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- The amplitude of Chandler wobble has large variable range from0? Chandler摆动的振幅自1900年以来经历了几次较大的变化，其中包括1915年和1955年两次极大值，振幅分别达到0″.
- The location of the North geographic pole wanders in a small erratic circle-like path called the Chandler wobble. 北地极的位置以一个被称作张德勒摆动的小的、无规律的、似圆形的路径漂移。
- Therefore, the continental water storage change is also an important contributor to Chandler wobble excitation. 因此;水文变化对钱德勒摆动的激发作用是值得重视的激发因素之一.
- Considering that the Chandler Wobble is a result of the excitation of stochasticmotions, we analyse its dynamics by means of statistical methods. 本文主要从随机理论出发，考虑激发源是一种随机运动，利用随机数据的统计分析方法研究了Chandler摆动的激发问题。
- The relation among the amplitude of the Chandler wobble and parameters in the model is studied from both aspects of theoretical analysis and numerical computation. 研究此模型中各个参数与Chandler摆动振幅的关系 .
- The 413-dey period, which appears to accord with period of the chandler wobble, may be a astronomical factor not to be ignored for the researchs on some geophysical phenomena. 413天周期与Chandler摆动周期相符,可能是探讨一些地球物理现象不可忽视的天文因素。
- In the paper,the authors analyzed polar motion data series recently released by IERS,and in combination with spectrum resolution,discussed two frequency of Chandler wobble. 分析了IERS新近公布的经统一归算的极移数据,结合频谱分析中分辨率的有关问题,进一步讨论了Chand ler摆动的双频现象。
- There occurs"double peak" around 1930. Only one peak appeared in the Chandler wobble after 1930. The period is stable, but the amplitude varies with time. 在1930年以后Chandler摆动为稳定的单峰，其振幅是随时间变化的。
- First, the trend,annual and semi-annual terms are removed by the least-square fitter from theSPACE98 time series which describes the polar motion of the Earth, the maincomponent in the resulted new series is the Chandler Wobble. 首先利用SPACE98数据，去掉其趋势项、周年项后，得到主要含Chandler项的激发序列；
- The theoretical analysis shows that periodic forcing onlyexcites the polar motion with the corresponding period, and stochastic motion is oneexciting source with the best probability for the Chandler Wobble. 理论分析表明：周期性强迫运动只能激发与其周期相一致的极移运动，随机运动是Chandler摆动最主要的激发源。
- ON MULTI-PEAK PHENOMENA IN CHANDLER WOBBLE SPECTRA 关于强德勒摆动的频谱多峰现象
- EFFECTS OF MANTLE ANELASTICITY ON THE CHANDLER WOBBLE 地幔滞弹性对Chandler摆动的影响
- Comparison of Wind Contributions to Chandler Wobble Excitation 风对Chandler摆动激发贡献的比较
- A STOCHASTIC EXCITATION MODEL FOR STUDY OF THE CHANDLER WOBBLE 研究Chandler摆动的一个随机激发模型
- NONLINEAR BIFURCATION DISSIPATION OF THE CHANDLER WOBBLE Chandler摆动的非线性分岔耗散
- Spectrum resolution and two-frequency of Chandler wobble 波谱分辨率与Chandler摆动的双频现象
- Hydrological, Atmospheric and Oceanic Excitations of Chandler Wobble 水文、大气和海洋对钱德勒摆动的激发
- CONTRIBUTION OF OCEANIC AND ATMOSPHERIC EXCITATIONS TO THE CHANDLER WOBBLE 海洋和大气对Chandler摆动激发的贡献
- STUDY OF THE EXCITATION OF THE CHANDLER WOBBLE BY STOCHASTIC MOTIONS 随机运动激发Chandler摆动的研究
- Specification of Q for Chandler Wobble Directly from Polar Motion Data 用极移数据直接测算钱德勒摆动Q值
