The daily variations and probability of the inner and outer scale of turbulence were analyzed.
分析了湍流尺度的日变化规律，给出了其频数分布。
The effect of the receiving aperture and outer scale of turbulence on the power spectrum of atmospheric scintillation was analyzed.
进而分析了孔径尺度和湍流外尺度对闪烁频谱的影响。
With the outer scale of turbulence increasing, the amplitude of low-frequency spectrum increases and the high-frequency is invariable.
随着等效湍流外尺度的增加，低频谱的幅值逐渐增大，高频谱保持不变。
Firstly, the power spectral density function of refractive index is given including the effects of inner and outer scale of the turbulence.
首先，给出了包含大气湍流内，外尺度效应的折射率功率谱密度函数。
Caleulation shows that there is a peak frequency in these spectrums and the frequency depends on turbulent outer scale and transversal wind.
计算表明这些频谱中存在一个与湍流外尺度、横截风速有确定关系的峰值频率。
The influence of different altitudes, different sizes of the inner and outer scale of the turbulence on the scintillation index with Gaussian beam propagation in the slant path is discussed in detail.
讨论了不同传播高度、不同湍流内、外尺度对高斯波束斜程传输闪烁指数的影响。
Outer Scale (Fig. 6) - This scale is a micrometer-type scale marked 0-9 at the tapered base of the red handwheel.
外刻度（图6）-这个刻度是测微计类型刻度，在红手轮的锥形底座上标注0 - 9。
Outer Scale (Fig. 6) - This scale is a micrometer-type scale marked 0-9 at the tapered base of the red handwheel.
外刻度（图6）-这个刻度是测微计类型刻度，在红手轮的锥形底座上标注0 - 9。
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