Qin Jun, Liao Guang-xuan, Wang Xi-shi, Yao Bin, Yang Yuan-zhi. Study on the flow field of water mist with laser DopplerJ. LASER TECHNOLOGY, 2001, 25(4): 297-301.
Citation:
Qin Jun, Liao Guang-xuan, Wang Xi-shi, Yao Bin, Yang Yuan-zhi. Study on the flow field of water mist with laser DopplerJ. LASER TECHNOLOGY, 2001, 25(4): 297-301.
Qin Jun, Liao Guang-xuan, Wang Xi-shi, Yao Bin, Yang Yuan-zhi. Study on the flow field of water mist with laser DopplerJ. LASER TECHNOLOGY, 2001, 25(4): 297-301.
Citation:
Qin Jun, Liao Guang-xuan, Wang Xi-shi, Yao Bin, Yang Yuan-zhi. Study on the flow field of water mist with laser DopplerJ. LASER TECHNOLOGY, 2001, 25(4): 297-301.
Study on the flow field of water mist with laser Doppler
On the basis of the light scattering theory of spherical particles and the characteristic of the water mist,the optimum optical path for 3D APV(adaptive phase/Doppler velocimeter) and reasonable layout of the system are designed.The particle size,the velocity distribution and the water mist volume flux of the water mist flow field are obtained through experiments.
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