减小面元尺度，增加空间采样率，是提高分辨率的重要手段。
To improve spatial sampling rate on the basis of reducing din scale is an important way to enhance resolution.
虽然被动空气采样器被用来获得了近十年的空间分辨的数据，但是他们仍然有一些缺点，例如采样率计算的复杂性和有限性。
Though PASs have been used to achieve spatially resolved data for almost a decade, they still have some shortcomings, such as the complex and limited sampling rate calculation.
在空间预警系统中，由于系统采用红外测量，数据采样率低，很难直接获得关机点的高精度观测值。
In the space early warning system, infrared scan measurement and low sample rate make it difficult to acquire high precision burnout time.
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