1.
Study on Synthetic Aperture Focusing Technology in Ultrasonic Casing Imaging System;
合成孔径技术在井壁超声成像系统的应用研究
2.
Application of ultrasonic imaging well logging technology in the casing well;
超声波成像测井技术在套管井中的应用
3.
Fluxgate Sensor of Supersonic TV Imaging Logging Tool
超声电视成像测井仪的磁通门传感器设计
4.
Application and Analysis of US Matrix Well Logging System Ultrasonic Imaging Technology
美国Matrix测井系统超声波成像技术的应用及浅析
5.
Assessment of radial artery wall elasticity in patients with type 2 diabetes with elastosonography
超声弹性成像评价2型糖尿病患者桡动脉血管壁弹性
6.
Biomechanical characteristics of left ventricular wall using ultrasonic velocity vector imaging:a healthy canine mode
健康比格犬左心室壁生物力学特征的超声速度向量成像研究
7.
Elastosonography in assessment of carotid and brachial artery wall elasticity in patients with type 2 diabetes mellitus
超声弹性成像评价2型糖尿病患者颈动脉和肱动脉血管壁弹性
8.
Evaluation of Uncertainty in Ultrasonic Measurement of Wall Thickness of In-use Oil Well Tubing
在役油井管壁厚度超声波测量不确定度的评估
9.
ultrasonic linear image diagnosis device
超声线性成像诊断仪
10.
Research on Key Techniques of Segmented Bond Tool and the Implementation;
固井声波成像测井仪的关键技术研究与实现
11.
Study of the Regional Wall Motion of Left Ventricle with CAD by Anataomic M-mode Echocardiography and Quantitative Tissue Velocity Imaging;
解剖M型超声心动图、定量多普勒组织速度成像对冠心病室壁运动的研究
12.
Assessment of Regional Left Ventricular Wall Motion by Speckle Tracking Imaging and Anatomic M-mode Echocardiography;
斑点追踪成像与解剖M型超声心动图评价左室壁局部运动功能的研究
13.
Acoustical imaging and its applications in ultrasound medicine
声成像技术及其在医学超声中的应用
14.
Three dimension ultrasound imaging and image processing based on MATLAB
基于MATLAB的三维超声成像及图像处理
15.
The study on the sonogram of gallbladder wall in non-gallbladder diseases
非胆囊性疾病胆囊壁的超声声像图分析及其鉴别
16.
Three-dimensional(3 D) ultrasound imaging has become one of the hottest research areas in medical u1 trasound.
三维超声成像是当前超声研究的一个热点。
17.
Study on Vertical Structural Stability of a Super-deep Drilled Shaft in Slurry
泥浆中超深钻井井壁竖向稳定性分析
18.
Implementation of the WICS Wall Interference Correction System at the National Transonic Facility
WICS壁干涉修正系统在国家超声研究中心完成