固体潮英语怎么说

admin2024年11月02日中英词典2180

本文为您带来固体潮的英文翻译,包括固体潮用英语怎么说,固体潮用英语怎么说,固体潮的英语造句,固体潮的

本文为您带来固体潮的英文翻译,包括固体潮用英语怎么说固体潮用英语怎么说固体潮的英语造句固体潮的英文原声例句固体潮的相关英语短语等内容。

固体潮的英文翻译,固体潮的英语怎么说?

  • earth tide ; solid tide ; bodily tide

固体潮的英语网络释义

另外,即使是月球微弱的引潮力,都可以导致地球的固体部分发生形变,也就是固体潮(Earth tide),幅度可以达到几十厘米。

... 固定电极法 fixed electrode method 固体潮 bodily tide 固体地球物理学 solid-earth geophysics ...

地球物理学: 【地球物理知多少】固体潮Solid tide)是在日、月等天体引力作用下,固体地球产生周期性变化的现象。

在潮汐锁定的过程中 Miller 星由于受到强大的引力势必会引发 Solid Earth Tide固体潮),也就是地壳像海水那样涨落,当然在幅度上远不如海水。

固体潮的汉英大词典

固体潮[gù tǐ cháo]

  • solid tide; earth tide; bodily tide
  • 短语:
    • 固体潮校正 earth tide correction

固体潮的英语短语

  • 固体潮振荡solid tidal oscillation

  • 固体潮观测observation of Earth tide

  • 固体潮校正[地物][测]earth tide correction;gravity tide correction

  • 固体潮值表earth tide table

  • 固体潮效应earth tide effect

  • 国际固体潮中心ICET

  • 应变固体潮strain tide;strain earth tides

  • 固体潮改正Earth tide correction;Solid tide correction;Tidal correction

  • 水平应变固体潮Horizontal strain earth tide

固体潮的英文例句

固体潮的引潮力是一种重要的触发因素。

The tidal force of solid tide is an important triggering factor.

讨论了井水位气压系数与固体潮系数之间的关系。

The relationship between barometric efficiency and tidal coefficient of the well water level is also discussed.

利用该方法还可以计算井水位对固体潮和气压响应的滞后时间。

The advantage of this method is that the lag time of the response of the well level to the tide and barometric pressure can be calculated.

2004年以来,观测资料稳定,并清晰地记录到了固体潮形态。

Since 2004, the observed data have been steady and the forms of the solid tide have been clearly recorded.

大震后有60%的强余震与主震发震时刻的倾斜固体潮背景相同。

The background of tilt earth tide of 60% strong aftershocks after large earthquakes is similar to that of main shocks at the original times.

在研究固体潮与地震的关系时,需要知道固体潮应力场的时空分布。

In the study of the relations between the earthquake and the earth tide, it is necessary to know the time and space distributions of the tidal stress field inside the earth.

同时发现该洞室内虽然温度变化甚小,但仍对水平应变固体潮有影响。

Besides, it is found that though temperature change is very small in the hole, it has an effect on horizontal strain earth tide.

深井水位能够反映地球固体潮体应变、气压变化、地震波等多种应力应变变化。

Thee water level in deep well can reflect variant stress-strain variations which are caused by tidal dilatation, air-pressure, seismic waves and so. on.

洼里井水位变化,灵敏地记录地球固体潮和地震波与其特殊的水文地质条件有关。

Its high sensitivity in recording earth tides and seismic waves is believed to be due to the particular hydrogeological conditions.

阐述如何利用地震台观测得到的地倾斜矢量图对固体潮半日波进行潮汐导纳分析。

The tide admittance analysis for the semidiurnal wave of the earth tide by use of the vector pattern of ground tilt observed at seismostations is expounded.

利用井水位的固体潮效应反演含水层应力变化,比利用气压效应更接近实际情况。

The variation of stress in the aquifer inversed is closer to practice by the tidal effect of the water level in a deep well than by the barometric effect.

实践表明:此软件配合数字采集系统使用后大大提高了重力固体潮观测的整体水平。

Later, it is proved that this software, when combined with digital acquisition system, has greatly raised the whole values of gravity solid tidal observations.

本文概要综述了固体潮研究领域最新进展,提出了与未来研究相关的一些学科问题。

The most recent progresses in tidal gravity researches are summarized in this paper and the corresponding questions are proposed for the future studies.

发现在中强地震发生前受固体潮调制的小震随时间、空间的分布都具有明显的特征。

It is found that the distribution of small earthquakes modulated by the solid tide is of obvious features with time and space before the occurrence of moderately strong earthquakes.

提出了在倾斜固体潮观测资料中消除摆杆方位影响的实用公式,并用实例加以验证。

Pratical formulas of reducing the effects of the Pendulum beam in the observations are proposed by some examples.

