Besides, the diurnal change of AOD has the same tendency as that of the atmospheric stability.
此外气溶胶光学厚度与大气稳定度也有一致的日变化趋势。
This approach is demonstrated to be effective on compensation of temporal dispersion for AOD scanning femtosecond laser.
这表明该方案用于AOD扫描飞秒激光时进行时间色散补偿是非常有效的。
In addition, there is a anti-correlation between AOD and seasonal variations of relative humidity.
另外，气溶胶光学厚度与相对湿度季节变化大体成反相关关系。
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