Fussy matter-element matrix and weight matrix are established to calculate the related degree values among the sites which can be used to optimize the atmospheric monitoring sites.

This platform aims to support the realtime Beijing's Olympic atmospheric monitoring and gives directions for our further CAS informatization projects.

该协同平台是支持北京奥运期间大气监测的信息化实战演练，为下一步的协同环境信息化建设提供了初步指导。

The optimal number of sites for atmospheric monitoring using characteristic analysis method and a realization of MATLAB ( MATrix LABoratory) language has been proposed and introduced.

提出了运用特征分析方法优化大气监测布点，并介绍了该方法的MATLAB语言实现过程。

The photomultiplier tubes ( PMTs) are an optical sensor that is used widely in atmospheric monitoring instruments.

光电倍增管是一种用途广泛的高灵敏度光传感器。

Compared with the values calculated from the element carbon content of the East Asia atmospheric monitoring net they are in good agreement.

同时与用东亚大气监测网中元素碳含量值计算得到的k值相比较，两者比较符合。

An Atmospheric Monitoring Sensor with High Sensitivity-Photomultiplier Tubes

适用于大气监测的高灵敏度传感器&光电倍增管

Envisaging Marine Atmospheric Monitoring in China

中国海洋大气监测方案的设想

A Model of Atmospheric Monitoring Siting with Multi-objective Programming

大气监测布点多目标规划模型

Fuzzy accumulation analysis of optimal atmospheric monitoring station-setting in Mianyang City

绵阳市城区空气优化布点的模糊聚类分析

Study On Quality Control in Outdoors Environmental Routine Atmospheric Monitoring

大气例行监测外场质量控制的研究

Optimal selection of atmospheric monitoring sites based on grey clustering method

大气环境监测点位优化的灰色聚类方法

A Study on Atmospheric Monitoring Based on Differential Optical Absorption Spectroscopy

基于差分吸收光谱技术的大气气体监测的研究

Grey Clustering Method was applied to optimize the selection of atmospheric monitoring sites.

运用基于灰色关联度的聚类分析方法实现了常德市大气监测点位优化。

Differential Optical Absorption Spectroscopy and Applications in Atmospheric Monitoring Studies

差分吸收光谱技术及在大气监测领域中的应用

At first, an short introduction to the atmospheric radiation transferring model is given, then the factors impacting the aerosol optical depth inversion have been analyzed one by one, which include apparent reflectance, surface reflectance, geometry condition, atmospheric water vapor content and aerosol modes.

首先介绍了大气辐射传输模型；然后找出影响大气气溶胶反演的各个因素后逐一模拟分析，这些因子包括表观反射率、地表反射率、几何位置的变化、大气水汽含量和气溶胶模式等。

Based on the basic course of the atmospheric radiation, the course mainly introduces the theory of radiative transfer in atmosphere, clouds and aerosols, and some practicable methods on atmospheric radiative transfer compute, and discusses the principles of radiative transfer to application on remote sensing.

本课程从大气辐射的基本过程出发，主要介绍了大气、云和气溶胶中的辐射传输理论和一些较好的实用解法，讨论了辐射传输原理在遥感上的应用。

With such means as density-slice, post-grade comparison and image difference, the images after geometric correction and atmospheric radiation correction can audio-visually and quantitatively reflect the temporal and spatial variations in the concentration of suspended sediments in different years.

经几何校正和大气辐射校正后的影像，通过密度分割、分级后比较和影像差值等变化检测技术，直观和定量地反映了研究年间悬浮物浓度在时间和空间分布上的变化。

Formation of sulfuric acid aerosol form a binary mixture of sulfuric acid and water is one of the most important processes of secondary particles formation in troposphere, which can seriously affect the atmospheric radiation balance and climate change directly or indirectly.

由硫酸-水组成的二元混合物形成硫酸气溶胶过程是大气对流层中二次粒子形成的一个重要途径，它直接或间接的影响大气辐射平衡和气候变化。

The development of optical imaging Simulation is introduced, and space remote sensing image simulation process based on the leaf area index and other surface parameters is studied in the paper, which anglicizing the surface reflectivity, atmospheric radiation transfer and optical sensor theory.

本文在系统地介绍了国内外光学成像仿真技术发展概况的基础上，分别对地表反射率生成、大气辐射传输、光学传感器原理进行了分析，提出基于叶面积指数等地表参数的航天遥感图像仿真流程。

With measured data, this paper puts forward a modified downward atmospheric radiation assessment model based on Iziomon ( 2003)'s model and the measurement information. A better match between the estimation value and the actual measured value is achieved.

本文依据实测资料，对Iziomon（2003）昙天大气下行辐射估算模型进行修正，修正后的模型估算值与实测值非常接近。

Black carbon ( BC) aerosol recently is a very active research topic, because it has similar effect to global climate warming with green house gases due to its ability of absorbing solar and atmospheric radiation.

黑碳气溶胶是近几年非常活跃的一个研究课题，因为黑碳气溶胶吸收太阳和地球大气的辐射，对全球气候变暖有重要的影响。