Capítols de llibre
http://hdl.handle.net/2117/21928
2024-03-29T14:23:06ZIonospheric model for radio techniques
http://hdl.handle.net/2117/84710
Ionospheric model for radio techniques
Hernández Pajares, Manuel
2016-03-18T14:12:03ZHernández Pajares, ManuelModels for atmospheric propagation delays
http://hdl.handle.net/2117/22314
Models for atmospheric propagation delays
Petrie, E.; Hernández Pajares, Manuel
Techniques operated for the realization of the IERS reference systems make use of
electromagnetic signals received on the surface of the Earth. During their transit
of the atmosphere, the signals experience delays which must be modeled in the
analysis software. This chapter presents models for the propagation of optical
signals in the troposphere (9.1), for radio signals in the troposphere (9.2) and
for radio signals in the ionosphere (9.4). For Doppler techniques which use time-
di erenced phases as observables, the models presented in this chapter should be
time-di erenced as well.
2014-03-20T13:27:35ZPetrie, E.Hernández Pajares, ManuelTechniques operated for the realization of the IERS reference systems make use of
electromagnetic signals received on the surface of the Earth. During their transit
of the atmosphere, the signals experience delays which must be modeled in the
analysis software. This chapter presents models for the propagation of optical
signals in the troposphere (9.1), for radio signals in the troposphere (9.2) and
for radio signals in the ionosphere (9.4). For Doppler techniques which use time-
di erenced phases as observables, the models presented in this chapter should be
time-di erenced as well.