hmF2_qModel
Last modified at Mar 14th, 2022, 12:00 GMT
Description
The F-peak model calculate and predict the ionospheric electron density peak height of the F2 region, hmF2, in quiet conditions. The model has been generated using monthly average electron density profiles from digisonde stations distributed worldwide for a large time interval. The ionospheric electron density peak height of the F2 region, hmF2, have been analyzed to obtain the quiet-time behavior and have been analytically modeled by the spherical harmonic analysis (SH) technique. The coefficients of the SH model of hmF2 are bounded to the solar activity and the temporal and seasonal variations. The model provides a calculation of the hmF2 in quiet conditions anywhere in the range of latitudes between of 70N and 70S and at any time, and the model is able to predict the hmF2 using the predicted smoothed sunspot number and the newest IGRF coefficients.
Capabilities
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hmF2_qModel
- Observed Property
- Dimensionality Instance
- Dimensionality Timeline
- Units
Data Levels
Further Information and Resources
Resources
More Properties
| Property | Value |
|---|---|
| Algorithm | Not used |
| Name (from Processing Input (2/3) > Input Output) | Smoothed sunspot number |
| Character String (from Processing Input (2/3) > Input Output > Description > LE Source > Description) | Smoothed sunspot number |
| Name (from Processing Input (3/3) > Input Output) | IGRF coeficients |
| Character String (from Processing Input (3/3) > Input Output > Description > LE Source > Description) | IGRF coeficients |
| Software Reference | Not used |
| Editor | Ebro Observatory |
| Version | 1 |
| Created | Monday 14th March 2022, 12:00 |
| Last Modified | Monday 14th March 2022, 12:00 |