In China sea modifying sea level anomaly by tidal height calculated from TOPEX/POSEIDON data.
利用提取的中国海潮汐信息对TOPEX /POSEIDON海面高度异常资料进行了修正。
Prorate the height of the tidal waves.
按比例分摊海啸的高度。
The sea surface height anomaly (SSHA), which is obtained after tidal correction based on the tidal results of this paper, is predominated by seasonal alternating monsoons.
根据所得潮汐调和常数对卫星高度计测得的海面高度进行潮汐订正，进而得到南海各季节的海面高度距平。
Some key techniques, such as attitude correction, quality control of GPS height, transformation of vertical reference datum and extraction of tidal level, are studied in detail.
这些关键问题主要有姿态改正、GPS高程质量控制、垂直基准转换、基于信号的在航潮位提取。
The result is that the bore acting force of the vertical square cylinders is related with the tidal bore height and the length of square cylinders.
通过涌潮水槽模型实验对垂直方柱正向涌潮作用力进行初探，得到了垂直方桩正向涌潮作用力与方桩边长、涌潮高度的经验公式。
In the formula, the dynamical action on blocks by tidal bore was expressed by the relative height of tidal bore, and the impact of base water depth on the stability of blocks was taken into account.
在公式中采用涌潮相对(滩地水深)高度表示其对护滩块石的动力作用，同时考虑了滩地水深对护滩块石稳定性的影响。
In this paper, the observed land surface height data and tidal data in the Yellow River delta foreland area are used to describe the variations in depth datum and tidal level in the area.
通过黄河三角洲前沿陆地高程的变化和验潮获得的资料，介绍了黄河三角洲前沿深度基准面的变化和潮位变化情况。
Based on experiment analysis of hydraulic properties of tidal bore about bore height, propagation velocity and tidal current velocity, the relative tidal bore height exceeds 0.
通过在涌潮水槽中测试分析不同潮前水深、涌潮高度条件下的涌潮传播速度、涌潮水流速度等要素，得到潮头充分破碎涌潮的相对潮高大于0。
Two types of tidal energy can be extracted: Kinetic energy of currents due the tides and potential energy from the difference in height (or head) between high and low tides.
两种类型的潮汐能可提取：电流，由于潮汐的动能和势能之间的高度，从在涨潮和退潮(或主管)的差异。
Two types of tidal energy can be extracted: Kinetic energy of currents due the tides and potential energy from the difference in height (or head) between high and low tides.
两种类型的潮汐能可提取：电流，由于潮汐的动能和势能之间的高度，从在涨潮和退潮(或主管)的差异。
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