大气环境监测

BP网络应用于大气环境监测点的优选

Application of BP Network to Selection of Atmospheric Environmental Monitoring Sites

改进密切值法优化大气环境监测布点

Optimization of atmospheric environmental monitoring sites with modified intimate value method

用于大气环境监测的YAG激光雷达技术的现状与动向

Progress trends of YAG Lidar technology in atmosphere environment monitoring

遥感FTIR在大气环境监测中的新发展

Advanced Development of Remote Sensing FTIR in Air Environment Monitoring

智能化大流量TSP采样仪对大气环境监测的贡献

Big Flow TSP Collective Instrument of Intelligence 's Contribution for Air Environment Monitoring

用于大气环境监测的相干探测CO2激光差分吸收雷达，具有报警速度快、探测灵敏度高、作用距离远、探测范围广等优点，已被广泛地研究和应用。

CO2 laser differential absorption lidar used for atmospheric environment monitoring has been widely investigated and used due to the advantage of rapid alarm , high detecting sensitivity , long operational distance , large detecting areas and so on .

开路傅立叶变换红外光谱（OP-FTIR），结合计算机层析（CT）技术，可以用于重构泄漏或发散化学物质浓度的分布，是大气环境监测及工业卫生领域的一种新兴的探测技术。

Open Path Fourier Transform Infrared Spectroscopy ( OP-FTIR ) combined with computed tomography ( CT ) is an innovative technique that can be used for occupational and environmental air monitoring .

准相位匹配（QPM）OPO产生的红外波段光在红外军事对抗、大气环境监测、医学、特殊环境远距离监控以及光谱学研究等诸多领域有重要的应用价值。

Infrared light generated by QPM OPO has significant application in infrared military countermeasures , atmospheric environment detection , medicine , spectroscopy , laser radar and remote sensing .

大气环境监测中KB-120D空气采样泵流量控制的几个问题

Aspects of discharging-control of kb-120d sampling pump in environmental supervision of atmosphere

大气环境监测点位优化的灰色聚类方法

Optimal selection of atmospheric monitoring sites based on grey clustering method

遥感技术在大气环境监测中的应用综述

Summarization of the application of remote sensing in atmospheric environmental monitoring

天津市大气环境监测数据的主成分分析

Analysis of the Principal Components of Atmosphere Environmental Monitoring Data in Tianjin

激光雷达在气象和大气环境监测中的应用

Application of laser radar in monitoring meteorological and atmospheric environment

广州城市大气环境监测系统建设的探讨

Discussion on an urban atmospheric environment monitoring system in Guangzhou

S市大气环境监测优选点位的方案

Optimum Point Plans of Atomspheric Environment Monitoring in S City

化学发光分析方法在大气环境监测中的应用与进展

Applications and Progress in Analysis of Atmosphere Pollutants by Chemiluminescence

辽宁省大气环境监测数据分析系统研究

Research on Date Analysis System for Atmospheric Environment Monitoring of Liaoning Province

特征分析法在大气环境监测布点中的应用

Application of Characteristic Analysis Method in Atmospheric Environmental Monitoring

应用综合分析法优化大气环境监测布点

Optimize Air Environmental Monitoring Points Arrangement by Comprehensive Analysis

对大气环境监测所使用的传感器在软件和硬件方面进行了设计与实现。

Design and achieve software and hardware aspects of atmospheric environmental monitoring sensors .

九五至2010年上海大气环境监测系统规划设计

Planning of Air Pollution Monitoring Network in Shanghai

大气环境监测点的优化布设

Optimal Selection of Environmental Monitoring Point

描述了一台用于大气环境监测的车载激光雷达系统。

A differential absorption lidar system for pollution monitoring for daytime and nighttime operation is described .

大气环境监测的数字化测量

Digital measurement of environment monitoring

选用武汉市大气环境监测资料，应用该方法评价和分析武汉市大气环境质量，取得了令人满意的结果。

The method is successfully applied in the atmospheric environmental quality assessment of the city of Wuhan .

该系统在目标识别、大气环境监测、激光冷却原子等应用中具有重要的价值。

The system has significant practice value of the object recognition , atmosphere supervising and laser cooling of atoms etc.

尤其是在大气环境监测、太空探索和反恐防恐等领域的应用表现出了其他红外检测系统无可比拟的优势。

They have great potential in many applications , such as environment monitoring , space exploration , anti-terrorism and so on .

根据2003年朝阳市大气环境监测资料，分析了朝阳地区大气污染的时间变化特征。

The dynamics of air pollution in Chaoyang during recent years was analyzed , in terms of atmospheric environmental monitoring data in the year of2003 .

在所有环境监测中，大气环境监测显得最为重要，因为呼吸就是生命，大气环境的质量直接影响生命的质量。

Atmosphere monitoring is the most important of all environment monitoring since breathing is life and the quality of atmosphere directly influences the quality of life .

安阳市区域大气环境监测优化布点的研究大高差单向光电三角高程测量中最佳测站位置的确定

Study on Optimal Station Setting forM o-nitoring of Atmospheric Environment in Any-ang Urban Area . The Determination of Optimal Station in One-way Photoelectric Triangulated Height Survey with High Differental hight