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gravitational shift
相关语句
  引力红移
     Based on the R-N metricC 13, the effect of the gravitational field of the celestial object with electrical charge or magnetic charge on gravitational shift and radar wave timelag is disscused in this article.
     本文应用R-N度规,讨论了荷电(或荷磁)天体引力场对引力红移及雷达回波延时的影响。
短句来源
  相似匹配句对
     Relativistic Effects in XNAV(Ⅰ)——Gravitational and Doppler Shift
     XNAV中的相对论效应(Ⅰ)——引力频移和Doppler频移
短句来源
     The influence of field source parameters on gravitational red shift effect
     场源参量对引力红移效应的影响
短句来源
     Magnetic Shift
     磁移位
短句来源
     The N-V Shift and Its Implications
     名动转用与含意
短句来源
     ON GRAVITATIONAL SOLITONS
     引力孤立波
短句来源
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  gravitational shift
Meanwhile a quantum dynamics of atoms is nonperturbatively disturbed because of a large gravitational shift mg2/2ω2>amp;gt;?ω of a trap potential.
      
Verifying the gravitational shift due to the Earth's rotation
      
Verifying the gravitational shift due to the Earth's rotation
      
Evidence for the Earth gravitational shift by direct atomic-time-scale comparison
      
Below 30 m the linear gravitational shift as well as the close-off fractionation can be seen in the data and are reproduced by the model.
      


Based on the R-N metricC 13, the effect of the gravitational field of the celestial object with electrical charge or magnetic charge on gravitational shift and radar wave timelag is disscused in this article. The results show that the charges weak the two effects.

本文应用R-N度规,讨论了荷电(或荷磁)天体引力场对引力红移及雷达回波延时的影响。结果表明电荷(或磁荷)的作用使这两种效应减弱。

Frequency shifts due to relativistic effects in a laser cooled cesium fountain frequencystandard. i. e. second-order Doppler shift and gravitational shift. are investigated in detail. with the formulas for evaluation presented. The result shows that for laser cooled ceslum source, the second-Order Doppler shift and gravitational shift inside a casium fountain frequency standard are of the order of 10-17 under typical conditions for operation,thus negligible compared with other shifts....

Frequency shifts due to relativistic effects in a laser cooled cesium fountain frequencystandard. i. e. second-order Doppler shift and gravitational shift. are investigated in detail. with the formulas for evaluation presented. The result shows that for laser cooled ceslum source, the second-Order Doppler shift and gravitational shift inside a casium fountain frequency standard are of the order of 10-17 under typical conditions for operation,thus negligible compared with other shifts. But the gravitational shift associated with theelevation or the gravitational potential of the standard is of the order of 10-13 for H= 1000m and should be corrected when the frequency of the standard is compared with otherprimary frequency standard, or when the standard is used for TAI Computation. The elevation uncertainty of im produces a fractional frequency shift of about 10-16.

详细分析了铯原子喷泉频标的相对论频移机制,其中包括频标内部的二级多普勒频移和重力频移,以及与频标位置有关的重力领移。导出了频移的计算公式,估算了频移的大小并讨论了它们对铯原子喷泉频标准确度的影响。

When light spreads in gravitational wave, its frequency is changed. Usually considering frequency gravitational shift, the rest mass of the photon is neglected. According to Proca equations of weight electromagnetic wave the authors investigate the Frequency shift of Proca light. The results of numerical estimation show that frequency shift of the photon has a small change when considering the rest mass of the photon and it is not detected at present experimental condition.

光在引力场中传播时,频率将会发生改变,但通常考虑光的引力红移时,却没有涉及到光子的静质量.从“重”电磁波的Proca方程出发,研究了线性引力波场中Proca光的频移.数值计算结果表明:若考虑光子的静质量,其频移效应将产生一个微小的修正(附加频移),但在目前的实验条件下不会产生可以观测的效应.

 
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