We're using a bowl of plasma energy in breaking apart hydrocarbon and reaming the carbon down on seeds of diamond, atom by atom CRANE: How long does it take to produce one of these?

我们正在用一份等离子体能量来分解碳氢化合物，把碳原子放在制造钻石的，一个原子一个原子地排列。克莱恩: 要多久才能生产出这样的产品?

The sun has hurled plasma and other magnetic activity toward the Earth.

太阳向地球发射了等离子体并进行了其他磁活动。

It shoots out a plasma blade that's hotter than 5,000 degrees Fahrenheit.

它射出的等离子体刀片的温度超过5000华氏度。

Instead of traveling across the radiative zone and hitting your eye, the light waves slam into electrons and other particles in the plasma.

光波不会穿越辐射区然后击中你的眼睛，而会撞电子和等离子体中的其他颗粒。

And that plasma blows off of the surface like a rocket.

等离子体就像火箭一样从表面喷出。

This is what people are talking about when they refer to the dangers of solar storms and coronal mass ejections, which are essentially when the Sun spews out plasma that, along with its embedded magnetic field, can reach Earth.

这就是人们口中的太阳风暴和日冕物质抛射的危险问题，本质是太阳喷出等离子体，连同它的嵌入磁场，到达地球。

Another such blast drives off solar material called plasma.

另一种这样的爆炸会释放出被称为等离子体的太阳物质。

You could just get a bunch of iron and plasma and put it together.

你可以买大量的铁和等离子体，然后将它们组装起来。

They'll create magnetic fields strong enough to contain the superhot plasma created by fusion.

超导体能制造出足够强大的磁场，控制住聚变产生的超高温等离子体。

Then, there are Coronal Mass Ejections, which rip millions or billions of tonnes of plasma from the Sun's atmosphere, catapulting it through the Solar System at speeds of up to 9 million kilometres per hour.

然后就产生了冠状物质的喷射，它用900万千米每小时的速度弹射通过了太阳系，夺走了太阳大气层的数十亿或数百万的等离子体。

But if the magnetic loops tangle up, they prevent the plasma from sinking back down into the Sun, like a knot in a shoelace prevents it from going through the eyelet on your shoe.

但是，一旦磁环纠缠在一起，它们就会阻止等离子体重新沉入太阳，就像鞋带的结是为了防止它穿过你鞋的鞋带孔一样。

When you take that uniform solution and you want to isolate your plasma, if you put into the machine and then the centripetal force forces the densest thing to the outside, that's why it's angled.

当你得到均匀的溶液并想分离等离子体时，如果你放入机器，然后向心力将最致密的东西推到外面，这就是它成角度的原因。

Consisting of three main buildings, the project is centred around the tokamak, a magnetic chamber that will contain the plasma created when particles are heated to over 150 million degrees Celsius and collide to produce fusion energy.

该项由三栋主要建筑组成，以托卡马克为中心，托卡马克是一个磁性装置，可以容纳当粒子加热到超过 1.5 亿摄氏度并碰撞产生聚变能时产生的等离子体。

Once that fireball stops and it cools down, the plasma just turns into regular gas again, and there's nothing to worry about, except, probably, for your broken microwave oven.

当火球消失然后它冷却下来时，等离子体又变为了普通的气体，没什么其它需要担心的，除了你坏掉的微波炉。

A smooth dense plasma of particles might not seem organized and low-entropy, but when the density of matter is extremely high, the gravitational force between particles is enormous.

一个光滑稠密的粒子等离子体似乎不是有组织且低嫡的，但当物质密度极高时，粒子间的引力就会非常大。

When this shockwave of plasma reaches a planet, it can cause geomagnetic storms which tears electrons from electronic devices and may even expose any present life to cosmic radiation.

一旦这些等离子体的冲击波抵达行星将会引发磁暴，磁暴会夺走电子设备中的电子，甚至可能会使所有生物都暴露在宇宙辐射中。

An electromagnetic coil would be used to control the plasma while a telescopic ceramic rod, which shoots out of the handle and can resist the temperature holds the blade all together.

一个电磁线圈将被用来控制等离子体，而一个伸缩陶瓷棒，它从手柄中伸出来，可以抵抗温度，将整个刀片固定在一起。

Finally, some of Earth's magnetic field lines are weakened and pushed away from the earth by the solar wind, a violent stream of plasma emanating from our sun.

最终，地球的一些磁场线被削弱，被太阳风（即太阳生成的暴烈等离子体流）推出地球。

It consists of solar wind, solar flares and coronal mass ejections, which are these giant bubbles of plasma and magnetic fields from the sun that send high speed particles into space.

它由太阳能风能、太阳耀斑及日冕物质抛射组成, 就是这些来自太阳的巨大泡沫等离子体及磁场将高速粒子射入太空。

All that magnetic activity also leads to solar flares, which are bright bursts of radiation, and coronal mass ejections, or CMEs, which spit magnetized plasma out into space.

所有这些磁活动还会导致太阳耀斑，而这是明亮的辐射爆发以及日冕物质抛射（CME）——将带有磁性的等离子体喷射到太空中。