Turbulence from the rotors has much less consequence in an already turbulent atmosphere.
风轮转子产生的紊流在已经混乱的大气中产生的影响较小。
So it is important to analyze the effect of turbulent atmosphere channel on quantum key distribution systems.
因此研究湍流大气信道对量子密钥分布系统性能的影响就非常重要。
The traditional method of numerical simulations for laser beam propagation in the turbulent atmosphere is modified.
对传统的激光大气传输湍流效应的数值计算方法进行了改进。
Tensor method; Partially coherent beam; Partially polarized beam; Spectral properties; Propagation properties; Turbulent atmosphere.
张量方法；部分相干光；部分偏振光；光谱变化；传输特性；大气湍流。
The four-dimension program including time were used to simulate incomplete phase conjugation for laser propagation in turbulent atmosphere.
采用含时四维程序数值模拟了激光在湍流大气中传输的不完全相位共轭。
Through theoretic analysis and numerical simulation, the focal shift of a focused flat beam propagating in turbulent atmosphere is studied.
通过理论分析和数值模拟，对聚焦平台光束大气传输的焦移问题进行了研究。
The statistical characteristics of the laser log-intensity fluctuation and beam pattern in a turbulent atmosphere were studied systematically.
我们系统地研究了激光在湍流大气中的光强起伏与光斑统计特征。
A general expression of the scintillation index is proposed for optical wave propagating in turbulent atmosphere under arbitrary fluctuation conditions.
提出了任意起伏条件下湍流大气中光波闪烁方差的通用表达式。
We have studied the statistical characteristics of laser beams propagating through a folded path in the turbulent atmosphere experimentally and theoretically.
我们从实验和理论两个方面研究了激光束在折叠湍流大气路程上传输时的统计特性。
A 5 line fitting method was established to determine the scaling region of the power spectrum of the log intensity of a laser beam in the turbulent atmosphere.
以5线段拟合法建立了确定湍流大气中激光对数光强起伏频谱的无标度区间的方法。
According to the light propagation theory in turbulent atmosphere, the relation of coupling light power with optical path and turbulence parameters is derived.
根据湍流大气光传播原理，推导出了耦合光功率与光路参数和湍流参数关系式。
In strong turbulent atmosphere, the far-field beam quality degrades into the incoherent combining case without any relationship with the fill factor and laser wavelength.
但是在湍流强度较强的情形下，相干合成远场光束质量退化致非相干合成的情形，与激光阵列的紧凑度和激光波长无关。
Since the effects of turbulent atmosphere is prominent, this thesis concentrates on the effects of the turbulent atmosphere on the laser beam propagation in the atmosphere.
大气中的湍流对激光束的影响占突出地位，本文着重研究湍流对大气中传输激光的影响。
The effect of laser beam propagating in the turbulent atmosphere is analyzed in this paper. Adaptive optics technique can be used to solve this problem of turbulent atmosphere.
文中分析了湍流大气对光床造成的影响，提出了使用天文学中的自适应光学技术来解决该问题。
A numerical algorithm is set up for the retrieval of optical turbulence spectrum from high-frequency temporal spectra of a light wave propagating through a turbulent atmosphere.
建立了一种数值算法，从光波在湍流大气中传播的闪烁时间频谱的高频特征反演大气光学湍流谱。
Pretty much any spark, from the static shock you get from touching a doorknob to the giant bolts that light up Jupiter's turbulent atmosphere, could be considered lightning, he said.
他说，几乎任何类型的火花，从你接触球形门把时所产生的静态冲击，直至照亮木星上狂暴气的庞大闪电，都可以认为是一种闪电。
The results show that the finite outer-scale of the turbulent atmosphere is an important factor for a large aperture system of imaging, which should be considered for quantitative estimates.
结果表明在采用大孔径成像系统成像时，应该考虑湍流尺度对大气系统成像的作用。
Turbulent motion refers to the process by which heat and moisture are transferred from the land or ocean surface to the lower atmosphere.
而这两个过程是：纵向和横向运动湍流热传输。湍流运动指的是热量和水分从地表或海洋表面转移到低层大气中的过程。
Our own Sun vibrates slightly too, but because it is much younger, its atmosphere is much less turbulent.
我们的太阳震动的太轻了，但是因为它是如此年轻，它的大气对流会少的多。
Using numerical simulation, the fitting error is calculated in the adaptive optics phase compensation for turbulent effect of laser propagation in the atmosphere.
报道了利用数值仿真方法对自适应光学系统补偿激光传输湍流效应中的波前拟合和复原误差的计算分析。
The sea surface turbulent heat fluxes, as the key subjects of air-sea interaction, are very important for understanding the coupled atmosphere-ocean models and oceanic heat and freshwater budget.
海-气间湍流热通量是研究海气相互作用的重要课题，深刻理解海气间湍流热交换有助于进一步耦合大气海洋模式，也有助于进一步研究海洋热量和淡水收支等科学问题。
The turbulent strength, velocity flux, and skew were the largest at forest-atmosphere interface, as well the wind shear.
湍流强度、速度方差和速度偏度在林冠与大气交界面处达到最大，同时剪切也达到最强；
The turbulent strength, velocity flux, and skew were the largest at forest-atmosphere interface, as well the wind shear.
湍流强度、速度方差和速度偏度在林冠与大气交界面处达到最大，同时剪切也达到最强；
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