High resolution electron density profiles (Ne) measured with the Arecibo (18.4 N, 66.7 W), Incoherent Scatter radar (I. S.) are used to obtain the bottomside shape parameters B0, B1 for a solar maximum period (1989–90). Median values of these parameters are compared with those obtained from the IRI-2001 model. It is observed that during summer, the IRI values agree fairly well with the Arecibo values, though the numbers are somewhat larger during the daytime. Discrepancies occur during winter and equinox, when the IRI underestimates B0 for the local times from about 12:00 LT to about 20:00 LT. Furthermore, the IRI model tends to generally overestimate B1 at all local times. At Arecibo, B0 increases by about 50%, and B1 decreases by about 30...
The IRI electron density topside has been constructed on the basis of the data available about thirt...
Electron density-height profiles from the Arecibo incoherent scatter radar have been analysed for th...
Bottom side electron density profiles for two stations at the southern crest of the Equatorial Ioniz...
High resolution electron density profiles (Ne) measured with the Arecibo (18.4 N, 66.7 W), Incoh...
About 1500 electron density (Ne) profiles observed with the Arecibo incoherent scatter (I.S.) radar ...
High resolution electron density profiles (Ne), measured with the Arecibo incoherent scatter radar (...
Measurements of electron density profiles carried out at the low latitude station Arecibo, with the ...
Arecibo (18.4 N, 66.7 W) incoherent scatter (IS) observations of electron density N(h) are compared...
Modern digital ionosonde measurements at low–middle latitude station, New Delhi, India, are used to ...
335-343Digital ionosonde measurements at a low-middle latitude station, New Delhi (28.6ºN, 77.2ºE, d...
The topside electron density profiles for sunrise and sunset conditions measured with incoherent sca...
The diurnal, seasonal, and solar activity variations of the bottomside ionospheric profile parameter...
184-190The diurnal and seasonal variations of the total electron content (TEC), derived from high ...
Midday and Midnight topside electron density profiles measured with the incoherent scatter radar at ...
We have used about 16000 high resolution electron density profiles from Arecibo (18.4 N, 66.7 W, dip...
The IRI electron density topside has been constructed on the basis of the data available about thirt...
Electron density-height profiles from the Arecibo incoherent scatter radar have been analysed for th...
Bottom side electron density profiles for two stations at the southern crest of the Equatorial Ioniz...
High resolution electron density profiles (Ne) measured with the Arecibo (18.4 N, 66.7 W), Incoh...
About 1500 electron density (Ne) profiles observed with the Arecibo incoherent scatter (I.S.) radar ...
High resolution electron density profiles (Ne), measured with the Arecibo incoherent scatter radar (...
Measurements of electron density profiles carried out at the low latitude station Arecibo, with the ...
Arecibo (18.4 N, 66.7 W) incoherent scatter (IS) observations of electron density N(h) are compared...
Modern digital ionosonde measurements at low–middle latitude station, New Delhi, India, are used to ...
335-343Digital ionosonde measurements at a low-middle latitude station, New Delhi (28.6ºN, 77.2ºE, d...
The topside electron density profiles for sunrise and sunset conditions measured with incoherent sca...
The diurnal, seasonal, and solar activity variations of the bottomside ionospheric profile parameter...
184-190The diurnal and seasonal variations of the total electron content (TEC), derived from high ...
Midday and Midnight topside electron density profiles measured with the incoherent scatter radar at ...
We have used about 16000 high resolution electron density profiles from Arecibo (18.4 N, 66.7 W, dip...
The IRI electron density topside has been constructed on the basis of the data available about thirt...
Electron density-height profiles from the Arecibo incoherent scatter radar have been analysed for th...
Bottom side electron density profiles for two stations at the southern crest of the Equatorial Ioniz...