100字范文,内容丰富有趣,生活中的好帮手!
100字范文 > 熔池区域图像 image of weld pool area英语短句 例句大全

熔池区域图像 image of weld pool area英语短句 例句大全

时间:2019-09-24 23:20:26

相关推荐

熔池区域图像 image of weld pool area英语短句 例句大全

熔池区域图像,image of weld pool area

1)image of weld pool area熔池区域图像

2)weld pool image熔池图像

1.The welding process monitor and quality analysis system of MAG welding based onboth electrical parameters andweld pool image is developed using LabVIEW asdevelopment tool.该系统突破了单一参数分析预测过程稳定性和焊接质量的技术困难,将电参数与熔池图像分析相结合,利用计算机技术综合分析整个焊接过程。

英文短句/例句

1.Study on Weld Pool Image Processing and Model Identification of GTAW;GTAW熔池图像处理及熔池辨识模型研究

2.The Collecting and Character Analysis of the Welding Pool Image Based on the Doulde Wire Arc Welding Process of the Aluminum Alloy;铝合金双丝焊接熔池图像采集与特征分析

3.Study on Recogniziation Technology of Weld Pool Image Character Based on Fourier Transform;熔池图像特征识别的傅立叶变换方法研究

4.Processing and Identifying Image of Welding Molten Pool Based on Morphology;基于形态学的焊接区熔池图像的处理与识别

5.Analysis of the molten pool image of MAG welding based on fractal and mathematical morphology基于分形和数学形态学的MAG焊熔池图像分析

6.Molten Pool Image Processing of CO_2 Arc Welding Auto Seam Tracking System Based on LED Light;基于LED光源下的CO_2焊自动跟踪系统的熔池图像处理(英文)

7.Application of Image Processing System Based on Digital Signal Processor to Temperature Field Measurement in Laser Molten Pool基于数字信号处理器的图像处理系统在激光熔池温度场检测中的应用

8.Observation of Melting Pool and Electrode during TIG Arc Welding from High Speed Video Image;高速摄像技术中TIG焊接过程的熔池和电极研究

9.metal(lic) bath金属熔池,金属熔体

10.X-ray Digital Image Test Technology of High Temperature Melts Interface State;高温熔体界面状态的X射线数字图像检测技术

11.Implement of a Portable Single-Mode Fiber Fusion Splicer"s Image System便携式单模光纤熔接机图像系统的研制

12.On Image Procession of Internal Resistance and Electromotance of Battery By Volt-ampere;谈伏安法测电池内阻和电动势的图像法处理

13.Particle Image Velocimetry System Development and Application in the Aeration Tank粒子图像测速系统开发及在曝气池流场中应用

14.Numerical simulation of temperature field of melting pools with different horizontal width in the bottom of float glass furnace浮法玻璃熔窑熔化池底部横向宽度对熔化池温度场影响的研究

15.the extinguisher tops of the towers vanished like ice before the heat, and trickled down into four rugged wells of flame.灭烛器似的塔楼尖顶在高温前像冰一样熔化,滴落下来变作了四个奇形怪状的火池;

16.Application of Digital Image Processing Technique in the Control of MF Smelting Furnace论数字图像处理技术在中频熔炼炉控制中的应用

17.Edge Detection of CO_2 Welding Metal Transfer Image Based on Wavelet Transform;基于小波变换的CO_2气体保护焊短路过渡熔滴图像的边缘提取

18.Synchronous On-line Detect of Welding Process Parameters and Molten Droplet Images in GMAW-P;脉冲GMAW焊接电参数波形及熔滴过渡图像的同步在线检测

相关短句/例句

weld pool image熔池图像

1.The welding process monitor and quality analysis system of MAG welding based onboth electrical parameters andweld pool image is developed using LabVIEW asdevelopment tool.该系统突破了单一参数分析预测过程稳定性和焊接质量的技术困难,将电参数与熔池图像分析相结合,利用计算机技术综合分析整个焊接过程。

3)molten pool image熔池图像

1.MAG weldingmolten pool image character and useful information analysis;MAG焊熔池图像特征及可用信息分析

2.Application of fourier transform in extraction ofmolten pool image character;傅立叶变换在熔池图像特征提取中的应用

3.A group ofmolten pool images had been gotten in a certain technological conditions by the vision sensor.在一定的工艺条件下,通过视觉传感器采集较为清晰的焊接熔池图像。

4)image region图像区域

1.Introduced a way of utilizing VCC to get the perimeter of animage region, the length and width of the minimum external rectangle of the image and the size of the region occupied by the image.利用链编码及其特性,分析得出图像区域边界的周长、最小外接矩形(MER)的长与宽及图像所占区域的面积,以此为基础,提出了一种基于链编码的图像区域密集度和体态比的计算方法。

5)weld pool image centroid熔池图像质心

1.Weld position measuring model based uponweld pool image centroid arithmetic;熔池图像质心算法的焊缝位置测量模型

2.An approach is proposed that this deviation can be obtained by using theweld pool image centroid and a Kalman filter.为此提出一种利用熔池图像质心和卡尔曼滤波来间接获取电弧与焊缝偏差的方法。

6)molten pool image of MAG weldingMAG焊熔池图像

1.Analysis of themolten pool image of MAG welding based on fractal and mathematical morphology基于分形和数学形态学的MAG焊熔池图像分析

延伸阅读

高光谱分辨率遥感图像及图像光谱信息提取高光谱分辨率遥感图像及图像光谱信息提取高光谱分辨率遥感图像及图像光谱信息提取郑兰芬供稿

本内容不代表本网观点和政治立场,如有侵犯你的权益请联系我们处理。
网友评论
网友评论仅供其表达个人看法,并不表明网站立场。