The air ozonosphere is one of the important factors affecting the evolution of organisms.
在影响生物演化的诸因素中，大气臭氧层是一个重要因素。
The recent development and advancing trends on ozonosphere protection have been presented in the article.
介绍了有关保护臭氧层的最近动态及发展趋势。
The ozonosphere can absorb the poisonous radiation of the solar ultraviolet to prevent lives from encroaching.
臭氧层能够吸收太阳紫外线的有害辐射使生命体免受侵害。
In order to protect the ozonosphere in the atmosphere, utilization of CFC12 will be forbidden in the near future.
为了保护大气臭氧层，将在不远的将来禁止使用CFC12。
This paper analyzes the reasons why the Ozonosphere has been destroyed and it has pointed out that the major cause is human activity.
本文分析了臭氧层被破坏的原因，其主要原因就是人类的活动。
Moreover, the destruction of the ozonosphere, greenhouse effect, the harm of acid rain are destroyed people's health in a deep extent.
此外，臭氧层的破坏，温室效应，酸雨的危害在很大程度上破坏了人类的健康。
Non-ODS cleaning solvents could not destroy ozonosphere, they have become ideal substitutes for ODS and transitional alternative ODS ones.
非ODS有机溶剂清洗剂不破坏臭氧层，是ODS及过渡性替代ODS清洗剂的理想替代品。
Therefore. it is very important to find out the causes of the loss of the ozonosphere in order to save the ozonosphere and protect the land living things.
因此，探析臭氧层损耗的原因，对于拯救臭氧层，保护地面生物是非常重要的。
This paper states relationship between air - condition refrigeration and environmental protection from the aspects of protecting ozonosphere and warming up of atmosphere.
本文就大气保护制冷行业的关系并从保护臭氧层、大气变暖的角度，论述了空调制冷行业与环保的关系。
Acid rain, greenhouse effect, ozonosphere broken and environmental pollution, etc, do harm to man constantly, and so gas - sensors "research and development is very active".
酸雨、温室效应、臭氧层破环、环境污染等，不断危害着人类，从而，气体传感器的研究与开发十分的活跃。
The atmospheric problems lying ahead of mankind and demanding prompt solution: destroy of ozonosphere, greenhouse effect, acid rain and automobile exhaust pollution were summarized in this paper.
综述了人类面临亟待解决的大气污染问题：臭氧层破坏，温室效应，酸雨和汽车尾气污染。
Methane is a kind of hothouse effect gss being able to destroying ozonosphere. The damages caused by its leakage to atmospheric envelope are followed with interest by every country over the world.
甲烷是一种对臭氧层有破坏作用的温室效应气体，它的泄漏排放对大气环境的影响已引起世界各国的关注。
Methane is a kind of hothouse effect gss being able to destroying ozonosphere. The damages caused by its leakage to atmospheric envelope are followed with interest by every country over the world.
甲烷是一种对臭氧层有破坏作用的温室效应气体，它的泄漏排放对大气环境的影响已引起世界各国的关注。
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