本文使用最新大地测量结果,给出了体应变固体潮理论值的计算公式并编制了计算程序。

Using latest geodetic results, this paper provides the calculation formulae for the theoretical values of the volumetric tidal strain and constructs the computational program.

计算井水位气压系数、固体潮系数和海潮系数以前主要在时间域内一般用回归分析的方法。

Formerly, the barometric, solid tide and sea tide coefficients in water level change were usually calculated by means of regression analysis method in the time domain.

导出了计算固体潮系数和滞后时间的公式,给出了考虑滞后影响的井水位固体潮校正公式。

The formulas of calculating the tidal coefficient and lag time are developed, and the corrected formulas of lag influence of tide in the well level are given.

异常形式主要表现为水位升降,水位固体潮形态畸变和相位错动以及典型的“临震回跳”等。

The anomaly pattern is mainly expressed as the elevation and subsidence of water level, distortion and phase disturbance of solid tide form of water level, and typical 'impending rebound "and so on."

球状弹性均匀地球模型是地球的一级近似,本文给出计算该地球模型固体潮应力场的计算方法。

Homogeneous spherical elastic earth model is the first approximation of the real earth in the approach to study the earth tide, this paper gives a numerical.

研究表明,大地震前震源区及其附近发生的几次显著地震易受固体潮引潮力某个方位附近触发。

The research results show that several significant shocks happened in source region and its vicinity before a large earthquake are easily triggered by certain directions.

倾斜仪是一种研究固体潮和地震的基本仪器,主要有水平摆倾斜仪、水管倾斜仪、垂直摆倾斜仪。

Tilt meter is one kind of basic instrument of earth tide and the earthquake research, which includes the horizontal pendulum tilt meter, the water tube tilt meter and the vertical pendulum tilt meter.

结果发现,若干次较大地震前出现调制比的异常变化是固体潮引潮力对地震的调制触发作用而引起的。

The results appeared that the ratio of modulation showed anomalous changes before some large earthquakes, which indicated that solid tide and tide-generating force have modulating and trigger actions.

本文从理论上阐述了单靠倾斜仪不能监测地面倾斜,必须联合倾斜和重力固体潮资料才能测量地面倾斜。

In this paper, it is pointed out theoretically that the ground surface tilt is not observed by only tiltmeter, but must be determined by both tilt and gravity earth tide data.

地倾斜固体潮分析中根据固体汐的畸变、趋势、上升、下降、转折等变化特征,提取地震前兆异常信息。

The seismic precursor abnormal information extraction of tilt solid tide usually based on the distortion, tendency, elevation, fall, break and so on characteristics of solid tide.

本文利用最新的全球海潮模型和离散数值积分技术计算了海潮负荷对部分地震网络台站重力固体潮观测的影响。

The influences of ocean tide load on the observations of Earth's gravity tides at part of the seismic network stations are estimated by means of discrete integral using the latest ocean models.

为了连续记录地壳长期倾斜运动和进行固体潮的观测研究,我们设计制造了WSQ-1型电涡流自记水管倾斜仪。

The WSQ-1 Type Automatic Recording Water-Tube Tiltmenter is designed for continuous recording of secular ground tilt and earth tide observation.

阐述了固体潮综合分析的理论基础,给出了反演勒甫数的计算方法,讨论了由固体潮综合分析所提供的新信息及其地球物理意义。

This paper studies the theoretical basis of synthetic analysis method of the earth tide, raises the program and calculating methods for Love number inversion .

对云龙台的水管倾斜仪观测数据进行了倾斜固体潮的潮汐分析,发现EW和NS两个分量的振幅因子异常变化与地震有较好的对应关系。

Based on the water tube tiltmeter observatory data, the author analyses the ground tilt tide, finds that the abnormal change of amplitude factors of EW and NS componts is corresponding to earthquakes.

对云龙台的水管倾斜仪观测数据进行了倾斜固体潮的潮汐分析,发现EW和NS两个分量的振幅因子异常变化与地震有较好的对应关系。

Based on the water tube tiltmeter observatory data, the author analyses the ground tilt tide, finds that the abnormal change of amplitude factors of EW and NS componts is corresponding to earthquakes.

固体潮的原声例句

固体潮的网络释义

固体潮 固体潮是指在日、月引潮力的作用下,固体地球产生的周期性形变的现象。用精密仪器可以观测到地球的固体表层也有和海洋潮汐相似的周期性升降现象,陆地表面的升降幅度因此可达7~15cm。当存在固体潮时,某一观测点的铅垂线方向和地面的倾斜会发生相应变化,但变幅不大,仅有千分之几秒角度。固体潮的存在说明固体地球具有一定的弹性,固体潮就是弹性地球在日月引力作用下发生的弹性变形。此外,由于地震波也是一种弹性波,地球能够传播地震波也从另一个侧面证实了地球是有弹性的。

以上关于固体潮的英语翻译来自英汉大词典,希望对您学习固体潮的英语有帮助。