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water bottom
水垫
常用释义
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基本释义
  • 水垫
例句
  • 1·Gravity meters and their operators were lowered to the water bottom in diving bells.
    重力仪及操作员们都在钟形潜水器内沉到水底。
  • 2·The pressure variation on shallow water bottom caused by a moving ship is of vital importance for safety.
    航行船舶在水底引起的压力变化对其自身安全有重要影响。
  • 3·At that time can't make sure, the water bottom of body, the memory of rain-storm , exactly which is the reality for once experiencing?
    一时间无法确定,身处的水底,暴雨的记忆,到底哪一个是经历过的现实?
  • 4·The automatic detection algorithm is key technique that carries out dynamic monitoring of shallow ocean under water bottom topography.
    自动化检测算法是实现浅海水下地形动态监测的关键技术。
  • 5·The down-going wavefield at the sensor position is forward propagated to the water bottom, resulting in a down-going wavefield at the water bottom (46).
    传感器部位上的下行波场被正向传播到水底,产生水底处的下行 波场(46)。
  • 6·They can also be handy if you run 5 hook Apollo RIGS in deep water bottom fishing and get nailed by 3 or more big fish that make it just a deadweight to be hauled up.
    它们也可以方便,如果你运行5钩阿波罗深钻井平台及水底捕鱼得到3个或更多的大的鱼,使这只是一个被拖到了载重量钉。
  • 7·The paper introduced in detail the work principle, identified technique of signal coming from water bottom, application method, practical effects and items for attention for HD-17 depth founder.
    文中详细地介绍了HD - 17测深仪的工作原理、水底信号识别技术、使用方法、实际应用效果以及注意事项。
  • 8·Final, we proposed the detection algorithm of shallow ocean under water bottom topography in SAR images, amongst it adopted average invariant moments and redefined distance of invariant moments.
    最后提出了SAR图像中浅海水下地形的检测算法,其中采用了平均不变矩并重新定义了不变矩的距离。
  • 9·First, we proposed the retrieval method of characteristic variety direction of shallow ocean under water bottom topography, and proved its direction was in accordance with SAR images characteristic.
    首先提出了浅海水下地形特征变化方向的提取方法,证明了其提取的方向与SAR图像特征基本一致。
  • 10·A serial of techniques developed through the study includes intelligent bin homogenizing, source interference elimination, deep-sea multiple removal, muting by water bottom and deep water data image.
    通过研究智能面元均化、有源干扰去除、深海多次波去除、按水深切除及深水资料成像等多项处理技术,形成了深海地震资料处理的技术系列。