According to the requirements, with gas detection and bubble water detection combination of methods, nonconforming unified bubble water tracing detection, determine which physical location. 根据要求,采用气体检测与泡水检测相结合的方法,不合格件统一泡水寻迹检测,确定漏点的具体位置。
Discussions on Bubble Wavelet Applying to Image Edge Detection Bubble小波用于图像边缘检测的一些讨论
Basing on the zero crossing and Trous algorithm, we have researched into a detecting method and its algorithm by using the Bubble function, compared and analyzed the influence of different scales wavelet on the effect of the edge detection. 基于零交叉边缘检测方法和多孔算法,研究了熔池边缘的Bubble小波检测方法及算法实现,对比分析了不同小波尺度对边缘检测结果的影响。
Infrared Image Edge Detection Using Improved Bubble Function 基于改进Bubble函数的红外图像边缘提取方法
Precordial Doppler bubble detection, EEG, ECG, Holter ECG, pulmonary function, neuropeptide content in urine, were measured or tested before and after the experiment. And clinical observation and psychological assessment were also made in the process. 在实验前、后监测心前区血流中的Doppler气泡音、脑电图、心电图、动态心电图、肺功能、尿液神经肽含量、临床医学观察和心理学测定。
Compare with traditional method of motive bubble detection and analysis, it has some advantages, such as visibility, real time, high-efficient, easily realized in projects, and so on. 它与传统的运动气泡探测分析方法相比,具有直观、实时、高效、易于工程化等优点。
Wake is motive bubble film, research of motive bubble is basis of Wake research. Using digital image process technology is a fire-new detection and analytic method. 运动气泡的研究是尾流研究的基础,利用数字图像处理技术研究运动气泡幕是一种全新的探测分析方法。
The functions of hemodialysis instrument include the blood circuit, the dialysate circuit, the pressure detection, the air bubble detection and temperature detection. 以及此血液透析仪所具有的功能,包括血液流路、透析液回流路以及压力检测、空气气泡检测、温度检测等。
According to the characteristic of tire image& there are many stripes exist in background, design applicable image enhancement way to tire image for avoiding influence of stripes on bubble edge detection. And then sign wavelet multi-scale edge detection algorithm based on fuzzy theory. 根据图像特征&背景中存在大量的条纹,为避免对气泡边缘检测产生妨碍,先设计了适用于轮胎图像的增强方法,之后设计了基于模糊思想的小波多尺度边缘检测算法。
For proving the effectiveness of the whole algorithm of tire bubble laser detection, build the test platform. 为验证整套轮胎激光检测气泡缺陷算法的有效性,搭建了测试平台。
Solid particles such as dust, pulverized coal, catalyst, as well as gas particles such as bubble, are important parameters in many fields such as air pollution detection, production emissions detection, oil refining, textile fiber strength testing and other testing fields respectively. 固体微粒如粉尘、煤粉、催化剂,气态微粒如气泡等,分别是空气污染检测、生产废气排放、石油炼化、纺织纤维强度检测等领域的重要参数指标。
However, many domestic manufacturers are using an inefficient bubble method of leak detection generally. For this actuality, the acoustic emission ( AE) method was researched in the article, which could respond quickly to the valve leakage rate. 针对目前国内很多厂家普遍采用效率低下的气泡检漏法的现状,本文旨在研究能快速测试阀门泄漏率的声发射检测方法。
Discussed the impact of the underwater environment on the bubble field detection, and advantages of digital holography in underwater bubbles detection compared to optical holography. 探讨了水下环境对气泡场探测带来的影响以及数字全息相对于光学全息在水下气泡场探测方面的优势。
Through the verification of experiment, the tire bubble automatic detection algorithm is effective, it can find the location and size of tire bubbles, and it has accurate judgement. 经实验证明,本文提出的轮胎气泡的自动检测算法是有效的,它可以寻找出气泡的位置及大小,给出较为准确的判断。