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  • Boutique case
    Boutique case

    Project Name: water conservancy information by applying micro-nano bubble technology project of Tsinghua University            
    Project location: Sediment Research Institute, Department of Water Conservancy, Tsinghua University            
    Starting and ending time of the project: from November 18, 2014 to November 20, 2014
    Project introduction:            
    According to Doppler effect and utilizing a professional water velocity meter, we collect signals by reflecting the particles in the water to measure flow velocity. Generally, sediment is not a stable reflecting medium. The micro-nano bubbles have the characteristics of easy diffusion in transverse direction and slow floating in longitudinal direction, which can be used as an ideal reflection medium to measure the flow velocity. By cooperating with Tsinghua University, our company provides micro-nano bubble generator to finish some related work.  
    Project Honor: our micro-nano bubble generation device is very famous in China, and has been recognized by Tsinghua University, which has opened a new chapter in the research of micro-nano bubble water in the field of water conservancy informatization. 

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