潮能

从潮能通量变化看6000a以来长江口的迁移

Changes of the Yangtze River estuary since 6000 ab. P. estimated from tidal energy flux change

潮能是指单位面积水柱体所具有的动能和势能的总和，而潮能通量则是自海面至海底单位宽度断面单位时间所通过的潮能。

Tidal energy per unit area is the body of the water column with the sum of the kinetic energy and potential energy , and tidal energy flux is per unit width per unit time can be adopted by the tide from the surface to the bottom section .

利用TOPEX/Poseidon高度计资料提取的太平洋M2内潮能通量分布

Estimates of M_2 internal tide energy fluxes in the Pacific Ocean using TOPEX / Poseidon altimeter data

渤黄东海潮能通量与潮能耗散

Tidal Energy Tidal Energy Fluxes and Dissipation in the Bohai Sea , the Yellow Sea and the East China Sea

一种变截面河口中潮能的劈分与传输及其对杭州湾潮能估算的应用

The partition and transport of tidal wave energies in varying cross-section estuaries and their application to the estimate of tidal energies in the Hangzhou Bay

大面积赤潮主要集中在东海、渤海和黄海海域。渤黄东海潮波同化数值模拟和潮能耗散的研究

The red tides covering large areas mainly happened in East Sea , Bo Sea and Yellow Sea . The Study of the Tidal Numerical Simulation with Assimilation and the Tidal Dissipation in the Bohai Sea , Yellow Sea and East China Sea

极易吸潮，能迅速吸收空气中的水分和二氧化碳，应置于密封容器内。

It should be kept in airtight containers as it is highly hydroscopic and an absorber of moisture and carbon dioxide .

近两年的观测结果表明，这些井都能记录地球固体潮，大部分能记录地震波，但各自的显示特征不同。

The earth tide and seismic wave are shown in their character are various each other .

强潮海湾的潮能储量和潮能传递规律一直是动力沉积、水交换能力和潮能开发利用研究中令人关注的问题。

Bay tidal wave and tidal energy reserves has been a driving force to pass laws deposition , tidal water exchange capacity development and utilization of research concern .

由于淤泥质潮滩具有一些能被可见光和近红外传感器探测到的特征，所以遥感技术为其地形信息的提取和定量反演提供了广阔的前景。

In contrast , remote sensing technology provides many prospects for such study , giving an expansive foreground of topography information extraction and quantitative inversion of silt tidal flat , because a number of features of silt tidal flat can be detected by the visible light and near infrared sensors .

各不同地点地倾斜固体潮分潮振幅变化能反映出局部地区在应力场附加应力作用下所产生的介质应变变化和应变积累。

The component amplitude variations of tilt crustal tide at different places reflect strain variation and accumulation in intermediate under the action of additional stress in stress field of local area .

本文依据一种变截面河口中潮波传播的解析模式，导出了潮能的计算公式，讨论了潮能的劈分与传输。

Based on an analytical model of tidal wave propagation in varying cross-section estuaries , the formulas for calculating tidal energy are derived and the partition and transport of tidal energy are discussed .

将模型分别应用在长江和曹娥江感潮河段上，在长江感潮河段上能得到较为理想的结果，但在曹娥江上的计算精度却比较低。

This model is then applied to tidal reaches of Yangtze River and Cao'e River , with a relatively good calculation accuracy at the tidal reach of Yangtze River but poorer at Cao'e River .