| 1. | The possibility of temporal variations in the earth tidal amplitudes associated with earthquakes has first been suggested by nishimura .
西村首先提出与地震有关的固体潮振幅随时间变化的可能性。 |
| 2. | Tide - generating force ; earth model ; tide stress field
起潮力地球模型固体潮应力场 |
| 3. | Ocean tidal loading correction to tilt observations at sheshan station
佘山台倾斜固体潮观测的海潮负荷改正 |
| 4. | Tide stress of the radially heterogeneous spherical elastic earth model
球状径向不均匀弹性地球模型的固体潮应力 |
| 5. | Earth tide table
固体潮值表 |
| 6. | Program calculation of grid value in calibration on collection data result of earth tide
基于固体潮数采记录结果中标定的格值程序计算 |
| 7. | Numrical calculation of the tidal stress field inside the homogeneous spherical elastical earth model
均匀弹性地球模型内部固体潮应力场的数值计算 |
| 8. | Correction problem of the ocean loading signals on tilt measurements at fundamental stations in crust movement observation network in china
中国地壳运动观测网络基准站倾斜固体潮观测中的海潮负荷信号改正问题 |
| 9. | The displacement vectors caused by the tide - generating force are different for different points inside the earth , hence tidal strain and stress fields are formed inside the earth
地球内部各个质点在月亮和太阳的起潮力作用下产生的位移矢量不同，在地球内部形成固体潮应变场和应力场。 |
