卫星测高

  • 网络satellite altimetry
卫星测高卫星测高
  1. GPS全球定位系统及在我国的应用、卫星测高技术、我国的甚长基线干涉测量与卫星激光测距;

    GPS techniques and their applications in China , satellite altimetry technique , very long baseline interferometry and satellite laser ranging in China ;

  2. 本文还依据滞弹模型和Topex/Poseidon卫星测高资料确定的海潮模型,给出顾及地幔滞弹性和非平衡海潮效应的Mf和Mm频率的潮汐响应理论值。

    Based on anelastic model and ocean tide model determined by Topex / Poseidon satellite altimetry data , the authors also present the theoretical values of the tidal response at M f and M m frequencies in consideration of mantle anelasticity and non equilibrium ocean tide effects .

  3. 描述了利用T/P卫星测高数据确定中国海域及其邻海的海面地形。

    This paper deals with the determination of the sea level height and seasurface topography in the china sea and neighbour by TOPOX / POSEIDON ( T / P ) satellite altimeter data .

  4. 利用TOPEX卫星测高资料研究全球海面高周年和半周年波动传播规律

    Analysis of global characteristics of annual and semiannual sea surface height abnormity fluctuations by using TOPEX / POSEIDON SSHA data

  5. 利用GRACE月尺度变化的地球重力场反演了全球水储量变化,并与陆地水文资料、卫星测高资料及海洋模式得到的结果进行了比对。

    Global water storage variations on the land and in the ocean are recovered by using GRACE monthly time-variable gravity fields , and these results are compared with land hydrological data , satellite altimeter data and oceanic model solutions .

  6. SLR和卫星测高的潮汐解被用来计算月球轨道根数相对黄道坐标系的长期变化和地球自转速率的长期变化。

    The tidal solutions obtained from SLR and satellite altimetry are used to compute the secular changes in the Moon 's orbit elements and the Earth rotation rate in the ecliptic reference system .

  7. 全面研究了利用卫星测高数据反演海洋重力异常3种主要方法(即Stokes数值解析反解以及逆Vening-Meinesz公式)的技术特点;

    Three methods ( analytical and numerical inversion of the Stokes formula , and the inverse Vening Meinesz formula ) for determining gravity anomalies from altimeter data are developed and studied in detail .

  8. 利用JASON-1卫星测高数据反演了海洋垂线偏差,分析了垂线偏差对用卫星测高数据建立海平面高模型的影响。

    The vertical deflection is inversed from JASON-1 satellite altimetry data , and the effect of vertical deflection correction on the sea surface height is analyzed .

  9. 最后利用ERS1卫星测高数据,根据本文提出的方法计算垂线偏差分量,采用本文导出的内区效应公式计算了北大西洋6°×6°区域内区效应对测高重力结果的影响。

    In the end , as an application of the formula derived in this paper , we estimate the innermost zone effects of the gravity recovery from ERS-1 altimetry data for an area of 6 °× 6 ° in North Atlantic , and analyze the results of the estimation .

  10. 卫星测高在物理大地测量应用中的若干问题

    Several Problems in the Application of Satellite Altimetry in Physical Geodesy

  11. 由卫星测高数据研究琉球沟弧系的俯冲构造特点

    Subduction Tectonics of the Ryukyu Trench-Arc Characterized by Satellite Altimeter Data

  12. 利用多代卫星测高数据反演海洋重力场

    Recovery of marine gravity field using integrated data from multi-satellite missions

  13. 利用卫星测高资料监测长江中下游湖泊水位变化

    Monitoring Level Fluctuation of Lakes in Yangtze River Basin by Altimetry

  14. 利用卫星测高资料研究海水热含量变化

    On ocean heat content changes by using satellite altimetry data

  15. 潮汐模型对利用卫星测高数据研究海平面变化的影响

    Influence of Tide Model on Mean Sea Level Variation Using Altimetry Data

  16. TOPEX/Poseidon卫星测高的垂线偏差修正

    Correction for Deflection of the Vertical in TOPEX / Poseidon Satellite Altimetry

  17. 利用卫星测高空间技术建立数字化海洋

    Constructing Digital Sea From the Space Technology of Satellite Altimetry

  18. 卫星测高与卫星重力对洋流的研究

    Ocean Circulation from the Satellite Altimetry and the Satellite Gravity

  19. 卫星测高定轨技术的发展及其应用

    Satellite Altimetry : Development and Applications in Orbit Determination

  20. 由卫星测高数据观测到的印度洋海啸波高

    The tsunami wave heights observed by satellite radar altimetry

  21. 卫星测高数据在渔情分析中的应用探索

    Application of Satellite Altimeter Data in Fishery Stock Assessment

  22. 逆气压改正对卫星测高数据反演潮汐参数的影响

    Effects of Inverse Barometer ! Correction on Tidal Parameters Derived from Altimetry Data

  23. 卫星测高在大地测量学中的应用及进展

    The applications and progress of satellite altimetry in geodesy

  24. 卫星测高技术在监测海啸现象中的研究及应用

    The Application of Satellite Altimetry in Monitoring Tsunami Phenomenon

  25. 西太平洋卫星测高重力场与地球动力学特征

    The satellite altimetry gravity field and the geodynamic feature in the West Pacific

  26. 用卫星测高和船测重力资料联合反演海洋重力异常

    Inversion of marine gravity anomalies by combinating multi-altimeter data and shipborne gravimetric data

  27. T/P卫星测高数据确定海面地形的方法研究及应用

    The Method of Determining Sea Surface Topography by T / P Altimeter Data

  28. 卫星测高技术在海洋重力测量中的应用

    Application of Satellite Altimetry Technique in Marine Gravity Surveying

  29. 近海多卫星测高数据联合处理的方法及应用

    Methods of Multi-Satellite Altimetry Data Processing and Its Application

  30. 利用卫星测高数据反演海洋重力异常研究

    On the Recovery of Gravity Anomalies from Altimeter Data