描述了一种新的利用电涡流进行石墨球表面缺陷检测的在线无损检测方法。
A new method of on line nondestructive testing for the flaws on graphite spheres surface with electromagnetic eddy current is stated.
而且液晶也反映了表面流线，分离区内的涡流和管道流动的角效应。
Besides, it can also give understanding of the surface streamlines, vortices in separation region and the corner effect of duct flow.
介绍了应用脉冲涡流检测技术于检测金属表面裂纹。
So pulsed eddy current method is introduced to inspect metal surface cracks.
介绍油管镦头表面裂纹涡流检测方法，包括探头的制作以及计算机控制过程和机械传动机构设计。
Eddy current detection of the surface cracks in the headings of brake tubes, including the making of testing probe, computer control and the design of mechanical driving mechanism is described.
这种挑战重力的机器人利用一台紧抱表面的涡流真空泵能够爬上墙壁，甚至紧贴着天花板。
This gravity-defying robot can climb walls and even cling to the ceiling, using a vortex vacuum to hug to the surface.
探讨用涡流法检测金属表面锈蚀的可能性。
A new approach to inspect corrosion on the surface of metal material is presented.
为了实现对亚表面下细小缺陷的检测，采用了法拉第磁光效应和电涡流效应相结合的方法。
The Faradays magnetic optic effect is combined with eddy current effect to test the imperceptible flaws in subsurface.
电涡流检测是五大常规无损检测方法之一，检测方便、快捷，适合用于钢球表面裂纹的在线检测。
Eddy current testing is one of the five major routine nondestructive testing methods and it is convenient, fast and suitable for online detecting of the surface flaw of steel balls.
交变漏磁检测方法由于兼具涡流检测和传统漏磁检测的特点，对表面缺陷具有很高的识别率。
Alternative magnetic leakage flux method was developed from the eddy current testing and traditional magnetic leakage flux testing, and it was advantageous for surface flaw recognition.
为了实现高温铸坯表面缺陷在线检测，介绍了高温连铸坯电涡流探伤技术及相应的试验装置。
In order to realize surface defect monitoring on-line of hot slab, eddy current detection technology and its experiment equipment for hot slab surface defect is introduced in this paper.
Aron播放了一些样本片段，展示出卡米诺室外翻滚的巨浪，这不是液体模拟，而是绘制出来的可模仿水的涡流及波动的表面。
Aron showed sample clips from Kaminoan exteriors of huge rolling waves, which were not fluid simulations but rather painted surfaces that emulate the flow and turbulence of water.
同时，由于相邻建筑物的存在，使得原有建筑的时均流线分布尤其是涡流的数目和尺度以及建筑表面的时均风压分布均发生了较明显的改变。
With the existence of the neighboring building the streamline distribution especially the number and scale of the vortices, and the pressure distribution are changed significantly.
用有限元法对非均匀介质的涡流检测信号进行了数值模拟，并针对检测信号采用逼近的方法预测了表面硬化层深度。
The numerical simulation on the eddy signals was introduced by approaching method based on Finite Elements theory to predict the hardened depth.
但是倾倒的时候加快了这一过程，这是因为倾倒的时候加大了表面积和涡流。
But pouring it speeds up that process, by increasing surface area and turbulence.
但是倾倒的时候加快了这一过程，这是因为倾倒的时候加大了表面积和涡流。
But pouring it speeds up that process, by increasing surface area and turbulence.
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