对流层臭氧

MOZART-2对欧洲地区对流层臭氧的模拟研究

A Simulation Study of Tropospheric Ozone over Europe with MOZART-2

双差分测量对流层臭氧的实验研究

Experimental studies of dual dial method for tropospheric ozone measurements

对流层臭氧表现出冬季高，夏季低特征，可能是NOx的光化学破坏作用和平流层向下输送共同作用的结果。

Troposphere ozone showed higher concentration in winter and lower in summer , which may be induced by NOx photochemical destruction and stratosphere downward transport . 6 .

另一方面NO3与N2O5和雨滴或气溶胶颗粒物发生的异相反应则是大气中氮氧化合物NOx（NO，NO2）的主要清除过程，从而可以减轻对流层臭氧污染。

Besides , the heterogeneous reactions of NO_3 and N_2O_5 in aerosol and rainwater are the main scavenging processes of NO_x in atmosphere , alleviating the ozone pollution in troposphere .

对流层臭氧浓度升高对植物的影响

Research Advance in the Effect of Elevated Tropospheric O_3 on Plant

我国对流层臭氧增加对气温的影响

The Influence of Increasing Ozone in Troposphere on Air Temperature in China

长江三角洲地区对流层臭氧的变化趋势

Long-term Trend of Tropospheric Ozone over the Yangtze Delta Region of China

当前对流层臭氧数值模式研究中的若干问题

Scientific Problems in Current Numerical Studies of Tropospheric Ozone

2001年春季临安地区对流层臭氧异常增加的一次过程分析

Analysis of an Extraordinary Tropospheric Ozone Enhancement Event at Lin-An in the Spring of 2001

生物质燃烧对东南亚及中国南方对流层臭氧含量影响的模拟研究

Simulation of Effects to Tropospheric Ozone over South East Asia and South China from Biomass Burning

中国地区对流层臭氧变化和分布的数值研究

A numerical study of the variations and distributions of tropospheric ozone and its precursors over China

区域气候模式和大气化学模式对中国地区气候变化和对流层臭氧分布的模拟

Using Regional Climate Model and Atmosphere Chemical Model to Model Regional Climate and Ozone in Troposphere over China

中国及邻近地区污染排放对对流层臭氧变化与辐射影响的研究

Researches on the Influence of Pollution Emission on Tropospheric Ozone Variation and Radiation over China and Its Adjacent Area

分析表明天气动力输送过程对对流层臭氧垂直分布变化有重要作用。

Our results illustrate that the synoptic process has significant impact on the variations of ozone vertical distribution in troposphere .

土壤微生物对大气对流层臭氧浓度升高的响应是全面评价臭氧浓度变化对陆地生态系统影响的关键。

Elevated tropospheric O3 concentration has altered the whole biosphere and eco-environment worsely , and has influenced indirectly on soil microbes .

对流层臭氧浓度的分布与气流的辐合辐散存在较好的对应关系，辐合区臭氧浓度较高，辐散区臭氧浓度较低。

In addition , higher ozone concentrations are coincided with the air convergence , and the lower are related to the air divergence .

在较高的温度下容易缩合积碳，在汽车发动机进气阀及燃烧室中生成沉积物，影响汽车的排放及使用性能，烯烃挥发排入大气，会加速对流层臭氧的生成，形成光化学烟雾。

While under high temperature the olefin is liable to carbonize and produces sediment in the engine which greatly influences the function of the automobile .

生物体冻结研究东南亚地区生物体燃烧影响华南地区对流层臭氧垂直分布的个例分析

Theoretical analysis on the heat and mass transference during freezing of a organism influence of biomass burning in Southeast Asia on the lower tropospheric ozone distribution over South China

利用耦合的区域气候模式和大气化学模式模拟对流层臭氧的产生、分布和对辐射传输、地表温度、气温等的影响。

The effects of ozone in troposphere on climate factors such as radiative forcing , surface temperature air temperature , have been discussed by coupling regional climate model and chemical model .

利用区域气候和大气化学模式系统，对2000年春季生物质燃烧排放影响东南亚及中国南部地区对流层臭氧含量进行模拟研究。

The ozone variation led by biomass burning in Spring 2000 over South East Asia and South of China region was simulated with a combined regional climate model and atmospheric chemical model .

利用双向耦合的区域气候模式和大气化学模式系统，研究了中国与邻近地区人为污染排放引起对流层臭氧变化和产生的辐射强迫。

A coupling model of regional climate model and atmospheric chemistry model has been used to simulate increments of tropospheric ozone , radiation and climate effects of ozone which are caused by anthropogenic emission over China and the Indo-China Peninsula .

全球平流层-对流层之间臭氧通量的时空演变研究

A study of spatial-temporal evolvement of the global cross-tropopause ozone mass flux

碳黑颗粒物还具有抑制对流层中臭氧形成、干扰局部地区水文循环和降低能见度的其他环境效应。

Particulate matter of black carbon is involved also in other different environmental problems , such as reduction of tropospheric ozone formation , hydrology cycle disruption and visibility impairment .

对流层顶臭氧质量比纬向距平的季节变率表现出准半年变化趋势，且两半球变化趋势相反。

The seasonal variation of the global tropopause zonal mean ozone mass mixing ratio anomalies has obvious quasi - semiyearly variation , and has opposite connection between Northern Hemisphere and Southern Hemisphere .

采用区域气候模式与大气化学模式相连接的模式系统，模拟研究了对流层垂直臭氧分布变化量对东南亚生物质燃烧排放源强变化的响应程度。

The model system of regional climate model linked with atmospheric chemical model is applied to simulate the response of variation of the vertical distribution of the tropospheric ozone to the intensity of emission from biomass burning in South Asia .

但是，由于对流层中臭氧前体物排放量的增加，特别在大城市，产生的高浓度臭氧会对大气环境造成严重污染，对人类、动植物和生态环境具有极大危害。

However , due to the increase in the emission of ozone precursors in the troposphere , particularly in large cities , the generated ozone with high concentrations can lead to severe pollution , which is harmful to humans , animals , plants and ecological environment .

大气对流层顶的臭氧时空分布变化

Change The variation of spatial-temporal distribution of the global tropopause ozone

我国北方地区对流层中下层臭氧收支

Ozone Budget in the Lower and Middle Troposphere over North China

东亚地区平流层、对流层交换对臭氧分布影响的模拟研究

Simulation of Stratosphere-Troposphere Exchange Effecting on the Distribution of Ozone over Eastern Asia

南亚地区生物体燃烧对昆明地区对流层中下层臭氧浓度的影响

Influence of Biomass Burning in South Asia on Lower Tropospheric Ozone Concentration over Kunming