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- Important changes include the global spread of air pollution, increases in the concentration of tropospheric oxidants, stratospheric ozone depletion, and global waning and climate changes. 重大的变化包括全球空气污染覆盖;对流层氧化物浓度的增加;平流层臭氧减少;全球变暖和气候变化.
- New Idea about Impacts of Stratospheric Ozone Depletion on Lower Layer Air Quality 臭氧层损耗影响低层大气质量的新认识
- The Impact of Stratospheric Ozone Depletion on the Tropospheric Air Quality and Implications for China 臭氧层耗损对对流层大气质量的影响和在中国的响应
- Keywords stratospheric ozone depletion;oxidizing capacity;air quality;acid rain;Qingzang Plateau; 臭氧层耗损;大气氧化性;空气质量;酸雨;青藏高原;
- stratospheric ozone depletion 平流层臭氧耗竭
- Can stratospheric temperature trends be attributed to ozone depletion? 平流层温度趋势能被归因于臭氧减少吗?
- For ozone depletion, we don't use Freon -discharging products. 对臭氧层破坏，我们不用要氟利昂的产品。
- 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?
- The remediation of ozone depletion by chemical and physical method is reviewed. 评述了修复大气臭氧耗损的化学法和物理法.
- It is environmentally friendly with an Ozone Depletion Potential (ODP) of zero. 与环境有关地它对臭氧稀薄化潜能 (ODP) 感到友好零。
- Comment on "Enhanced upper stratospheric ozone: Sign of recovery or solar cycle effect?" By W. Steinbrecht et al. 等人对“上部平流层臭氧增强:是复原式是太阳循环作用的信号?
- One is increasing greenhouse gases, and the other one is the likely recovery of stratospheric ozone. 一个是温室气体增加，另一个是平流层臭氧的可能恢复。
- Intercomparison of Single-wavelength DIAL and Two-wavelength DIAL Stratospheric Ozone Measurements[J]. 引用该论文 胡顺星;胡欢陵;吴永华;周军.
- Scott E,Rowland F S.Chlorofluorocarbons and Stratospheric Ozone [J].J Chem Educ,1987,64(5)：387. 许金火晃;王雄莉.;氟氯烃在臭氧空洞形成中的作用[J]
- So even if all CFC production stopped immediately, the threat of ozone depletion would continue for more than a century. 这样，即使立即停止所有氯氟化碳的生产，臭氧损耗的威胁也会持续一个多世纪。
- Available estimates suggest that the contribution of aircraft emissions to local destruction of stratospheric ozone is at present less than 1%. 有资料显示，目前飞机排放气体对平流层抽样的区域破坏作用小于1%25。
- Reply to comment by D. M. Cunnold et al. On "Enhanced upper stratospheric ozone: Sign of recovery or solar cycle effect? Cunnold等人对“上部平流层面臭氧增强:是复原或是太阳循环作用的信号?”意见的答复?
- Other researchers studying the acid layers in Antarctica have demonstrated that those events, too, probably eroded stratospheric ozone. 其他研究南极酸性岩层的人员，也说明了这些喷发现象很可能消耗平流层的臭氧。
- So even if all CFC production stopped immediately,the threat of ozone depletion would continue for more than a century. 这样，即使立即停止所有氯氟化碳的生产，臭氧损耗的威胁也会持续一个多世纪。
