1.
Pre-processing of the GOCE Satellite Gravity Gradiometry Data
GOCE卫星重力梯度测量数据的预处理
2.
Point-Mass Model Construction Based on Satellite Gravity Gradients
基于卫星重力梯度数据的点质量模型构建
3.
Generalized Torus Harmonic Analysis of Satellite Gravity Gradients Component
卫星重力梯度分量的广义轮胎调和分析
4.
In-orbit Calibration Methods of Accelerometer Parameters on Satellite-borne Gravimetry
卫星重力测量中加速度计在轨参数校准方法研究
5.
It shows three different approaches to airborne gravimetry, namely scalar gravimetry, vector gravimetry and gravity gradiometry.
航空重力测量可分为航空标量重力测量、航空矢量重力测量和航空梯度重力测量。
6.
Theory and Methodology of Earth Gravity Field Recovery by Satellite-to-Satellite Tracking Data;
卫星跟踪卫星测量确定地球重力场的理论与方法
7.
dynamical method of satellite geodesy
卫星大地测量动力法
8.
Measure principle and signal acquisition of airborne gravity gradiometer based inertial platform
平台式航空重力梯度仪测量原理与信号检测
9.
Design of all-accelerometer-based inertial navigation & gravity gradient measurement
全加速度计惯性导航与重力梯度测量系统设计
10.
THE SUBTERRANEAN WATER TIME VARIATION IN GLOBAL AREA BY GRACE MISSION
重力卫星检测到的全球陆地水储量变化
11.
The Design and Analyse on Two Axes Flexure Hinges Gradiometer Based on the Principle of Torsion Measurement;
基于扭矩测量的簧片重力梯度仪的分析和设计
12.
satellite actinometry
卫星辐射测量（学）
13.
Algorithm of the Capacity of Repetitive Observation of Remote Sensing Satellite Sensors
遥感卫星传感器的重复观测能力计算
14.
It is a main subject of Gravisat at present that we survey gravitational field and variety of gravitational field with time accurately in detail.
精密和详细测定地球重力场及其随时间变化,是目前卫星重力测量的主要课题。
15.
Rapidly Computing Satellite Gravity Gradient Observations Along Orbit from Gravity Field Model
由重力场模型快速计算沿轨重力梯度观测值
16.
Modelling Full-tensor Gravity Gradient Maps for Gravity Matching Navigation
重力场匹配导航的全张量重力梯度基准图模拟
17.
The Study of Accurate Positioning of the Satellites in the Solar System;
太阳系内部分天然卫星的高精度天体测量研究
18.
Research on High Precise Measurement Algorithm of Satellite Positioning Based on Kalman Filter;
基于Kalman滤波的高精度卫星定位测量算法研究