It shows the base of the jet of hot plasma, the light around the darkness of a black hole from hot plasma falling into it, and the central dark area.

显示了热等离体喷流的底部、热等离体所坠入的黑洞阴影周围的光线，以及中心暗区。

Plasma shines because it's hot, but as it cools it dims.

等离体发光是因为是热的，但当冷却时，就变暗了。

It's so dense, it's ten times the density of lead, and you would think at that density it should be a solid, but it's not because it's so hot that remains a plasma.

是如此的密，其密度是铅的10倍，你会认为那么高的密度会是一个固体，但不是，由于是如此的热，保留等离状。

The thunder is a CME, consisting of millions of tonnes of hot magnetic plasma that crosses the 150 million kilometres between the Sun and Earth in less than a day.

这雷震是一场CME，包含数十亿吨的热而磁性的等离体，在一天的时间内于太阳和地球之间跨越了1。5亿千米。

Eventually, it gets so hot that the atoms in the steam, the air, and even the grape juice have their electrons stripped off, and you get a bunch of plasma.

最后当变的太热的时候，蒸汽、空气，甚至葡萄汁里的原扯下了电，之后你就得到了等离体。

In 2010, scientists at CERN smashed heavy ions and created a tiny fireball inside the LHC that was so hot, protons and neutrons melted into their fundamental components called quarks and gluons.

2010 年，欧洲核研究中心的科学家粉碎重离，在大型强对撞机内部创造了一个非常热的小火球，质和中融化成们的基本成分夸克和胶。

The CEA noted that in future experiments, scientists will also aim to heat the plasma to higher temperatures and examine the effects the hot plasma has on their testing machine.

CEA指出，在未来的实验中，科学家还将致力于将等离体加热到更高的温度，并检查热等离体对他们的测试机器的影响。

It's so hot inside the Sun that electrons are stripped from their parent atoms in the gas, creating what's called a plasma, a gaseous soup of charged particles.

太阳内部非常热，以至于电从气体中的母原中剥离出来，形成了所谓的等离体，即一种带电粒的气体。

Bedrock, melts into  seething hot plasma at tens of thousands of degrees celsius.

地壳融化成数万摄氏度的沸腾热等离体。

Experts say lithium-ion batteries can overheat and go into what's called thermal runaway.

专家表示，锂离电池可能过热并进入所谓的热失控状态。

You heat that fusion plasma that circles around, that's well confined, until it finally gets hot enough that it starts to fuse.

你加热周围环绕的聚变等离体，很好地限制， 直到最终变得足够热， 开始聚变。

And then we can create increasingly hot pieces of that plasma in our laboratories, and we can put those pieces together.

然后我们可以在实验室中制造出越来越热的等离体碎片，并将这些碎片组合起来。

Then, in February 2003, a small space observatory called Cosmic Hot Interstellar Plasma Spectrometer (CHIPS or CHIPSat) was launched.

然后，在2003年2月，一个名为“热星际等离体光谱仪”（CHIPS或CHIPSat）的小型空间天文台发射升空。

It'd be the giant clouds of hot plasma and electromagnetic radiation that the Sun spews out.

太阳喷出巨大的热等离体和电磁辐射云。

So you had this transition from this sort of hot plasma to this cool neutral gas when the universe cooled down after the sort of hot Big Bang phase.

所以在经历了热的大爆炸阶段后冷却下来，从这种炽热的等离体转变为较冷的中性气体。

This is because hot plasma, like the plasma in the flame of a candle, is not transparent.

这是因为热等离体，就像 蜡烛火焰中的等离体一样，是不透明的。

He suggested that the universe began in a state of highly compressed hot plasma – a sort of hot soup of elementary particles.

他认为起源于 一种高度压缩的热等离体——一种 基本粒的热汤。