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THE POTENTIAL ROLE OF NUCLEAR ENERGY FOR CO_2 EMISSION REDUCTION IN FUTURE CHINA

机译:核能在减少未来CO_2排放中的潜力

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摘要

The increase in atmospheric CO_2 which results primarily from combustion of fossil fuel is an important cause of the global warming. According to the assessment of the Working Group I of IPCC, the estimated contribution of CO_2 to the total radiative effect from 1980 to 1990 is of the order of 55%. The major share (some 75 %) of man-made CO_2 emissions is caused by energy-related activities. The need to limit CO_2 emission from the production of energy has commanded more international attention in recent years. So too, has the potential role of nuclear power - which is free of CO_2 emission - for electricity generation, a growing component of energy production systems worldwide. Nuclear power is one of the energy sources that has contribute substantially, and could contribute even more in the future, to the lowing of greenhouse gas emissions in to the atmosphere.
机译:主要由化石燃料燃烧导致的大气CO_2的增加是造成全球变暖的重要原因。根据IPCC第一工作组的评估,从1980年到1990年,CO_2对总辐射效应的估计贡献约为55%。人造CO_2排放量的主要份额(约75%)是由与能源有关的活动引起的。限制能源生产中的CO_2排放的需求近年来引起了国际上的更多关注。同样,无CO 2排放的核电在发电方面也具有潜在的作用,发电是全球能源生产系统中日益增长的组成部分。核能是对降低大气中温室气体排放量做出巨大贡献的能源之一,并且将来可能会做出更大贡献。

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