anemometer的例句大全

measurement of velocity field in a geometric casino using a laser doppler anemometer

用激光多普勒测速仪对某种几何壳体内部流场的测量

measurement of flow field in the rotor of an axial flow fan by laser doppler anemometer

多普勒激光测速仪在轴流风扇流场测量中的应用

a study of an air-jet of weft insertion with the laser doppler anemometer

激光测速对喷气引纬流场的测试分析

a two dimensional laser doppler anemometer is used to measure the instantaneous velocities along the vertical and longitudinal.

采用二维激光流速仪量测两个方向的瞬时流速。

the optimum concentration and the limitation concentration of the sediment-laden flow for laser doppler anemometer are obtained.

得出激光测速的浑水最佳浓度和极限浓度。

by utilizing laser doppler anemometer the tangential and axial velocity fields of static hydrocyclones and compound hydrocyclones were measured and analyzed.

采用多普勒测速系统对静态水力旋流器及复合式水力旋流器样机的切向速度场和轴向速度场进行了测试和比较。

the typical velocity field and the pressure on the step surface of the stepped spillway are measured using the laser doppler anemometer and the piezometer tube respectively.

采用多普勒激光测速仪和测压管分别对阶梯溢流坝面典型速度场和阶梯表面压力进行详细测量。

an experimental investigation associated with the basic fluid mechanics in an axial flow fan is described in this paper. the flow field in the tip region has been studied by laser doppler anemometer ( lda) and flow visualization technique.

介绍了利用激光多普勒测速仪（LDA）和激光片光流场显示技术在一轴流风扇转子叶尖附近流场测量得到的结果。

since the appearance of laser doppler anemometer, the accurate measurement for the turbulent velocity has become reality. the determination of the scalar properties, for example, temperature and species concentration has received increased attention in studying turbulent combustion.

激光多普勒测速仪的出现使紊流速度场的准确测量变成了现实，紊流火焰温度分布和浓度分布等标量的测试研究成了国内外燃烧研究工作者极为感兴趣的课题。

a totally new microwave-assisted extraction apparatus was designed. in order to know whether it is fit for the demand of continuous production, lad ( laser doppler anemometer) method is used to measure settling velocity of the fluid in the apparatus.

为了考察自行设计的微波萃取器是否符合连续生产时流体流动的要求，用激光多普勒速度测量（LDA）的方法测定了该萃取器内流体的沉降速度。

a totally new microwave assisted extractor apparatus was designed. lda ( laser doppler anemometer) method is used to measure settling velocity and rotary velocity of the fluid in the extractor and the settling velocity and rotary velocity of different layers in annular space are obtained.

介绍了用激光多普勒速度测量（LDA）的方法测定微波萃取器内流体的沉降速度和旋转速度，得到沉降速度和旋转速度在内、外环隙不同层数间的分布，研究了流量对湍流强度的影响；

the process of absorption of co_2 in ethanol was studied in a transparent channel under various flow conditions of a co-current gas-liquid flow, and the concentration and velocity distributions in the liquid in the vicinity of gas-liquid interface were measured with holographic interferometry and laser doppler anemometer respectively.

针对矩形流道内气、液流体的并流吸收传质过程，分别应用实时激光全息干涉术和激光多普勒速度仪对不同气、液流速下液相内近界面浓度分布与速度分布进行了实验观测。

flow field measurement in centrifugal impeller by laser phase doppler anemometer on low flow rate condition

小流量工况下旋转离心叶轮内部流场PDA测量与分析

meanwhile, a laser phase doppler anemometer was employed to investigate the turbulent flow characteristics of a drag reducing fluid and, as a result, speed pulse curves were obtained for 50 kinds of operating conditions.

同时，应用激光相位多普勒测速仪进行减阻流体的湍流特性试验研究，得到了50种工况下流体的速度脉动曲线。

based on the experimental results of the optical turbulence and the wind speed measured with laser scintillometer and sonic anemometer, the average statistical characteristics of atmospheric turbulence under the coastal environment in summer and winter was analyzed.

采用激光闪烁仪和超声风速计对沿海某地冬、夏季的大气光学湍流和风速进行了较长时期的测量，得到了其平均的统计特征。

the flow fields of ultra micro rotary fluid fragment or were measured and investigated by using laser doppler anemometer.

采用激光多普勒测速仪，对超细旋液粉碎器工作腔内流场进行测量和研究。

heat exchanger with helical baffle; lap; flow characteristics; laser doppler anemometer;

螺旋折流板换热器；搭接；活动特性；激光测速仪；

laser doppler anemometer, laser doppler velocimeter

激光多普勒测速计

surface temperature of an anemometer heated by a given power was calculated by cfd and heat flux analysis.

笔者在给定加热功率下，利用计算流体力学（简称CFD）和传热学相结合的方法计算了风速管的表面温度。

test results show that the ultrasonic anemometer is able to work properly in bad weather and severe electromagnetic environment.

测试结果表明超声波风速风向仪在恶劣的气候环境和严酷的电磁环境下均能正常地工作。