Abstract A new model of the CRAC family, CRAC:EPII (Cosmic Ray Atmospheric Cascade: Electron Precipitation Induced Ionization) is presented. The model allows one to calculate atmospheric ionization induced by precipitating electrons. The model is based on pre-computed with highprecision ionization yield functions, which are obtained using full Monte Carlo simulation of electron propagation and interaction in the Earth’s atmosphere, explicitly considering all physical processes involved in ion production. The simulations were performed using GEANT 4 simulation tool PLANETOCOSMICS with NRLMSISE 00 atmospheric model. A quasi-analytical approach, which allows one to compute the ionization yields for events with arbitrary incidence is also pres...
Abstract Nowadays the systematic study of the possible effect of precipitating high-energy particle...
Ionization showers are created in the Earths atmosphere by cosmic particles or by run-away electrons...
An analytical model for cosmic ray (CR) ionization in the terrestrial lower ionosphere and middle at...
Abstract In this paper we present a method to compute ionization rates induced by relativistic elect...
Abstract An extension of the CRAC model — CRAC:HEPII (Cosmic Ray Atmospheric Cascade: High Energy Pr...
We present a new model designed to simulate the process of energetic particle precipitation, a vital...
Abstract Precipitation of energetic particles into the Earth’s atmosphere can significantly change ...
Abstract Energetic electron precipitation (EEP) via atmospheric ion production rates is a natural f...
Accurate specification of ionization production by energetic electron precipitation is critical for ...
Low, medium and high energy electrons can penetrate to the thermosphere (90-400 km; 55-240 miles) an...
Abstract: We present a full numerical model to calculate cosmic ray induced ionization in the at-mos...
Abstract An important topic in the field of solar-terrestrial and space physics is the highly discu...
Energetic particle precipitation induces ionization of the atmosphere which initiates a chain of rea...
Abstract: Atmospheric ionization rate for the incident electrons and protons was simulated using GEA...
Abstract. The suprathermal particles, electrons and protons, coming from the Sun and precipitating i...
Abstract Nowadays the systematic study of the possible effect of precipitating high-energy particle...
Ionization showers are created in the Earths atmosphere by cosmic particles or by run-away electrons...
An analytical model for cosmic ray (CR) ionization in the terrestrial lower ionosphere and middle at...
Abstract In this paper we present a method to compute ionization rates induced by relativistic elect...
Abstract An extension of the CRAC model — CRAC:HEPII (Cosmic Ray Atmospheric Cascade: High Energy Pr...
We present a new model designed to simulate the process of energetic particle precipitation, a vital...
Abstract Precipitation of energetic particles into the Earth’s atmosphere can significantly change ...
Abstract Energetic electron precipitation (EEP) via atmospheric ion production rates is a natural f...
Accurate specification of ionization production by energetic electron precipitation is critical for ...
Low, medium and high energy electrons can penetrate to the thermosphere (90-400 km; 55-240 miles) an...
Abstract: We present a full numerical model to calculate cosmic ray induced ionization in the at-mos...
Abstract An important topic in the field of solar-terrestrial and space physics is the highly discu...
Energetic particle precipitation induces ionization of the atmosphere which initiates a chain of rea...
Abstract: Atmospheric ionization rate for the incident electrons and protons was simulated using GEA...
Abstract. The suprathermal particles, electrons and protons, coming from the Sun and precipitating i...
Abstract Nowadays the systematic study of the possible effect of precipitating high-energy particle...
Ionization showers are created in the Earths atmosphere by cosmic particles or by run-away electrons...
An analytical model for cosmic ray (CR) ionization in the terrestrial lower ionosphere and middle at...