1.
Research on Photoelectric Runoff Correlation Rate Measurement System Based on Virtual Instrument;
基于虚拟仪器的光电式径流相关流速测量系统的研究
2.
Runoff Flow Velocity Measurement System Based on Correlation and Virtual Instrument;
基于相关法的径流流速虚拟仪器测量系统
3.
Flow Velocity Measurement Technology for Open Fluid Field Based on Optical Cross-correlation Method
基于光学互相关法的开放流场流速测量
4.
Cross-correlation velocity measurement of gas-liquid two-phase flow based on void fraction
基于截面含气率的气/液两相流相关速度测量
5.
Flow velocity measurement based on data fusion and correlation analysis;
基于数据融合与互相关技术的气固两相流固相流速测量技术研究
6.
The Study of Velocity Measurement Based on the Cross-Correlation of Pressure and Virtual Instruments Technology;
基于压力互相关和虚拟仪器的流速测量研究
7.
Study on Measurement of Flowrate and Its Related Parameters of Oil-gas Two-phase Flow;
油气两相流流量及相关参数测量研究
8.
Research in Velocity and Mass Flow Rate Measurement of Gas-solid Flow Using Electrostatic Method;
气固两相流速度及质量流量的静电测量法研究
9.
Research about Using Correlation Image Processing of LSV Technic to Measure the Velocity of Nano-particles in Flow;
用于测量流体中纳米颗粒速度的LSV技术中互相关图像处理研究
10.
Simultaneous Velocity Measurements of Gas-Solid Phases in Eolian Sediment Transport by Particle Image Velocimetry-Planar Laser Induced Fluorescence
风沙流中气固两相速度场的PIV-PLIF测量
11.
The Method of Time-Domain Correlation Ultrasound Detect Blood Flow Velocity
超声检测血流速度的时域相关方法
12.
Accurately deriving the true liquid flow velocity is the key for determining the stratification flow rate of oil and water and logging interpretation of liquid producing profile.
准确求取流体的真实流动速度是确定油水各相分层流量及产液剖面测井解释的关键。
13.
Mass Flowrate Measurement of Two-Phase Flow Based on Modified de Leeuw Correlation
基于改进de Leeuw关系式的两相流质量流量测量
14.
Parameter selection method of electrostatic correlation velocimetry for gas-solids flow
气固两相流静电相关测速参数选取方法
15.
Measuring Method for the Flow of Industrial Two-phase Fluid Based on Zonal Fluid Velocity Distribution Measurement
基于分区测速原理的工业两相流体流量测量方法研究
16.
Depending on the image method and point source approximation method, the physic model was established, and the formula of photo-current versus surface recombination velocity was obtained.
导出了光电流与表面复合速率相应关系的计算公式，确定了可进行电量测量的实验装置。
17.
Research on Laser Velocity Measurement System Based on Correlation Measurement Technology;
基于相关测量技术的激光测速系统研究
18.
Study on Correlation between Simple Force Measurement and Isokinetic Strength Testing;
简易力量测试法和等速肌力测试相关性研究