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- However the atmospheric aerosols notonly consist of nutrient. 然而大气粒子并非仅仅包含营养物质。
- Atmospheric aerosols play a vital role in the process of acidic precipitation. 大气气溶胶在酸性降水中的作用非常重要。
- In the context of atmospheric aerosols, clouds, fogs and rain themselves are atmospheric aerosols. 在大气气溶胶领域里,云、雾和雨本身就是大气气溶胶。
- The influence of the atmospheric aerosol on local and regional atmospheric conditions is readily appreciated. 气溶胶对局部和区域大气状况的影响是很容易鉴别的。
- The atmospheric aerosol affects our weather, our seeing and in some instances our well-being and even survival. 大气气溶胶影响天气,妨碍视线,有时也会影响我们的健康乃至生存。
- Abstract: umber concentration and size distribution of atmospheric aerosols were measured in Beijing by an optical particle counter. 摘 要: 本文对北京地区气溶胶数浓度及其谱分布特征进行了初步研究。
- Since the influences of industrial and anthropogenic activities, the content of atmospheric aerosols increased obviously. 摘要由于工业和人类活动的影响,大气中气溶胶含量明显增加。
- It is shown that the IBA (ion beam analysis) is an important and powerful tool for the study of atmospheric aerosol. 结果表明,多种离子束分析技术的组合使用,为大气气溶胶研究提供了十分重要和有用的工具。
- Ohta, S. and T. Okita, 1990, A Chemical Characterization of Atmospheric Aerosol in Sapporo, Atmospheric Environment, Vol. 24A, No. 4, pp.815-822 . 袁中新、张章堂、袁景嵩、黄明和,1998,高屏地区悬浮微粒物化特徵探讨,第256-263页,1998年气胶研讨会论文辑,1998年10月2日,屏东。
- The atmospheric aerosol particle size distribution can be retrieved using the multichannel MODIS data from two days as example. 从两天个例研究来看,利用多通道MODIS资料可以反演出大气气溶胶粒子的尺度变化。
- The study of the impact of atmospheric aerosol on climate and environment is a heat topic in today's international scientific circle. 摘要大气气溶胶的气候效应和环境效应研究是当今国际科技界的热门课题。
- The results show that the size distribution, diurnal variation, daily variation of atmospheric aerosols have a good relation to relative humidity and Richardson number. 研究结果表明,气溶胶浓度和谱分布存在明显的日变化和逐日变化,并在很大程度上受空气相对湿度和理查森数影响。
- The atmospheric aerosol has important influence to atmospheric radiation and light propagation, but scale height is the key parameter which reflects aerosol height distribution. 大气气溶胶对大气辐射和光传播具有重要影响,而标高是反映气溶胶高度分布特征的关键参量。
- Meteorological Characteristics of the Surface Dust Storm Bearing Yellow Sands Occurred on 8 April 1994 in the Hexi(Gausu)corridor and the Determination of Atmospheric Aerosol. 河西走廊1994-04-08浮尘暴·黄沙的气象特征和大气气溶胶测定
- Continuous observation of atmospheric aerosol scattering properties was conducted from 17 December 2005 to 14 February 2006 in Taiyuan using the Integrating Nephelometer. 利用积分浊度仪于2005年12月17日-2006年2月14日对太原市区气溶胶散射特性进行了观测分析。
- Appel, B.R., E. Hahn, Y. Tokiwa, E.L. Kothny, and J. Hsu, 1985,Visibility As Related to Atmospheric Aerosol Constituents, Atmospheric Environment, Vol.19, pp.1525-1534 . 洪崇轩、袁中新、施志恒、吴明洋,1998,第385-394页,高雄港过港隧道空气污染特性研究,1998年气胶研讨会论文辑,1998年10月2日,屏东。
- Based on the summay of atmospheric aerosol, the study condition about indirect radiative forcing effect of aerosol on climate system was briefly summarized. 在对大气气溶胶概述的基础上,就近年来国内外在气溶胶对气候系统的间接辐射强迫效应研究状况做了简要总结。
- Waggoner, A.P.,Weiss, R.E.,Ahlquist, N.C.,Covert, D.S.,Will, S. and Charlson, R.J., ”Optical Characteristics of Atmospheric Aerosols,” Atmos.Environ.,Vol.15 , pp.2617-2624, 1981. 吴启文,”台湾中部都会区细悬浮微粒粒径分布之污染物特性分析”,国立中央大学环境工程研究所硕士论文,民国85年。
- Waggoner, A.P., Weiss, R.E., Ahlquist, N.C., Covert, D.S., Will, S., and Charlson, R.J. 1981, Optical Characteristics of Atmospheric Aerosols, Atmospheric Environment, 15, 1981-1909. 黄明雄1997,台湾地区大气气胶特性之研究-垦丁气胶组成及浓度对大气能见度的影响,国立中央大学环境工程研究所硕士论文。
- A compact aerosol lidar working with direct detection is introduced.It is used to measure atmospheric aerosols and clouds.The structure of this system and its working principle are illustrated. 摘要介绍了一台用于大气气溶胶和云层测量的小型激光雷达系统,阐述了其系统结构和工作原理。