1) 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。
2) supersonic-flow anemometer
超声气流风速仪
3) Sonic anemometer tilt correction
超声风速仪倾斜修订
4) micro-acoustic doppler velocimeter
超声测速仪
5) 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。
6) supersonic wind tunnel
超声速风洞
1.
Then,wedge oblique shock wave control by this plasma aerodynamic actuation is experimentally investigated in a small-scale short-duration supersonic wind tunnel.
采用电弧放电等离子体气动激励方式,设计了电弧放电等离子体气动激励器,在小型暂冲式超声速风洞中开展了等离子体气动激励控制尖劈斜激波的实验研究。
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