海洋潮汐

  • 网络ocean tide;oceanic tides
海洋潮汐海洋潮汐
  1. 考虑地幔滞弹性和非平衡海洋潮汐效应后,理论预测的18.6a潮汐参数与SLR潮汐解基本相符。

    After taking into account the effects of mantle anelasticity and non_equilibrium ocean tide , the theoretical predicted parameters for the 18.6 a tide are in general agreement with the SLR tide solution .

  2. 台湾大地震与海洋潮汐关系初探

    Primary discussion on the relation between Taiwan earthquakes and ocean tide

  3. GPS测站的海洋潮汐改正

    Ocean loading tides correction of GPS stations

  4. 中国海洋潮汐40年来研究进展

    Advances in ocean tide research over the past 40 years in China

  5. 月球引力导致了地球上的海洋潮汐。

    The gravity gradient of the moon causes the ocean tides on Earth .

  6. 类似的作用过程就造成海洋潮汐。

    A similar mechanism generates our ocean tides .

  7. 中国古代的海洋潮汐学研究

    The Study of Ocean Tides in Ancient China

  8. 潮汐触发地震的统计试验:海洋潮汐加载效应的作用

    Statistical test of the tidal triggering of earthquakes : contribution of the tide loading effect

  9. 和海洋潮汐不同,这里有两个月亮潮汐,一个阳性,一个阴性。

    Unlike the ocean tides , there are TWO Moon tides , a positive one and a negative one .

  10. 海洋潮汐和大气、海洋、海冰之间存在复杂的相互作用,它对地球气候有复杂而深远的影响。

    Ocean tides play a significant role in climate due to its complex interactions between ocean , atmosphere , and sea ice .

  11. 提出了建立适于我国近海及邻域平均海平面模型和海洋潮汐模型的设想;

    The conceive of mean sea surface height model and ocean tidal model suitable to Chinese near sea and its neighborhood is provided ;

  12. 之前估算的2.3秒的结果就是基于已知的月球引力引起海洋潮汐来预估的。

    The previous 2.3 ms estimate had been based on calculations of the moon 's known earth-braking forces , causing the ocean tides .

  13. 海表面温度是海气界面上的一个物理量,受到海洋潮汐、海底地形等因素影响,并对海洋大气边界层有着重要的影响。

    It is affected by ocean tide and ocean bottom topography etc * SST has an impact on marine atmosphere boundary layer ( MABL ) .

  14. 尾水潮汐电站的模式为开发利用海洋潮汐能和节约回收沿海火力电站的尾水余能提供了一条途径。

    This model offers a way for utilizing the tidal energy and saving and recovering the spare energy remaining in the tail water of the power station a short constructing period and a better economical result .

  15. 利用海洋潮汐水位差和沿海火力电站的尾水应相结合开发和回收能量的水力电站称尾水潮汐电站。

    A tail water tidal power plant is a kind of power plant which utilizes the water head of tides and the tail water of thermal power stations along the coasts to exploit and recover energy .

  16. 本文在系统研究瞬时海面高各组成要素的基础上,主要讨论了大地水准面模型、海面地形模型、平均海平面模型和海洋潮汐模型的建立、计算以及精度评价等问题;

    Based on systematical study of each constituent of ISS , the foundation , computation and precision analysis of the models of geoid , sea surface topography , mean sea surface and ocean tide are mainly discussed ;

  17. 模拟沿海地区地下水及污染物的输移需要考虑海洋潮汐的影响,对于变密度污染物,考虑潮汐的影响会大大增加模型计算量,模拟此类问题要求模型具备优良的计算效果。

    Effects of sea tide should be considered in modeling groundwater dynamics and associated contaminant transport in coastal aquifers , which may result in significant increase of computing time especially for variable-density contaminants , and superior numerical performance of the model is required .

  18. 用牛顿力学基本原理分析海洋的潮汐现象

    Analyzing Ocean Tide phenomenon by Basic Principle of Newton 's Mechanics

  19. 海洋非潮汐变化对时变重力场的影响

    Nontidal Oceanic Effects on Temporal Variations in the Earth 's Gravitational Field

  20. 概要综述了确定卫星重力场恢复中的海洋负荷潮汐改正理论和精度估算问题。

    The theory and error estimation of the influence of ocean tide on the determination of satellite gravity recovery are described briefly .

  21. 在概率论方法中,主要是利用有关海洋观测站的潮汐资料进行数理统计分析,采用皮尔逊III的频率分析模型计算出千年一遇和万年一遇的风暴潮。

    The tidal information of relative marine observation is analyzed by mathematical statistics for probabilistic method .

  22. 本文给出了我国各类海洋能资源(潮汐、波浪、潮流、温差、盐差和海流能)蕴藏量粗略的估算结果。

    The estimated reserves of various ocean energy sources in our country , such as tide , wave , current , tidal current , ocean thermal energy and salinity gradient energy are given in this paper .

  23. 阐述了海洋温差发电、海洋波浪发电及潮汐潮流发电的原理、现状及发展趋势。

    The paper delineates the general principles , the state of art and development tendencies of power generation by making use of oceanic temperature differences , wave rocking energy and tidal energy .

  24. 目前很多人对利用海洋中的能源兴趣颇多,利用海洋潮汐,

    There is currently a lot of interest in harnessing the power of the oceans , of the ocean tides , that is ,

  25. 相对于海洋大气环境和海洋水下环境,海洋潮汐环境的干湿交替作用将对混凝土孔隙结构和FRP筋的耐久性能和两者之间的粘结退化带来更为显著的影响。

    Compared with the Marine atmospheric environment and Marine underwater environment , the wet-dry alternation of ocean tides environment will have a significant effect on concrete pore structure , the durability of FRP rebars and the degradation of bonding properties between concrete and FRP rebars . 1 .

  26. 占地球面积71%的海洋中蕴藏着巨大的可再生能源,主要包括有海洋风能、潮汐能、波浪能、潮流能、温差能和盐差能等。

    The ocean covers 71 % of the earth surface , and it contains large amount of renewable energy which are wind energy , tidal energy , wave energy , tidal current energy , thermal energy , salinity energy .

  27. 海平面上升,会引起海洋动力条件发生变化,同时会对海岸带系统造成灾害性影响;海平面的上升引起的海洋动力条件潮汐、波浪、径流和泥沙等方面变化,导致了灾动力的产生。

    Rising sea levels caused changes in conditions of regional ocean dynamics mainly in the tidal , wave , runoff and sediment , etc. , and become a disaster power .