温室效应

温室效应的具体影响无法知道。

The specific impact of the greenhouse effect is unknowable .

我们完全处于温室效应中。

The greenhouse effect is well and truly with us .

通过GIS数据查看器来观测数据，全球温室效应变得更为明显。

Global-warming effects become far more apparent when visualized in GIS data viewers .

CO2引起的温室效应及其经济影响

The greenhouse effect of co , and its economic effect

大气中CO2浓度升高以及由此所引起的温室效应已成为人们普遍关注的议题。

Changes in the atmospheric concentration of CO_2 has brought about great concern .

将新设计的锂改性材料推广，应用于CO2的捕获，以抑制温室效应。

The newly designed Li-modified MOFs were applied to CO2 capture .

CO2增加引起的温室效应对我国沿海台风影响的数值模拟试验

Impacts of greenhouse effect on Typhoon over China as simulated by a regional climate model

近几年CO2引起的温室效应越来越受到重视。

Recently , green house effect is paid more and more attention .

CO2作为一种主要的温室效应气体，其引起的环境问题已受到越来越多的关注。

Environmental problems caused by the major greenhouse gas have received more and more attention .

O2/CO2燃烧技术又称为富氧燃烧技术，它是针对CO2减排控制温室效应提出的新型燃烧方式。

Oxy-fuel combustion is a new technology which aimed at the control of CO2 emission .

例如研究温室效应就要对整个生命循环中CO2的排放进行分析。

Examining global issues , such as CO 2 emissions , requires a comprehensive life cycle analysis .

自然工质CO2的应用对减少温室效应和臭氧层破坏具有重要意义。

The application of natural refrigerant CO2 is significant to reduce CO2 greenhouse effect and ozone depletion .

如何减少大气中CO2的含量，缓解温室效应，已成为世界关注的焦点。

It has become a world focus that how to reduce CO_2 in the air , buffering " greenhouse effect " .

甲烷是重要的温室效应气体之一，它们对温室效应的贡献仅次于CO2，居第二。

Methane was one of many important green-house gases . It placed secondary important role in green-house effect .

本文研究了北半球冬季大气环流结构对CO2温室效应的响应特征。

In this paper , the response characters of general circulation structure to CO2 greenhouse effect in northern hemisphere during winter arc studied .

二氧化碳（CO2）等气体把人为产生的热量阻拦在低层大气中而产生温室效应。

Gases such as carbon dioxide ( CO2 ) create a greenhouse effect by trapping human-induced heat in the lower atmosphere .

大气CO2浓度不断升高以及由此带来的温室效应已成为全球变化研究的热点问题之一。

In recent years , atmospheric CO2 concentration incessantly increasing and greenhouse effect induced have already become one of studies of global change focus on .

利用“铁肥”方法增加海洋初级生产力、吸收大气中的CO2、降低温室效应是目前国际上的一个研究热点。

It is an international hotspot by using " iron fertilizer " to increase marine primary productivity , absorbing atmospheric CO2 and reducing the greenhouse effect .

自工业革命以来，不断增长的燃料消耗导致大气中CO2浓度日益升高，由此所产生的温室效应已经受到全世界的普遍关注。

Since the industrial revolution , increasing fuel consumption led to ever-increasing concentration of atmospheric CO2 , the greenhouse effect have caused concern around the world .

N2O是一种痕量气体，对大气化学和温室效应具有重要影响。

N_2O is the most important trace gas , that greatly influences atmosphere chemistry and greenhouse effect .

CO2是大宗工业生产的主要排放物，是引起温室效应的气体，同时又是潜在的碳源和氧源。

Carbon dioxide , one of greenhouse gas and a bulk industry emissions , can be reused as a renewable resource of carbon and oxygen for producing chemistry .

氟利昂（CFCs）的大量使用带来了破坏臭氧层和产生温室效应两大全球环境问题。

CFCs had bring with two global entironment problems : destroying ozonosphere and greenhouse effect .

当前，大气CO2浓度不断升高，温室效应加剧，使得碳循环研究成为全球关注的热点问题。

At present , with the situation of atmospheric CO2 concentration elevating and the greenhouse effect intensifying , carbon cycle has been one of hot topics in the world .

其中CO2是温室效应产生的根源，而SO2、NOx导致了酸雨沉降。

And the pollutants from coal combustion influence reversely on environment , among them CO2 is greenhouse gas , while SO2 and NOx is the cause of acid rain .

岩溶地区大气CO2浓度较非岩溶区低，土壤CO2浓度较非岩溶地区高，因此，岩溶区土壤CO2的源与汇问题成为碳循环和温室效应研究的重点。

The research on dynamics of soil CO2 concentration is very important to research on the dynamics of atmospheric CO2 The atmospheric CO2 concentration in the karst district is lower than other districts .

采用CO2作地下储气库垫层气，既可节省沉积资金，又可实现碳隔离储存，减少温室效应。

It can save the aggradations cost , realize the deposits of carbon sequestration and reduce the greenhouse effect to use CO_2 as the cushion gas of underground gas storage .

全球极端气候频发，CO2大量排放所导致的温室效应已严重影响了全球经济和环境的可持续发展，CCS技术作为一种有效控制CO2排放的技术，目前受到世界各国的重视。

The frequent occurrence of extreme weather events and the greenhouse effect caused by large emissions of CO2 have seriously affected the global economic and environmental sustainability .

在水泥混凝土技术中，每生产一吨水泥熟料则同时排放一吨CO2气体，众所周知，CO2气体对温室效应的影响很大。

Ton CO_2 gas will be let off when 1 ton cement clinker is manufactured in the technology of cement and concrete . Coming to light , CO_2 will results in greenhouse effect seriously .

近年来，杜氏盐藻也成为固定大气中CO2，减少温室效应，并产生生物能源的研究热点。

Recently , Dunaliella salina as a source of lipids and subsequent biodiesel production , which can also fix atmospheric carbon dioxide and reduce global warming , has become research focus .

大气CO2浓度增加引起的温室效应是造成全球变暖的主要原因，因此正确认识气孔参数与大气CO2浓度的相关性，有助于正确预测全球气候变化的趋势。

Greenhouse effect owing to atmospheric CO_2 enrichment is a great cause of global warming . Accordingly , understanding the relation between stomatal parameter and atmospheric CO_2 concentration is advantageous to predicting global climate trend .