Effectiveness of predicting radiowave propagation in the ionosphere based on the IRI-2001 ionospheric model

Details Effectiveness of predicting radiowave propagation in the ionosphere based on the IRI-2001 ionospheric model Effectiveness of predicting radiowave propagation in the ionosphere based on the IRI-2001 ionospheric model

Aug 2008

adsabs.harvard.edu/cgi-bin/nph-data_query?bibcode=2008ge%26ae..48..504k&link_type=abstract

Geomagnetism and Aeronomy, Volume 48, Issue 4, pp.504-510

Computer Science

Sound

94.20.Dj

Scientific paper

The standard deviation of predicting radiowave propagation using the IRI-2001 model is estimated based on the data of oblique-incidence sounding on the England-IZMIRAN (˜2500 km) and Cyprus-IZMIRAN (˜2300 km) practically perpendicular paths and vertical radiosounding of the ionosphere at the common point (IZMIRAN) during the period March 2002 2007. The observational period covers a wide range of solar activity values: the sunspot number R varied from 112 at a maximum (2002) to 4.8 at a minimum (2007). The results of an analysis of the complex experimental data, which agree with their description by the IRI-2001 model, completed with the calculations of the electron collision frequency, are presented.

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