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1·Atmospheric turbulence further distorts clouds.

大气湍流会进一步扭曲云。

2·Effect of atmospheric turbulence on laser communication system.

大气湍流对激光通信系统的影响。

3·Effect of the atmospheric turbulence on laser communication system.

大气湍流对激光通信系统的影响。

4·Probabilistic Approach to Aircraft Performance Enhancement in Atmospheric Turbulence.

在大气紊流下飞机性能改进的概率方法。

5·Wind waves and atmospheric turbulence were measured in the experiment of wind wave momentum transfer.

在风浪槽中进行水气动量交换实验，测量了不同风速和风区下的波浪及空气湍流流场。

6·The effect of atmospheric turbulence and vibration of the FSO platform on signal tracking system is discussed.

针对光无线通信的特点，探讨了大气湍流和通信平台抖动对激光传输的影响。

7·Atmospheric turbulence is considered and the expressions of single - photon acquisition probability are modified.

通过考虑大气湍流的影响，对单光子捕获概率的表达式进行了修正。

8·Considering the physical structure of the atmospheric turbulence, the phenomenon has been analyzed and explained.

结合大气湍流的物理结构仔细分析了这种现象，并对这种现象作出了合理的解释。

9·The atmospheric turbulence is a kind of complicated disturbance, which influences flight quality and flight safety.

大气紊流是复杂的扰动形式，影响飞行品质、飞行安全。

10·There are very few reports on the spectral characteristics of atmospheric turbulence in an urban area of complex terrain.

山谷城市地区的大气湍流结构研究至今报道很少。