Atmospheric Pollutant

美 [ˌætməsˈferɪk pəˈluːtənt]英 [ˌætməsˈferɪk pəˈluːtənt]
  • 大气污染物
Atmospheric PollutantAtmospheric Pollutant
  1. Method for Total Emission Control of Atmospheric Pollutant and Case Study

    城市大气污染物总量控制规划方案及方法研究

  2. Wind Data of Different Observation Frequency Impact on Atmospheric Pollutant Dispersion

    不同观测频次的风资料对大气污染物扩散的影响分析

  3. Genetic algorithm based method of atmospheric pollutant total emission control

    基于遗传算法的大气污染总量控制新方法

  4. Study on the isolation method for the different states of atmospheric pollutant

    不同状态的空气污染物分离方法的研究

  5. Application of Optimization Method in Atmospheric Pollutant Amount Control

    最优化方法在空气污染物总量控制中的应用

  6. Implementation of the trade policy of atmospheric pollutant emission in China

    大气排污交易政策在我国的试点

  7. Promoting Total Atmospheric Pollutant Emission Control and Deepening Atmospheric Environmental Management

    推动大气污染物排放总量控制深化大气环境管理

  8. Prediction of atmospheric pollutant concentration using artificial neural network

    大气污染物浓度的神经网络预报

  9. A Multi-source Modeling System for Genetic Algorithm Based Method of Atmospheric Pollutant Total Emission Control

    大气污染总量控制GA方法中的多源模拟系统

  10. Technical Principles for Implementing the Trade Policy of Atmospheric Pollutant Emission in China

    大气排污交易政策实施的技术原则

  11. A Forecast Method of the Density of Atmospheric Pollutant in Fuzhou City

    福州市空气污染浓度预报方法

  12. Modeling and application of emission threshold of atmospheric pollutant to achieve the standard

    大气污染物达标排放阈值模型的建立与应用

  13. Application of Atmospheric Pollutant Long-term Diffusion Model

    大气污染扩散长期模型的应用研究

  14. Comparison of Calculation Methods for Daily Average Concentration of an Atmospheric Pollutant in a Zone

    区域大气污染物日均浓度不同计算方法的比较

  15. Analysis on the Atmospheric Pollutant of Jiexiu City 's Straw Power Generation Project

    介休市秸秆发电项目大气污染物排放分析

  16. Numerical simulations of atmospheric pollutant transport and diffusion in the coastal region

    海岸地区空气污染物输送与扩散的数值模拟

  17. Investigation of variation law of atmospheric pollutant concentration in Yu-lin City

    榆林市大气中主要污染物浓度变化规律初探

  18. Influence of Precipitation Situation on dilution of Atmospheric Pollutant Concentration in Harbin

    哈尔滨市降水形势对大气污染物浓度稀释的影响

  19. Study on Scanning Differential Optical Absorption Spectroscopy for Monitoring Vertical Profiles of Atmospheric Pollutant

    大气污染物垂直廓线扫描差分吸收光谱方法研究

  20. Desulphurization and market analysis after fossil-fuel power plant new atmospheric pollutant emission standard carried out

    火电厂大气污染物排放新标准实施后电站脱硫技术与市场分析

  21. Spatial-Temporal Characteristics of the Influence Atmospheric Pollutant on Surface Solar Radiation Changes for Chinese Key Cities

    大气污染对中国重点城市地面总辐射影响的时空特征

  22. Using area pollutant emission equimolar concept to formulate total atmospheric pollutant emission control plan

    大气污染总量控制方案的区域排放当量制定方法

  23. The above discussion and suggestions are good for improving the method of Total Quantity Control of Atmospheric Pollutant .

    这些问题的探讨和改进建议,有助于大气污染物总量控制方法的进一步完善。

  24. Automobile exhaust NOX ( mainly NO ) is a major atmospheric pollutant .

    汽车尾气排放的NOx(主要是NO)是城市大气的主要污染源之一。

  25. Airborne particles are the main atmospheric pollutant in China and have seriously harmful effect on human health .

    空气悬浮颗粒物是我国目前主要的室外大气污染物,对人体健康具有很强的危害性。

  26. Exposure to this atmospheric pollutant usually occurs in industrial situations and in the chemical industries .

    对这种大气污染物的暴露,通常发生在工业区和化学工业中。

  27. Problems Analysis of Atmospheric Pollutant Supraposition and Reduction in Environmental Influence Assessment of Heat-engine Plant

    火电厂环境影响评价中大气污染物的叠加、削减问题分析

  28. Distribution of the atmospheric pollutant concentration over the District of Dachang in Nanjing Suburbs

    南京大厂区大气污染物的浓度分布

  29. Discussions on the Problems of Atmospheric Pollutant Emission Standard of Thermal Power Plants in China and Proposals for Its Revision

    我国火电厂大气污染物排放标准问题探讨及修订建议

  30. The differential optical absorption spectrometry ( DOAS ) for atmospheric pollutant monitoring is simulated in laboratory .

    在实验室内模拟测量了实际大气中污染气体的差分吸收光谱(DOAS)。