当考虑梁的剪切变形和转动惯量时，则对梁的高阶频率影响较大。
The result also denotes the shearing deformation and rotary inertia of the beam have significant effect on the high frequency.
对多普勒中心频率影响大，对多普勒调频斜率及方位分辨率影响小。
Doppler centric frequency is influenced much greater than Doppler FM rate and azimuth resolution is.
不同方位的花粉密度受主风频率影响，主风方向花粉密度占58.07%。
The pollen density of different direction is affected by the main wind direction, 58.07% of pollen comes from the main wind direction.
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