Flow velocity observation

Numerical simulation for impact of velocity and annular space eccentricity on prop-carrying capability of foam fluid;

流速和环空偏心对泡沫携砂能力的影响数值模拟

A calculating method for bed roughness based on debris flow velocity in curve;

基于泥石流弯道流速的沟床糙率计算

Study on computation method of design discharge and velocity in tidal reach of the Yangtze river;

长江感潮河段设计流量及流速推求方法研究

Review of research work of overbank distribution of flow velocity in compound channel;

复式断面滩槽流速分布研究综述

Measurement model of ultrasonic flow velocity based on neural network;

基于神经网络的超声波流速测量模型

Effect of magnetic field on the antiscale of the CaCO_3 solution: a study of flow rate;

流速对磁场阻垢效果的影响

Effects of pH and flow rate on the adsorption processes of Pb and Cd onto the soils sampled from the sod layers in Xianghai Wetland;

pH值和流速对向海盐碱湿地土壤草根层吸附铅、镉规律的影响

Probe into Flow Rate of Unloading and Loading Oil at Petrol Wharf;

码头收发油流速问题探讨

Analysis of river habitat diversity based on current velocity gradients:Example from the core reach of Chinese Sturgeon Nature Reserve of Yangtze River, in Yichang, Hubei Province;

基于流速梯度的河流生境多样性分析——以长江湖北宜昌中华鲟自然保护区核心区江段为例

In this paper,the advances in the study on current velocity in saltmarsh water-sediment-plant interface in recent years are summarized,the research status in the field is reviewed,and the possible research directions and approaches are proposed.

综述了近20多年来盐沼水-沉积物-植物界面流速的研究进展。

The current velocity is an important parameter of debris flow,and it is more difficulty to be measured and calculated.

泥石流流速是难以实测和准确推算的重要参数。

Based on laboratory experiments of the three major parameters including fracture width, closure stress and velocity of flow, qualitative and a few quantitative analyses are carried out.

当前的支撑剂回流的研究主要是以物理模型实验为主,围绕缝宽、闭合应力、流速三个主要参数进行室内实验基础上的定性分析和为数不多的定量分析。

This paper analyzes the quality of grain fluided state by the way of falling velocity of flow , sets forth the impact of stuffing toward gas distributing beforehand of high temperature pyrolysis fluided-bed from kersmics stuffing and honeycomb stuffing , puts foward qualified foundation of experimental design.

采用降低流速的方法分析了颗粒流化状态的好坏,从陶瓷填料、蜂窝填料和无填料三种情况阐述了有无填料对高温裂解流化床气体预分布的影响,提出了实验设计所需要的理想依据。

Based on the analysis of air-current flowing over a single tube and a rectangular finned tube,the accumulstion of dust and the flow resistance varying with velocity of flow were discussed.

以流体绕流单管和直翅片管为分析基础，定性分析了流速变化对积灰的影响和阻力随流速变化的情况。