can buoy
英 [kæn bɔɪ]
美 [kæn ˈbuːi]
水道口标志； 罐形浮标
英英释义
noun
- a buoy with a round bottom and conical top
双语例句
- This paper presents a telemetry and remote control buoy wireless video surveillance system, which can improve the buoy management modernization and information, simplifying the detection buoys, management and maintenance, and cost savings, there is practical value.
本论文提出的航标遥测遥控系统能够提升航标管理信息化、现代化程度，简化航标巡检，节约航标管理维护成本，有实际的应用价值。 - And the x ‐ band radar has a broader detection range and a higher safety coefficient. So it can be used as an alternative product for buoy.
而X波段雷达探测范围更广，安全性更高，可以作为波浪浮标的替代产品应用。 - We can no longer rely on conventional policy responses to buoy economic growth.
我们不能再被动地依靠常规的政策来刺激经济增长。 - For the feature of the self-positioning system to be scalable, the CDMA positioning beacon signal encoding method is being used. The system can expand the numbers of the buoy base stations to expand measuring range.
并针对自主定位系统要具有可扩展性这一特点，采用了码分多址的定位信标信号编码方式，系统可以按照需要扩充浮标基站的数量以扩大测量范围。 - No says I, Xury, we can slip our Cable with the buoy to it and go off to sea, they cannot follow us far.
不，“我说，”佐立，我们可以把锚索连同浮筒一起放出，把船向海里移移，那些野兽游不了太远的，它们不可能跟上来。 - The experimental equipment has 16 gathering data channels and can sample the signals from four vector sensors simultaneously, and the data can stored in hard disk of a buoy system and a station system simultaneously.
本装置共有16路数据采集通道，可以同时接收来自4个矢量水听器的数据，并且可以同时存储在水上分机和水下分机的硬盘中。 - The method is useful, we can modify it according to the experiment data of the buoy scale floating freely.
本文提出的方法具有可行性，需要根据浮标实尺自由上浮试验的数据完善。 - An underwater multi-channel radiometer, which can be moored on the optical buoy for time series observation of downwelling spectral irradiance and upwelling spectral radiance in seawater, is designed.
研发了一种向下光谱辐照度和向上光谱辐亮度的锚链式水下多光谱辐射计，主要用于深层海水的测量。 - Self-content turbidity sensor has its own battery and monitors water quality independently. It can be integrated on the water quality meter or buoy.
自容式浊度传感器自带电源，可独立完成浊度值的测量，也可集成在水质监测仪或者浮标上。 - With mooring forces derived from the static method, the four-order Runge-Kutta method is selected to solve the time history of the vessel, which can be used as the boundary conditions for dynamic calculation of the riser and buoy.
由静态方法得到系泊力后，使用了四阶RungeKutta方法求解船舶的运动时历，并作为立管和浮筒动力计算的边界条件。