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散逸

na.【物】dissipation
网络dissipate; dispersal

散逸

英-汉网络释义

散逸

na.

1.【物】dissipation

2

Stray mines began to turn up off the Pacific coast , imperiling commercial shipping .

散逸的水雷开始在太平洋海岸出现而危及商船的航行。

3

If hydrodynamic escape were vigorous enough to sweep up xenon , why did it not sweep up everything else in the atmosphere along with it?

如果流体动力散逸强到足以扫除氙，那为什麽没有连带清除大气中所有的一切呢？

5

Ions and high frequency electromagnetic radiation from the sun are responsible for dislodging the atoms in the exosphere .

离子和来自太阳的高频电磁辐射负责松脱的散逸层中的原子。

7

But planetary scientists have begun to appreciate that the escape of gases plays as big a role as the supply .

不过行星科学家已经开始认为，气体散逸扮演的角色和气体供给同等重要。

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Hydrodynamic escape may have stripped Titan of much of its air, too.

流体动力散逸可能也剥夺了土卫六的大部份大气。

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Atmospheres rich with hydrogen are the most vulnerable to hydrodynamic escape .

富含氢的大气最容易因为流体动力散逸而减少。

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15 heat loss : A quantitative value of energy flow from a pipe , vessel , or equipment to the surrounding ambient .

热损失：从管道、容器，或设备散逸到周围环境中的能量的数值。

16

The amount of heat flowing into the volume element exceeds the amount leaving it.

流进该体积单元的热量超过它散逸的热量。

19

gases trap heat and prevent its escape from the atmosphere into space .

温室气体会蓄热并阻止热量从大气向太空散逸。

22

Provision must be made for water vapour to escape .

应采取措施使水蒸气散逸。

23

Recognizing the importance of atmospheric escape changes our perspective on the solar system .

认清大气散逸作用的重要性，改变了我们对太阳系的看法。

24

Hydrodynamic loss would also explain why astronomers find no large planets much closer to their stars than HD 209458b is.

流体动力散逸也能解释，为什麽天文学家无法在 HD209458b 的轨道之内找到大型行星。

25

Jeans escape also partly explains why our moon is airless.

金斯散逸是月球没有大气的原因之一。

27

Those atoms could simply drift from the planet into space .

这些原子将会散逸进入太空。

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In fact , astronomers have seen the telltale signs of hydrodynamic escape outside the solar system , on the Jupiter-like planet HD 209458b.

事实上，天文学家已经在太阳系外发现，类似木星的行星 HD209458b 有流体动力所造成的大气散逸的迹象。

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So if hydrogen were present , more chlorine-37 would escape the magma along with chlorine-35.

所以，如果存在氢元素，更多的氯 37 就会与氯 35一起自岩浆中散逸。

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Dissipative of Functional-Differential Equations with Proportional Delays

一类比例延迟系统的散逸性

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