第1期 向嘉敏等:灰霾遥感监测研究进展 (3)研究内容方面。已开展了大量有关灰霾空[7] Liu Yonghong. Research on Haze Identification in Beijing 间分布与时间变化的研究工作,但对于灰霾形成机 based on NOAA/AVHRR Satellite Data LJ. Meteorological 制探究尚不够深入,未来应深入加强灰霾颗粒物的 Monthly,2014,40(5):619-627.[刘勇洪.基于NOAA/ AVHRR卫星资料的北京地霾识别研究[J].气象,2014, 物理化学性质分析,探讨其组分变化及相互作用对 遥感成像过程与图像特征的影响机理,奠定发展灰8] Gao dawei, Ma hao, Yu Zhenyan,tal. Monitoring haze 霾遥感监测物理模型的研究基础 vents from the MoDis True-Color Composite Image Serie 系统集成与业务方面,借助于互联网、大数据和 A Case Study of Severe Haze Pollution Event in Zhejiang 人工智能等先进技术,收集与灰霾研究相关的指标 Province [J]. China Environmental Science, 2015, 35(10) 2939-2949.[高大伟,马浩,郁珍艳,等基于连续MODS真彩 数据,建立灰霾遥感监测与模式模拟、预报系统,开 图的霾监测预警新方法—以浙江省一次严重霾污染过程为 展高精度灰霾时空分布监测、可能运移路径与影响 例[]中国环境科学,2015,35(10):2939-2949.] 预报预警,为灰霾污染控制与大气污染治理提供依[9] Feng haixia, Sun dazhi, Shen li,eta. The Analysis of Smog 据,是灰霾遥感监测业务应用的重要环节也是未来 Impacted on the Measured Spectral Curve of the Main ground 发展的重要方向。 ObjectLJI. 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