1.
OBSERVATIONS AND RESULTS OF TIDAL GRAVITY PARAMETERS OF LANZHOU (1959-1989)
兰州地区(1959—1989)重力潮汐参数的测量与结果
2.
He explained the mathematical theory on tides under gravitational pull from the sun, moon and earth.
他用来自太阳、亮和地球的重力的牵引力下的潮汐来解释数学理论。
3.
STUDY OF TIDAL GRAVITY OBSERVATIONS OBTAINED AT STATIONS ZHONGSHAN AND CHANGCHENG, ANTARCTIC
南极中山和长城站重力潮汐观测研究
4.
Loading Effects of the Ocean Tides on the Tidal Gravity Observations at Zhongshan Station in the Antarctic
南极中山站重力潮汐观测的海潮负荷效应
5.
ANALYSIS ON TIDAL PARAMETERS AND STABILITY OF DIGITAL DEFORMATION OBSERVATION IN XINJIANG
新疆数字化形变观测的潮汐参数及稳定性分析
6.
astronomical tide
天文潮天文潮天文潮汐(受日月吸力影响的潮汐
7.
Method of Earthquake Monitoring by Nontidal Variation of Gravity Direction
利用重力方向的非潮汐变化监测地震的方法
8.
The estimation of aquifer parameters using tidal effect in a coastal aquifer:A case study in Beihai Peninsula,Guangxi China
利用滨海地下水潮汐效应估计含水层参数:以北海半岛为例
9.
Numerical Simulations and Studies on the Tides and Tidal Currents in the Marginal Seas Adjacent to China
中国近海潮汐潮流的数值模拟与研究
10.
During the19 th century, the theories of tidal and acoustic gravity oscillations were subjects of great interest.
在19世纪，潮汐振荡和声重力振荡的理论曾经是饶有兴趣的课题。
11.
Numerical Study of the Gravity Waves Nonlinear Propagation and Its Interactions with Mean Winds and Tides;
重力波非线性传播及其与背景风场和潮汐相互作用的模拟研究
12.
Test Research on Leveling Adjustment of Gravity Caisson from Ballast-induced Inclination under Action of Tide
潮汐作用下重力式沉箱压载致倾调平的试验研究
13.
Advances in morphodynamic modeling of tidal inlet systems
潮汐通道系统动力地貌演变的数值模拟研究进展
14.
The periodic variation in the surface level of the oceans and of bays, gulfs, inlets, and estuaries, caused by gravitational attraction of the moon and sun.
潮，潮汐由月球和太阳的重力吸引造成的海洋、海湾、水湾及河口等处水面高度的周期性变化
15.
Numerical Simulation and Tests for Tide and Tidal Current in the Beibu Bay
北部湾潮汐潮流的数值模拟及数值实验
16.
The nodal modulation is a very significant feature of the tides.
交点调节是一个非常重要的潮汐特征。
17.
The Study of Optimization of Bottom Friction Coefficient of Tide Model in the Bohai Sea, the Yellow Sea and the East China Sea;
渤黄东海潮汐底摩擦系数的优化研究
18.
We are now in a position to introduce tidal forces.
现在我们可以导出潮汐力了。