Wind field test and calculation observation position setting.

Wind field test and calculation observation position setting.

<p><b>(a)</b> Flight-coupled wind field testing site. <b>(b)</b> Bluetooth wireless anemometer. <b>(c)</b> Bluetooth data receiving terminal. <b>(d)</b> Layout of testing points of flight-coupled wind field (spray). <b>(e)</b> Layout...

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Bibliographic Details
Main Author:	Fengbo Yang (5314892) (author)
Other Authors:	Zhiwei Li (131853) (author), Guangyao Zhang (5811716) (author), Hongping Zhou (547918) (author)
Published:	2025
Subjects:	Biophysics Evolutionary Biology Ecology Plant Biology Astronomical and Space Sciences not elsewhere classified Physical Sciences not elsewhere classified two working conditions maximum relative error interaction mechanism among dynamic mesh based dense atmosphere reduced cross section evolved coupled wind fields coupled wind field computational fluid dynamics bottleneck factor limiting >&# 949 ;</ 90 &# 176 56 &# 176 2 %, 9 dynamic evolution law absolute coordinate system velocity distribution diagram velocity coupling algorithm four horseshoe vortices four curves formed spiral backward flight observation line 1 div >< p >< sub xmlns spray scheme could 5 %, 4 spatiotemporal evolution analyzed could absolute values spray strategy spray quality four rings 0 %, z </ temporal dimensions spring smoothing right along reasonably formulated numerical simulations normalization group measured values liquid droplets layering method lateral interruption k </ important piece flight state flight speed effectively studied disturbance area crop canopy closely related analysis showed also discussed also changed
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