The result, a hot gas that is then used to create electricity.

结果就是，一种热气体被用来产生电力。

Using the Chandra X-ray observatory, astronomers could map out where that hot gas was.

利用钱德拉X射线台，家可以绘制出这些热气体的位置。

A hotter gas shines more brightly, so the Sun has been steadily increasing in brightness too.

温度越高的气体发出的光越亮，因此太阳的亮度也在稳步上升。

A wall of hot gas will sweep over the earth, through our solar system, and into space.

炙热的气体会在席卷整个地球、整个太阳系后进入太空。

And the really ingenious thing about balloons is how they exploit a crucial property of hot gases.

而热气球真正巧妙的地方在于，它们利用了热气的一个关键特性。

Our star is 2 octillion tons of hot hydrogen gas emitting 400 septillion joules of energy every second.

这颗恒星由2万亿重的热氢气组成的，它每秒释放出400 ^ 10万亿焦耳的能量。

In addition to lava, volcanoes may erupt with searing hot gas formed in the mantle, in a phenomenon called pyroclastic flow.

除了熔岩，火山喷发时还伴有在地幔中形成的灼热气体，这种现象叫做火山碎屑流。

Black holes are not easy to capture on camera because they are surrounded by thick dust material and extremely hot gases.

黑洞易被相机捕捉，因为它们被浓厚的灰尘物质和极热气体所包围。

Huge columns of rising hot gas stretch hundreds of thousands of kilometers high, bringing the Sun's internal heat to the surface.

上升的巨大热气柱绵延数十万公里，将太阳中心的热量带到表面。

This results in long fingers of material we see in silhouette against the hotter gas, like sandbars in a stream.

这就产生了我们在热气体的映衬下看到的长手指状物质，就像河流中的沙堤，形成了轮廓。

Newly forming stars produce a vast outflowing of hot gas, called stellar winds.

新形成的恒星会产生大量热气体，称为恒星风。

The steam that appears to rise from the mountain-like structures is hot, ionized gas.

从山峦般的结构中升起的蒸汽是炽热的电离气体。

Star A luminous body of hot gas that generates energy through nuclear fusion.

恒星A 炽热的气体发光体，通过核聚变产生能量。

That's when magnetic fields and super hot gas violently erupt from the surface, releasing as much energy as ten billion hydrogen bombs.

那时磁场和超热气体会猛烈地从表面喷发出来，释放出近似于 100 亿颗氢弹的能量。

This mission remained active till 2008 and examined the hot gas within the Local Bubble.

这项任务一直活跃到2008年，考察了局部气泡内的热气体。

So the sun is a star, which is a big ball of hot gas in our skies.

所以太阳是一颗恒星，也就是我们空中的一团巨大的热气体。

Hot gas exploded into the lake.

热气在湖中爆炸。

Laplace described a rotating mass of hot gases that cooled and contracted, breaking off rings from its outer edge.

拉普拉斯描述了一个旋转的热气体团， 它冷却并收缩，从其外缘脱落出环状结构。

And really, at that time, there was nothing but very hot hydrogen gas, and a little bit of helium and lithium as well.

说真的，那个时候，宇宙除了滚烫的氢气，还有一点点的氦和锂，其它什么都没有。

When they collide,   they hit hard, exerting pressure that resists gravity's squeeze – so hot gas can't  form stars.

当它们相撞时，会猛烈撞击，产生压力来抵抗引力的压缩——因此热气体无法形成恒星。