Add to ORKGSubject of investigation: atmospheric electricity. Purpose of the work: investigation of the electrical state of the bottom layer as applicable to the high-mountain conditions. Numerical models are developed for the electrical conditions of the bottom layer. The investigation concerns the variations in the electrical characteristics under the action of various factors. A possibility is investigated for setting up a mountainous background atmosphere-electric station in the Elbrus area. The results of the numerical modelling and the experimental data were used in some scientific and research work. The methods of carrying out the atmosphere-electrical observations are improved. Field of application: meteorology, geography, atmosphere physicsAv...
The paper briefly describes a site network which registers atmospheric electric field strength (AEF ...
Some results of investigations of the connection of the parameters of thunderstorm activity with the...
The Earth's atmosphere is continually electrified. Our understanding of the global atmospheric elect...
The thesis is divided into four chapters. A brief description of the past work on electrode effect i...
A complex for measuring the electrical parameters of the surface layer of the atmosphere, which has ...
We estimate the surface electric field and air ions variability in undisturbed atmospheric condition...
The variables encountered in atmospheric electricity are discussed and the theoretical model as prop...
The paper presents the results of the analysis of variations in the electric field intensity of the ...
Atmospheric electric parameters such as electric field strength and air polar electric conductivity ...
In the present work we will calculate the electrical conductivity of atmosphere. Generally earth’s a...
Atmospheric electric field intensity, air conductivity, air-earth current density and air space char...
The work covers the atmosphere absorption and radiation and self-radiation in the ridge topographies...
Purpose. Development of new hypothesis about the possible additional mechanisms of origin, accumulat...
The study of the electrical environment of the Earth's atmosphere has rapidly advanced during the pa...
The study of the electrical environment of the Earth's atmosphere has rapidly advanced during the pa...
The paper briefly describes a site network which registers atmospheric electric field strength (AEF ...
Some results of investigations of the connection of the parameters of thunderstorm activity with the...
The Earth's atmosphere is continually electrified. Our understanding of the global atmospheric elect...
The thesis is divided into four chapters. A brief description of the past work on electrode effect i...
A complex for measuring the electrical parameters of the surface layer of the atmosphere, which has ...
We estimate the surface electric field and air ions variability in undisturbed atmospheric condition...
The variables encountered in atmospheric electricity are discussed and the theoretical model as prop...
The paper presents the results of the analysis of variations in the electric field intensity of the ...
Atmospheric electric parameters such as electric field strength and air polar electric conductivity ...
In the present work we will calculate the electrical conductivity of atmosphere. Generally earth’s a...
Atmospheric electric field intensity, air conductivity, air-earth current density and air space char...
The work covers the atmosphere absorption and radiation and self-radiation in the ridge topographies...
Purpose. Development of new hypothesis about the possible additional mechanisms of origin, accumulat...
The study of the electrical environment of the Earth's atmosphere has rapidly advanced during the pa...
The study of the electrical environment of the Earth's atmosphere has rapidly advanced during the pa...
The paper briefly describes a site network which registers atmospheric electric field strength (AEF ...
Some results of investigations of the connection of the parameters of thunderstorm activity with the...
The Earth's atmosphere is continually electrified. Our understanding of the global atmospheric elect...