The molecular geometries, the proton isotropic hyperfine coupling constants (hfcc) of SO -_2 and SO -_3, and the adiabatic electron affinities (AEAs) of the corresponding neutral molecules have been studied by performinig the quadratic CI calculations including single and double substitutions (QCISD) with the 6-311G(d), 6-311+G(d), 6-311G(2d) and 6-311+G(2d) basis sets.
使用二次组态相互作用(QCISD)方法和 6 3 11G(d),6 3 11+G(d),6 3 11G(2d)及 6 3 11+G(2d)基组研究了SO-2 和SO-3的分子结构,超精细偶合常数(hfcc)及其对应的分子的绝热电子亲合势(AEA)。
The validation of stratospheric ozone measurement by lidar was demon strated by the comparison with ozone results of SAGE Ⅱ and HALOE.
通过与SAGEⅡ和HALOE两个卫星仪器多天的臭氧数据对比，验证了激光雷达观测合肥地区平流层臭氧数据的有效性。
Stratospheric Ozone in Response to Increased Surface CFCs Emissions
平流层臭氧对地表有机氯排放的多耦合响应
Ozone is formed in the stratosphere and mesosphere by photochemical processes.
由于光化过程，在平流层与中层内产生了臭氧。
THE ANALYSIS OF THE RELATION BETWEEN TOTAL OZONE AND THE STRATOSPHERE CIRCULATION OVER THE NORTHERN HEMISPHERE
北半球臭氧总量与平流层环流关系的分析
The Vertical Distribution Characteristics of Ozone during Stratospheric Sudden Warming
平流层爆发性增温过程中臭氧的垂直分布特征
Although ground-level ozone is considered a harmful pollutant, the ozone layer in the stratosphere is beneficial.
尽管地表的臭氧被看成是有害的污染物，但平流层里的臭氧层却是有益的。
Enhanced upper stratospheric ozone: Sign of recovery or solar cycle effect?
平流层上层臭氧的增强:是恢复或太阳周期作用的信号吗？
Ozone Budget in the Lower and Middle Troposphere over North China
我国北方地区对流层中下层臭氧收支
Reactions between oxygen and ultraviolet radiation from the sun create a layer of ozone throughout Earth's stratosphere (upper atmosphere).
太阳辐射紫外线和氧反应在整个地球平流层（上部大气圈）内产生一个臭氧层。
Nitrogen oxides releases directly by supersonic aircraft into the stratosphere contribute directly to the depletion of the ozone layer.
由超音速飞机直接排放到平流层中的氧化氮会直接导致臭氧的消耗。
The Relationship Between the Change of Ozone Layer and the Epidemic Meningitis and the Spread of Bubonic Plague;
臭氧层变化与流行性脑膜炎及鼠疫流行的关系
Ozone enhancement was observed in the lower troposphere over Kunming on21 March2001 using electrochemical concentration cell ozonesondes.
2001-03-21在昆明用电化学臭氧探空仪探测到了对流层低层异常的高浓度臭氧分布。
ozone-depleting refrigerant
消耗臭氧层的制冷剂
The AOL is breaking up.
人工臭氧层正在破裂。
Trust Fund for Protection of the Ozone Layer
保护臭氧层信托基金
Vienna Convention on the Protection of Ozone Layer
保护臭氧层维也纳公约
potentially ozone (layer)-depleting substance
可能消耗臭氧层物质
World Plan of Action on the Ozone Layer
世界臭氧层行动计划
Industry Cooperative for Ozone Layer Protection
保护臭氧层工业合作社