与直接注入的二氧化碳相比，要求较低的二氧化碳压力。
Less CO2 pressure would be required than that needed for direct injection of the CO2.
储藏在这个深度，又受到更高的压力和温度的控制，二氧化碳应该会减少活性，能够无限期地封闭在那里。
Stored at this depth, under higher pressure and temperatures, the carbon dioxide should be less buoyant and remain trapped indefinitely.
无论在陆地还是在海上，往沙岩中泵入二氧化碳一般都要移除海水，因而导致压力的产生。
Both on land and offshore, pumping carbon dioxide into sandstone usually displaces water, causing pressure to build up.
溶解一吨二氧化碳大约需要27吨水，还需要可观的压力和热量。
To dissolve a ton of CO2 requires about 27 tons of water, as well as significant pressure and heat.
为了减少大气中二氧化碳含量，缓解全球变暖压力，研究人员正在寻求一种方法，可以把二氧化碳储存在一个地下储藏室。
To reduce the amount of carbon dioxide in the atmosphere (and therefore lessen global warming), some researchers are studying ways of sequestering it in underground reservoirs.
“如果水层注入足够多的二氧化碳，压力足够高时，岩层活动，触发地震，”英国地质勘查局的安德鲁·查德威克警告说。
"If enough CO2 is injected into an aquifer, it could increase the pressure enough to reactivate a fault and trigger an earthquake," warns Andrew Chadwick of the British Geological Survey.
压力集团绿色和平组织(Green Peace)认为二氧化碳最终不会从地下泄漏出来是不可能的。
Greenpeace, a pressure group, argues that it is impossible to be certain that carbon dioxide will not eventually leak out of the ground.
在湖水650英尺(200米)的压力作用下，这些二氧化碳继续不断溶解于水，这种情况同一瓶苏打水的碳酸化作用相类似。
Under the pressure of 650 feet (200 meters) of water, this carbon dioxide stays dissolved, much like the carbonation in a bottle of soda.
但是美国州法律限制了美国电力公司使用压缩二氧化碳的压力值。
A state permit issued to American Electric Power limits the pressure it can use to inject carbon dioxide into the rock.
这样的深度可以提供足够的压力来将二氧化碳转化为一种超临界液体，这种形态下二氧化碳更容易待着不动。
That depth provides enough pressure to turnCO2 into what is known as a supercritical fluid, a form in which the stuff ismore likely to stay put.
最终只有气候变化自身才能带来负面的经济压力，从而降低二氧化碳的排放量。
Ultimately only climate change itself will bring about the negative economic pressures that will reduce carbon emissions.
这恰是产生在您掀开一罐可乐，在压力下二氧化碳气体能溶解在液体。
This is exactly what happens when you open a can of soda; carbon dioxide gas is dissolved in the liquid and is under pressure in the can.
在压力和温度大于其临界点时，二氧化碳只可能以超临界流体形式存在。
At pressures and temperatures greater than the critical point, carbon dioxide exists only as a supercritical fluid.
除了失重之外，大气成分(二氧化碳浓度)、环境噪声等级、压力水平等都不一样。
In addition to weightlessness, the atmospheric composition (CO2 levels), ambient noise levels, stress levels, etc.
作为这个热门，压力在水中通过的理由，拿起乳化油，泡沫，二氧化碳，水溶性化合物，甚至微小钻头咖啡豆。
As this hot, pressurized water percolates through the grounds, it picks up emulsified oils, bubbles of carbon dioxide, water-soluble compounds and even tiny bits of coffee bean.
“另一位(新)方法使用液态二氧化碳在高压力的设备，说：”八斯拉消费者报告。
"Another (new) method USES liquid carbon dioxide in high-pressure equipment," said Pat Slaven of Consumer Reports.
本文对竖直圆管中超临界压力二氧化碳在低雷诺数条件下的对流换热进行了实验研究和数值模拟。
Convection heat transfer of CO2 at supercritical pressures in a vertical tube at low re was investigated experimentally and numerically.
在密封的容器中，当温度和压力大于其三态点，但是低于其临界点时，二氧化碳液体以及其上部漂浮着的二氧化碳蒸汽将处于一种平衡状态。
At temperatures and pressures above the triple point and below the critical point, carbon dioxide liquid with overlying vapor may exist in equilibrium within a closed vessel.
此外，还有世界要求减少二氧化碳排放所带来的压力。
Moreover, there is growing pressure from the outside world to reduce emissions.
那样，大气的压力会降低，减轻二氧化碳“保护毯”的压力，使得更多的热量能够释放出去。
That'll decrease atmospheric pressure, which will then loosen the weave of the CO2 blanket and allow more heat to escape.
气体压力表适用测量氧气、乙炔、二氧化碳、氩气等介质的压力，氧气表要求严禁接触一切含油成分的液体和气体。
These gauges are designed for measuring the pressure of medium Oxygen, Acetylene, CO2 and Argon. The Oxygen gauge must not touch oil.
本文对超临界压力二氧化碳在烧结多孔介质的竖直圆管中的对流换热进行了实验研究。
Convection heat transfer of supercritical CO2 in a vertical sintered porous tube was investigated experimentally.
本文对超临界压力二氧化碳在烧结多孔介质的竖直圆管中的对流换热进行了实验研究。
Convection heat transfer of supercritical CO2 in a vertical sintered porous tube was investigated experimentally.
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