Modern digital ionosonde measurements at low–middle latitude station, New Delhi, India, are used to assess the IRI-2007 model for the bottomside profile shape parameters B0 and B1 during solar minimum. Comparative analysis shows that in general, the IRI (B0 Table) option reveals better agreement with the B0 observations during daytime in all the seasons, while outside this time period, the IRI (Gulyaeva) predicted B0 values are closer to the observations. For B1 parameter, both the options in the IRI reproduce similar diurnal variations in all the seasons and are closer to observed values except during pre-sunrise and post-sunset hours
Comparative analysis of predicted parameters B0, B1 and D1 by IRI-2001model (International Reference...
171-178Model electron density distributions in the ionosphere over Delhi for summer and winter, in l...
The International Reference Ionosphere provides an option for using the half-density height h0.5 whe...
The diurnal, seasonal, and solar activity variations of the bottomside ionospheric profile parameter...
High resolution electron density profiles (Ne) measured with the Arecibo (18.4 N, 66.7 W), Incoheren...
335-343Digital ionosonde measurements at a low-middle latitude station, New Delhi (28.6ºN, 77.2ºE, d...
High resolution electron density profiles (Ne) measured with the Arecibo (18.4 N, 66.7 W), Incoh...
Published values of Total Electron Content (TEC) measured by ATS-6 are used to assess the latest ava...
The International Reference Ionosphere (IRI) shape parameters B0, B1, and D1 provide a representatio...
Measurements of electron density profiles carried out at the low latitude station Arecibo, with the ...
Topside ionospheric parameters-total ion density (Ni) and ion temperature (Ti) have been analysed at...
Bottom side electron density profiles for two stations at the southern crest of the Equatorial Ioniz...
We present a preliminary table of mean values of the F2 region bottomside parameters B0 (thickness p...
The IRI electron density topside has been constructed on the basis of the data available about thirt...
About 1500 electron density (Ne) profiles observed with the Arecibo incoherent scatter (I.S.) radar ...
Comparative analysis of predicted parameters B0, B1 and D1 by IRI-2001model (International Reference...
171-178Model electron density distributions in the ionosphere over Delhi for summer and winter, in l...
The International Reference Ionosphere provides an option for using the half-density height h0.5 whe...
The diurnal, seasonal, and solar activity variations of the bottomside ionospheric profile parameter...
High resolution electron density profiles (Ne) measured with the Arecibo (18.4 N, 66.7 W), Incoheren...
335-343Digital ionosonde measurements at a low-middle latitude station, New Delhi (28.6ºN, 77.2ºE, d...
High resolution electron density profiles (Ne) measured with the Arecibo (18.4 N, 66.7 W), Incoh...
Published values of Total Electron Content (TEC) measured by ATS-6 are used to assess the latest ava...
The International Reference Ionosphere (IRI) shape parameters B0, B1, and D1 provide a representatio...
Measurements of electron density profiles carried out at the low latitude station Arecibo, with the ...
Topside ionospheric parameters-total ion density (Ni) and ion temperature (Ti) have been analysed at...
Bottom side electron density profiles for two stations at the southern crest of the Equatorial Ioniz...
We present a preliminary table of mean values of the F2 region bottomside parameters B0 (thickness p...
The IRI electron density topside has been constructed on the basis of the data available about thirt...
About 1500 electron density (Ne) profiles observed with the Arecibo incoherent scatter (I.S.) radar ...
Comparative analysis of predicted parameters B0, B1 and D1 by IRI-2001model (International Reference...
171-178Model electron density distributions in the ionosphere over Delhi for summer and winter, in l...
The International Reference Ionosphere provides an option for using the half-density height h0.5 whe...