Electric currents flowing in the global electric circuit are closed by ionospheric currents. A
model for the distribution of the ionospheric potential which drives these currents is …

The entirety of the Earth's climate system is continuously bombarded by cosmic rays and
exhibits about 2000 thunderstorms active at any time of the day all over the globe. Any …

The diurnal variation of the global electric circuit (GEC) is simulated using the Weather
Research and Forecasting model by estimating contributions of grid columns to the …

It is known that the global electric circuit (GEC) intensity can be characterised by a single
global index, namely the ionospheric potential (IP), made up of contributions from electrified …

Contributions of different land and ocean regions to the diurnal variation of the global
electric circuit are simulated using the Weather Research and Forecasting model by …

The lightning phenomenon is an intriguing natural hazard not widely studied in Zambia.
Lightning protection of installations is very specific to a particular region and thus it requires …

На основе параметризации ионосферного потенциала (ИП) впервые
промоделирована сезонная динамика суточной вариации ИП за 2016-2017 гг. с …

The consistent inclusion of global electric circuit sources of ionospheric and magnetospheric
origin in distributed numerical models of the circuit is discussed. It is shown that the most …

On the basis of a parametrization of the ionospheric potential (IP), the seasonal dynamics of
the diurnal IP variation for 2016–2017 is simulated for the first time using the Weather …

Обсуждается последовательное включение источников глобальной электрической
цепи ионосферной и магнитосферной природы в ее распределенные численные …