1. Up for sale are both its meteorological satellites and the Landsat craft that carry out land surveys of the globe.

2. Using infrared data of Geostationary Meteorological Satellite, the gray scale and other kinds of element were calculated or derived after map projecting and geographic calibrating.

3. Images generated from meteorological satellite data as for only show two-dimensional distributions of clouds, though the altitude information of cloud is contained in these data.

4. At present, the meteorological satellite plays the most important role in the earth-atmosphere monitoring system, whereas satellite meteorology is a very active field in the earth science.

5. FY - 1 meteorological satellite is the first sun - synchronous - pointing three - axis stabilized remote sensing satellite launched successfully in China.

6. The aim of Meteorological Satellite Data Visualization System is to present data in the form of image.

7. Correction of the meteorological satellite viewing angle effects can improve the utilization of meteorological satellite information.

8. A real time processing method for geostationary meteorological satellite image data were developed by hardware.

9. The above illustrates that the FY-1C meteorological satellite can exert the best function at the aspect of environment monitor./meteorological satellite.html

10. Meteorological satellite MODIS is a kind of visible - infrared sensor. MODIS cannot detect land through cloud.

11. The present state for receiving meteorological satellite data in China is summarized, and a large amount of the data which could be received in the next years are introduced.

12. China is responsible for 42 percent of all satellite debris in orbit as of January 1, most of it from that Fengyun-C meteorological satellite.

13. The high-performance wide-field collimator for dynamic test of FY-4 imager is designed in order to test the dynamic scanning performance of the FY-4 geostationary meteorological satellite imager.

14. Global city lights, derived from 9 months of observations from the Defense Meteorological Satellite Program, are superimposed on a darkened land surface map.

15. The large area rigid folding solar array has been brought into operational phase by the successful launch of meteorological satellite FY-1.

16. The composition, major task and construction target of the ground application subsystem for FY-2C meteorological satellite were introduced in this paper.

17. A method of using the Nonlinear Interpolation to calculate the simplified grid data, which is offered by the FY-2C meteorological satellite, was put forward.

18. With the background of the next generation of geostationary orbit meteorological satellite[], the effect of payload mirror motion and solar array stepping motion are studied.

19. This paper presents the basic design principle, the assembly and the application of several components of optical thin film used for meteorological satellite.

20. The composition and performance of the integrated test system for FY 2 meteorological satellite were introduced in this paper.

21. Application of modern electronic technology in meteorological field of China is summarized, and is discussed in meteorological telecommunication, computer, meteorological satellite and weather radar.

22. The ships are also equipped with a range of weather forecasting equipments including weather radar, sonde, and weather balloon, meteorological satellite image receiving terminal.

23. The major task, performance and system constitution of attitude control subsystem in FY-1C, D polar orbiting meteorological satellite were briefly introduced in this paper.

24. Based on the data of the monitoring of NOAA meteorological satellite and the observed soil moisture at the surface observation station, drought index was expatiated in Anhui Province.

25. The power system, consisting of Si solar array, Ni-Cd battery pack and control module, has been successfully used on meteorological satellite FY-1.

26. The High Resolution Picture Transmitter is one of the major instrumentation on FY-1 Meteorological Satellite.

27. The justification for this assertion comes from collating the data from two satellites: Number 7, operating between 1978 and 1987, and the US Defense Meteorological Satellite Programme from1987.

28. Then, based on the overall structure of the IF all-digital demodulator for FY-2 meteorological satellite, the digital down conversion and the timing synchronization are deeply researched.