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The Polar Orbit Meteorological Satellite in China
Meng Zhizhong
Strategic Study of CAE 2004, Volume 6, Issue 10, Pages 1-5
Meteorological satellite is one kind of applied satellite that has tremendous benefit to both economicThe development of polar orbit meteorological satellite in China has experienced the processes from experimentThis paper introduces briefly the development and performance of the FY-1 polar meteorological satellitesatellite platform are described.Moreover, the general information of the new generation polar FY-3 meteorological satellite is presented
Keywords: polar orbit meteorological satellite FY-1 satellite FY-3 satellite
Temperature Prediction for Sun Synchronous Satellite on Orbit
Wei Chuanfeng,Li Yunze,Yuan Lingshuang,Wang Jun,Ning Xianwen
Strategic Study of CAE 2005, Volume 7, Issue 2, Pages 73-75
Temperature prediction on-line for sun synchronous satellite is very essential.In this paper, satellite's temperature is predicted on-line after the analysis to the cycles of orbital
Keywords: sun synchronous satellite on orbit temperature predict
Lu Naimeng,Dong Chaohua,Yang Zhongdong,Shi Jinming,Zhang Peng
Strategic Study of CAE 2012, Volume 14, Issue 9, Pages 10-19
FY-3 is the second generation of Chinese poplar orbiting meteorologicalsatellite with the capability of multi-spectral, three-dimensional and quantitatively global observationAs one of the most important space observation component of World Meteorological Organization, FY-3 satellites
Keywords: FY-3 multi-spectral three-dimensional quantitative remote sensing
Ground Segments for FY Meteorological Satellites
Xu Jianmin,Niu Yinsheng,Dong Chaohua,Zhang Wenjian,Yang Jun
Strategic Study of CAE 2006, Volume 8, Issue 11, Pages 13-18
Meteorological satellite program of China was initiated in 1970s.Since then, two series of meteorological satellites are developed: polar and geostationary named as FY1Ground segments are major components of FY meteorological satellite projects.satellite ground segments.The paper discusses the success of FY meteorological satellite program.
Keywords: FY meteorological satellite ground segment satellite application
Consistency of MGEX Orbit and Clock Products Article
Peter Steigenberger, Oliver Montenbruck
Engineering 2020, Volume 6, Issue 8, Pages 898-903 doi: 10.1016/j.eng.2019.12.005
The analysis centers of the Multi-GNSS Pilot Project of the International GNSS Service provide orbitand clock products for the global navigation satellite systems (GNSSs) Global Positioning System (GPS), GLONASS, Galileo, and BeiDou, as well as for the Japanese regional Quasi-Zenith Satellite System (The current orbit consistency between different analysis centers is on the level of a few centimeters
Keywords: Global navigation satellite system International GNSS Service Multi-GNSS Pilot Project Precise orbitdetermination Satellite clock parameters
China - Brazil Earth Resources Satellite
Chen Yiyuan
Strategic Study of CAE 2001, Volume 3, Issue 3, Pages 9-15
This paper introduces the general situation of China-Brazil Earth Resources Satellite (CBERS), whichMain characteristics of the satellite are compared with that of foreign same type satellites (LandsatThe payload of some instruments, the service module, and the in orbit testing performance are describedFinally the paper points out the design principle for the successive satellite.
Keywords: China-Brazil Earth Resources Satellite payload service module in orbit test
A method of digitized weather forecasting of meteorological satellite remote sensing information
Chen Gangyi,Li Yueqing,Hou Kai
Strategic Study of CAE 2010, Volume 12, Issue 3, Pages 33-38
Keywords: satellite remote sensing digital rainstorm forecast black-body temperature
Precise orbit determination technology based on DORIS solution for HY-2A satellite
Jiang Xingwei, Wang Xiaohui,Peng Hailong,Zhong Min,Zhong Shiming
Strategic Study of CAE 2014, Volume 16, Issue 6, Pages 83-89
The HY-2A satellite, launched on October 16, 2011 is the first dynamicenvironments satellite in China, carrying the DORIS tracking system which is one of main technologyof precise orbit determination .The method and technological process of DORIS solution of HY-2A POD isof POD system is showed, finally the result of the MOE radial accuracy for DORIS solution of HY-2A satellite
Keywords: precise orbit determination GPS DORIS SLR
Precise orbit determination technology based on dual-frequency GPS solution for HY-2A satellite
Lin Mingsen,Wang Xiaohui,Peng Hailong,Zhao Qile,Li Min
Strategic Study of CAE 2014, Volume 16, Issue 6, Pages 97-101
The GPS data acquired by the HY-2A satellite GPS receiver have been usedin a dynamic orbit determination, which was based on the description of the gravitational and nongravitationalSimultaneous estimation of the HY-2 satellite orbit and GPS orbit was performed using the data in MarchThe resulting HY-2 satellite orbits have been compared with CNES orbits and reduced dynamic orbits forThe radical component of the GPS orbit was found to agree with better than 3 cm.
