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伽利略卫星的平衡形状参数和潮汐耗散因子
  • 类别：天文学进展 19(2): 151-155
  • 所属机构名称：中国科学院上海天文台
  • 成果类型：获奖
  • 相关项目：考虑电磁耦合和各向异性的非刚体地球章动研究
作者： 张承志|
同获奖项目
考虑电磁耦合和各向异性的非刚体地球章动研究
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A flexible and complex coupling mechanism on the decadal variation of the LOD
伽利略卫星的等势面和正常重力场
The explicit scalar equations of infinitesimal elastic-gravitational motion in the rotating, slightly elliptical fluid outer core of the Earth
Comment on "Representation of the elastic-gravitational excitation of a spherical Earth model by generalized spherical harmonics" by Phinney R.A. and Burridge R.,
The scalar boundary conditions for the motion of the elastic Earth to second order in ellipticity,
有关非刚体地球章动研究的进展
微椭弹性地球运动的一个边界条件的推导
Removal of Traching Error with Image Restoration
Determination of Optical Positions for 22 Southern Extragalactic Radio Sources
Report of Commission 8 (July1,1999- - June 30,2002)
The derivation of a scalar boundary condition for the motion of the elastic, slightly elliptical Earth
包括海洋和大气的非刚体地球章动研究
现代地壳运动与地球动力学研究
Can the differential rotation of the Earth core be detected from the astronomical nutation observation
第24届IAU大会决议和天体测量的前沿课题
国际地球自转服务(IERS) 评介
地球内部形变场剖面与圈层间的刚性转动
A flexible and complex coupling mechanism on the decadal variation of the LOD
伽利略卫星的等势面和正常重力场
伽利略卫星的平衡形状参数和潮汐耗散因子
The explicit scalar equations of infinitesimal elastic-gravitational motion in the rotating, slightly elliptical fluid outer core of the Earth
Comment on "Representation of the elastic-gravitational excitation of a spherical Earth model by generalized spherical harmonics" by Phinney R.A. and Burridge R.,
The scalar boundary conditions for the motion of the elastic Earth to second order in ellipticity,
有关非刚体地球章动研究的进展
微椭弹性地球运动的一个边界条件的推导
Removal of Traching Error with Image Restoration
Determination of Optical Positions for 22 Southern Extragalactic Radio Sources
Report of Commission 8 (July1,1999- - June 30,2002)
The derivation of a scalar boundary condition for the motion of the elastic, slightly elliptical Earth
包括海洋和大气的非刚体地球章动研究
现代地壳运动与地球动力学研究
Can the differential rotation of the Earth core be detected from the astronomical nutation observation
第24届IAU大会决议和天体测量的前沿课题
国际地球自转服务(IERS) 评介
地球内部形变场剖面与圈层间的刚性转动