壁厚监测,wall-thickness monitoring英语短句,例句大全

壁厚监测,wall-thickness monitoring
1)wall-thickness monitoring壁厚监测

英文短句/例句

1.Impact Wear Prediction and Wall Thickness Monitoring of the Elbow Region in the Oil-Coal Slurry Pipeline油煤浆输送管道弯头部位冲击磨损预测与壁厚监测
2.Monitoring and Analysis on Stressed Status of Mine Freezing Shaft Outer Liner in Deep Thick Overburden深厚表土层冻结外层井壁受力状况的监测及分析
3.The Research of Instrument for Measurement of Wall-thickness and Wall-thickness Difference of Thin-wall Parts of Variation Curvature Revolving Body;变曲率回转体薄壁零件壁厚及壁厚差测量仪的研究
4.The fixed anvil of the tube micrometers has spherical surface. They are suitable for measuring the thickness of tubes.壁厚千分尺固定测砧为球面，适用于测量管壁厚度。
5.Measurement of Normal Girl's Cervix and Vagina正常女孩子宫颈及阴道壁厚度的测量
6.The Research of Quartz Tube Wall Thickness Measuring System Based on CCD;基于CCD的石英管壁厚检测系统研究
7.The SCC-based Automatic Measuring System of Shell Thickness基于单片机的弹体壁厚自动测量系统
8.Longitudinal Wave Oblique Incidence Probe to Detect High Pressure Seamless Tube纵波斜射探头检测厚壁高压无缝钢管
9.The thickness of the famous ancient "Great bell" in Beijing was for the first time measured with ultrasonic method.利用超声测厚的方法第一次测定了北京永乐古钟的壁厚。
10.Evaluation of spiral CT in gastric subarea and measuring gastric thickness螺旋CT在胃分区及胃壁厚度测量中的价值
11.Consensus Weighted Fusion Algorithm of Multisensor Data for Wall Thickness Measurement in Oil Well Tubing油管壁厚测量数据的一致性加权融合估计算法
12.MEASURING THE THICKNESS OF THE FAMOUS ANCIENT “GREAT BELL” IN BEIJING WITH ULTRASONIC METHOD利用超声方法测定北京大钟寺永乐古钟的壁厚
13.Thick wall model simulation of EDM spark locations detection电火花加工放电位置检测厚壁模型的仿真
14.Study on the Nodularity and Thickness of Centrifugal Nodular Cast Iron Pipe Using Ultrasonic Testing Method;离心球墨铸铁管球化率和壁厚的超声检测研究
15.Structural Behavior of Tapered Steel Storage Tanks under Measured Differential Settlement;变壁厚钢储罐在实测不均匀沉降下的结构性能
16.Research on Distribution Law of the Measured Both Inner and Outer Force of Freezing Shaft Lining in Special Thick Alluvium特厚表土层冻结井壁内外力分布规律实测研究
17.Research on Application of Multi-channel Roundly Detecting Wall-thickness of the Steel Pipe多通道全覆盖钢管壁厚检测技术的应用研究
18.Measurement method of the bone plate thickness with the dental implant as the center and its evaluation以牙种植体为中心的骨壁测厚方法及其评价