunderstorm activity has been studied. The d...
In this paper, a full‐wave two‐dimensional Finite‐Difference‐Time‐Domain model is developed to evalu...
In this paper we study the transmission of the electrostatic field due to coulomb charges of an indi...