Zobrazeno 1 - 7
of 7
pro vyhledávání: '"Xun‐Xie Zhang"'
Publikováno v:
GPS Solutions. 13:231-239
The retrieved electron density profile of ionospheric radio occultation (RO) simulation data can be compared with the background model value during the simulation and the inversion error can be obtained exactly. This paper studies the inversion error
Publikováno v:
Journal of Atmospheric and Solar-Terrestrial Physics. 68:1036-1042
The simultaneous observation of the mesosphere and lower thermosphere winds with MF radars in Wuhan ( 30 ∘ N , 114 ∘ E ) , China, and in Yamagawa ( 31 ∘ N , 131 ∘ E ) , Japan, available from February 28 to March 13, 2001 are preliminary compa
Publikováno v:
Chinese Journal of Geophysics. 49:275-281
When the low-Earth orbit (LEO) satellite is low, the contribution of the Total Electron Contents (TEC) above the satellite is not neglectable for inversion of GPS-LEO ionospheric occultation. The exponential extrapolate method which is widely used no
Publikováno v:
Chinese Journal of Geophysics. 49:15-21
Mountain-based GPS radio occultation observations were conducted at Yaogu mountain top and Jiugong mountain top in Hubei province respectively. Occultation events data were successfully obtained. Analysis and statistics of the occultation events have
Publikováno v:
Chinese Journal of Geophysics. 48:845-853
GPS radio occultation is a new technique that explores the global atmosphere. Both the inversion methods of geometric optics and full spectrum inversion are described in details. The geometric optics method is a classic inversion method used before.
Autor:
Stephen S. Stahara, Tamas I. Gombosi, Christopher T. Russell, John R. Spreiter, Paul Song, Xun‐Xie Zhang
Publikováno v:
Journal of Geophysical Research: Space Physics. 104:22357-22373
We test a new scheme to study the magnetosheath. The scheme uses the solar wind measurements as the input into the gasdynamic convected field model, and the model output is compared with magnetosheath observations. In our four test cases there is a s
Publikováno v:
Journal of Geophysical Research: Space Physics. 114
The approximation of spherical symmetry of electron density is the main error source in the inversion of ionospheric radio occultation (IRO). The study in this paper shows that only even terms of the asymmetry contribute to the inversion error. An as