1) supersonic-flow anemometer
超声气流风速仪
2) ultrasonic anemometer
超声风速仪
1.
The meteorology data got from the ultrasonic anemometer were analyzed, and the results showed that the calculated C_n~2 was well agreement with the C_n~2 measured directly by the micro-temperature sensor.
根据K41湍流理论和近地面层湍流相似理论,研究了利用超声风速仪探测的常规气象参数计算折射率结构常数C_n~2的方法,并与温度脉动仪实测的C_n~2结果进行了比较。
3) Micro ADV
超声流速仪
1.
By using the flume experimental data by Micro ADV in sediment\|laden flow, and analyzing the data from LDV and Strain\|kinemometer, the quantify relationship of the turbulence intensity with the velocity and its gradient is established.
在现有研究的基础上 ,运用超声流速仪进行挟沙水流水槽实验 ,并结合分析激光流速仪、应变式紊动流速仪的观测结果 ,建立了纵向紊动强度与流速、流速梯度之间的定量关系。
4) ultrasonic current-meter
超声波流速仪
6) supersonic gas jet
超声速气体射流
1.
The paper presents an experimental study on the back-attack phenomenon in underwater supersonic gas jets.
对水下超声速气体射流的动力学行为进行了实验研究。
补充资料：多通道电子风速计(见转杯式风速表)
多通道电子风速计(见转杯式风速表)
爹豁笔戮翁ng’粗转杯式风速表。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条