Keywords: Precise orbit determination GPS DORIS SLR
The technology of precise orbit determination for HY-2A satellite
Jiang Xingwei,Wang Xiaohui,Peng Hailong,Lin Mingsen
Strategic Study of CAE 2013, Volume 15, Issue 7, Pages 19-24
The HY-2A satellite, launched on October 16, 2011 is the first dynamicOrbit error is a major component in the overall error budge of all altimeter satellite missions.The HY-2A satellite carries DORIS deceiver, Dual frequency GPS receiver and Laser Retroreflector Arrayfor Precise orbit determination (POD) to meet 10cm radial accuracy goal for the HY-2A satellite radaris showed, finally the results of the radial accuracy for HY-2A satellite are given in this paper.
Keywords: precise orbit determination GPS DORIS SLR
Precise orbit determination technology based on SLR solution for HY-2A satellite
Wang Xiaohui,Peng Hailong,Lin Mingsen,Zhou Xuhua,Wu Bin
Strategic Study of CAE 2014, Volume 16, Issue 6, Pages 90-96
The HY-2A satellite, launched on October 16, 2011 is the first dynamicenvironments satellite in China, carrying the SLR tracking system which serve as the baseline trackingsystem, and in the meantime is one of technology of precise orbit determination.The measurement statistics of HY-2A satellite for the SLR stations, the orbit prediction, and the technologicalPOD are showed, finally the result of the MOE radial accuracy verification for SLR solution of HY-2A satellite
Keywords: Precise orbit determination GPS DORIS SLR
Chinese space exploration and scientific motivation
Wu Ji
Strategic Study of CAE 2008, Volume 10, Issue 6, Pages 23-27
After a brief review of the exploration history of the human beings with emphasizing on the Chinese contributions, analysis is given on the motivation of the exploration activities. The scientific motivation is given particular attention. The general description and scientific objectives of four Chinese space exploration programs are given.
Keywords: exploration project Kuafu project magnetosphere-ionishper-thermosphere exploration project solar polarorbit radio telescope
Development Strategy for Polar Equipment in China
Yu Liwei, Wang Junrong, Wang Shuqing, Li Huajun
Strategic Study of CAE 2020, Volume 22, Issue 6, Pages 84-93 doi: 10.15302/J-SSCAE-2020.06.011
The polar regions are now becoming strategically important.gas exploitation in the polar regions.status and problems of the polar equipment in China.polar resource development equipment.of the polar summer routes for the second half of the 21st century.
Keywords: polar equipment scientific observation communications and navigation in the polar regions polar vessels oil and gas resources exploitation in the polar regions key technologies
The study of HY-2A satellite engineering development and in-orbit movement
Zhang Qingjun,Zhang Jian,Zhang Huan,Wang Rui, Jia Hong
Strategic Study of CAE 2013, Volume 15, Issue 7, Pages 12-18
HY-2A is China's first ocean dynamic environment satellite, and itis currently the only one satellite which is capable of all-weather, all-day synchronous access to theHY-2A satellite equips four kinds of active and passive microwave remote sensing load, adopts a new remotesensing system, realizes the localization of key parts and has certain characteristics of precision orbitintroduced about the aspects of system composition and functions, development stage, large-scale test, in-orbit
Keywords: HY-2A microwave remote sensing engineering development in-orbit movement application results
Wang Zhenzhan,Zhang Dehai,Zhao Jin and Li Yun
Strategic Study of CAE 2013, Volume 15, Issue 7, Pages 44-52
Keywords: HY-2A ACMR calibration and validation
Title Author Date Type Operation
Temperature Prediction for Sun Synchronous Satellite on Orbit
Wei Chuanfeng,Li Yunze,Yuan Lingshuang,Wang Jun,Ning Xianwen
Journal Article
Ground segment of the new general of Fengyun popoar orbit meteorological satellite (FY 3) and its data
Lu Naimeng,Dong Chaohua,Yang Zhongdong,Shi Jinming,Zhang Peng
Journal Article
Ground Segments for FY Meteorological Satellites
Xu Jianmin,Niu Yinsheng,Dong Chaohua,Zhang Wenjian,Yang Jun
Journal Article
Consistency of MGEX Orbit and Clock Products
Peter Steigenberger, Oliver Montenbruck
Journal Article
A method of digitized weather forecasting of meteorological satellite remote sensing information
Chen Gangyi,Li Yueqing,Hou Kai
Journal Article
Precise orbit determination technology based on DORIS solution for HY-2A satellite
Jiang Xingwei, Wang Xiaohui,Peng Hailong,Zhong Min,Zhong Shiming
Journal Article
Precise orbit determination technology based on dual-frequency GPS solution for HY-2A satellite
Lin Mingsen,Wang Xiaohui,Peng Hailong,Zhao Qile,Li Min
Journal Article
The technology of precise orbit determination for HY-2A satellite
Jiang Xingwei,Wang Xiaohui,Peng Hailong,Lin Mingsen
Journal Article
Precise orbit determination technology based on SLR solution for HY-2A satellite
Wang Xiaohui,Peng Hailong,Lin Mingsen,Zhou Xuhua,Wu Bin
Journal Article
Development Strategy for Polar Equipment in China
Yu Liwei, Wang Junrong, Wang Shuqing, Li Huajun
Journal Article
The study of HY-2A satellite engineering development and in-orbit movement
Zhang Qingjun,Zhang Jian,Zhang Huan,Wang Rui, Jia Hong
Journal Article