海底

Multi-beam Bathymetric System, which integrating new and high technology, is the most advanced bathymetric technique in the world right now.

多波束测深系统是当代高新技术的集成，是世界上目前进行水深测量最先进的手段，其特点在于用它可以对海底地形进行全覆盖无遗漏的测量，精度高、效率快。

But starting today we have a much more detailed bathymetric map, so you can actually drop below the surface and explore the nooks and crannies of the seafloor in 3D.

不过从今天开始我们有了一个更详细的等深图，这样，您真得可以潜入海平面以下，以三维的形式探索各个海底角落与缝隙。

High-Resolution Bathymetric SideScan Sonar is a kind of acoustic equipment which can be applied on the high-resolution seabed terrain and physiognomy surveying.

中文摘要高分辨率测深侧扫声纳是一种能够探测高分辨率海底地形和地貌的声学设备。

Airborne bathymetric lidar system has proved to be cost-effective for mapping coastal waters.

空载透水光达测深系统能够有效快速的测得沿岸海底地形，然而其作业成本十分昂贵。

It is simple and accurate to extract the sea ice bound automatically based on geographical demarcation, with the single channel information of NOAA/AVHRR, or with data of seabed bathymetric line.

依靠NOAA/AVHRR数据源的单通道信息，或者结合海底等深线资料，实现了对海冰的结冰范围的自动提取。该方法简单，结果准确。

So this summer, we plan to collaborate with Greece's department of underwater antiquities on a bathymetric survey of the shallow waters around the Korphos region that should clarify aspects of the Bronze Age coastline.

所以今年夏天，我们打算与希腊水下古遗迹管理部门合作，开展一项关于科佛斯地区浅水处的海底测量，以确定青铜器晚期该处的海岸线形状。

Based on the above new concept and method, a new idea of developing a marine three-dimensional surveying instrument is further given in this paper, which is very important, significant and beneficial to the future bathymetric surveying in the world.

这对于海洋测量由2+1维过渡到真3维具有重要理论意义；对海底地形测量来说具有重大应用价值。

Bathymetry is the measurement of the depths of oceans, seas or other large bodies of water.

海底测量是一种测量大洋、大海和其它宽广水域深度的方法

The comparison of numerical results based on different resolution shows that the bathymetry has significant influence on the circulation in strait.

不同分辨率模式模拟结果的对比表明，海底地形对海峡通道中的流动有着十分重要的影响。

Besides, a preliminary study of the bottom classifying of shallow water bathymetry by spectral derivative based on simulation data is carried out in this thesis.

论文最后基于模拟的高光谱遥感反射比数据，利用光谱微分技术对海底类型区分进行了初步研究。

The split between the two groups can hardly be papered over.

这两个团体间的分歧难以掩饰。

This approach not only encourages a greater number of responses, but minimizes the likelihood of stale groupthink.

这种做法不仅鼓励了更多的反应，而且减少跟风的可能性。