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作品数：20被引量：18H指数：2
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WHU-Grace01s:A new temporal gravity field model recovered from GRACE KBRR data alone被引量：2
《Geodesy and Geodynamics》2015年第5期316-323,共8页Zhou Hao Luo Zhicai Zhong Bo 
supported by the National 973Program of China(2013CB733302);the National Natural Science Foundation of China(41131067,41174020,41374023,41474019);the Open Research Fund Program of the State Key Laboratory of Geodesy and Earth's Dynamics(SKLGED2015-1-3-E);the open fund of State Key Laboratory of Geographic Information Engineering(SKLGIE2013-M-1-3);the open fund of Key Laboratory of Geospace Environment and Geodesy,Ministry of Education(13-02-05)
A new temporal gravity field model called WHU-Grace01s solely recovered from Gravity Recovery and Climate Experiment （GRACE） K-Band Range Rate （KBRR） data based on dynamic integral approach is presented in this pa...
关键词：Temporal gravity field model Gravity Recovery and Climate Experiment （GRACE） Dynamic integral approach K-Band Range Rate （KBRR） Satellite gravity Spherical harmonics Equivalent water height Geopotential determination 
A preliminary study of level 1A data processing of a low-low satellite to satellite tracking mission被引量：2
《Geodesy and Geodynamics》2015年第5期333-343,共11页Xu Peng Qiang Li'e Bian Xing Dong Peng Ju Peng Gao Wei Gong Xuefei Luo Ziren Shao Mingxue Tang Werilin Wan Xiaoyun Lau Yun-Kau 
the project entitled"Advanced Gravity Measurement in Space"supported by the National Space Science Center,Chinese Academy of Sciences Profs.Wenrui Hu and Houze Xu's effort to promote satellite gravity research in China motivated the feasibility study in the first place;Support from National Natural Science Foundation of China(11305255,11171329 and 41404019);funding from State Key Laboratory of Geodesy and Earth's Dynamics,Institute of Geodesy and Geophysics,Chinese Academy of Sciences(SKLGED2013-3-8-E)are acknowledged
With the Gravity Recovery and Climate Experiment {GRACE） mission as the prime example, an overview is given on the management and processing of Level IA data of a low-low satellite to satellite tracking mission. To i...
关键词：Data processingDual-one-way ranging （DOWR）Gravity recovery and climateexperiment （GRACE）K-band ranging （KBR）Satellite to satellite tracking （SST）Noise analysisSatellite gravityUltra stable oscillator （USO） 
Monthly gravity field recovery from GRACE orbits and K-band measurements using variational equations approach被引量：1
《Geodesy and Geodynamics》2015年第4期253-260,共8页Wang Changqing Xu Houze Zhong Min Feng Wei 
funded by the Major National Scientific Research Plan(2013CB733305,2012CB957703);the National Natural Science Foundation of China(41174066,41131067,41374087,41431070)
The Gravity Recovery and Climate Experiment（GRACE） mission can significantly improve our knowledge of the temporal variability of the Earth＇s gravity field.We obtained monthly gravity field solutions based on varia...
关键词：Gravity recovery and climate experiment （GRACE） Temporal gravity field Variational equations approach Water storage changes Equivalent water height（EWH）Data weight ratio Geoid height per degree IGG temporal gravity model 
Progress on the use of satellite technology for gravity exploration
《Geodesy and Geodynamics》2015年第4期299-306,共8页Ding Yanwei Ma Li Xu Zhiming Li Ming Huo Hongqing Tan Shuping Gou Xingyu Wang Xudong Yang Fuquan Mao Wei Liu Yingna Zhong Xingwang Xi Dongxue Hu Lingyun Huang Lin Li Songming Zhang Xiaomin 
support provided by the Foundation for Innovative Research Groups of the National Natural Science Foundation of China(51121004,41274041,51207033,and 11275055)
In this paper, the technological progress on Chinese gravity exploration satellites is presented. Novel features such as ultra-stable structure, high accurate thermal control, drag-free and attitude control, micro-thr...
关键词：Ultra-stable structure Precision thermal control Drag-free Micro-thruster K-band ranging Aerodynamics Micro-vibration Gravity satellite 
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