So some asteroids, some rock is vaporized.

行星的某些部分，岩石的某些部分会蒸发掉。

Bodies of water like lakes, streams and rivers would be vaporized if there was enough lava.

湖泊，小溪和河流等水体，如果有足够多的熔岩时，水分会蒸发。

It's possible it gets so hot that the rock vaporizes, making it act like a comet.

有可能它会变得过以至于岩体蒸发，彗星一样。

Anything in its wake will vaporize.

所到之处一切都汽化。

This included materials that were vaporized from the blast.

这包括爆炸后汽化的物质。

The material on the surface vaporizes and blows away — a process called ablation.

表面的物质随之蒸发并吹走——这一过程称为烧蚀。

The laser is essentially getting so hot, the metal is just vaporizing away, like a hot knife through butter.

激光变得非常，金属刀穿过黄油一样蒸发掉。

Any living thing located within a 1,000-kilometer radius of the impact area would be vaporized almost immediately within seconds.

任何位于撞击区域 1000 公里半径内的生物都会在几秒钟内几乎立即蒸发。

They believe these substances were vaporized and entered into the atmosphere.

他们认为这些物质遭到汽化后进入了大气层。

If the lineman makes a mistake, you're going to vaporize.

如果线路员犯了错误，你会蒸发的。

The temperature on the hot side is enough to vaporize rocks.

高温那一面的气温足以将石块气化。

Alcohol boils at a lower temperature than water, so it vaporizes first.

由于酒精的沸点比水低，所以会首先挥发掉。

Solid fuel is vaporized by the heat and ripped into smaller chunks.

固体燃料在高温下挥发并分裂成他比较小的物质。

Heat vaporizes the gasoline, burning it all up and leaving no char behind.

量使汽油汽化，将全部燃烧殆尽，不留焦炭。

In some, iron is vaporized, a gas.

中的一些，铁汽化，变成气体。

For one, the warmer the water at the surface gets, the more it vaporizes into the air.

首先，水面的温度越高，蒸发至空气里的量越大。

Contaminants in groundwater can vaporize and migrate through cracks into the soil and into basements and homes.

地下水中的污染物可以蒸发并通过裂缝进入土壤，进入地下室和住宅。

Lizard eats paper. Paper disproves Spock. Spock vaporizes rock. And as it always has, rock crushes scissors.

蜥蜴吃布，布否定史波克，史波克蒸发石头，再加上一如既往的规则，石头砸剪子。

When leaked into the air, liquid nitrogen vaporizes into an odorless gas that is capable of displacing oxygen.

当液氮泄漏到空气中时，它会蒸发成一种无味的气体，能够驱逐氧气。

NASA predicts that most ISS equipment will burn up or vaporize during the intense heat of atmospheric re-entry.

NASA预测，大多数国际空间站设备将在重返大气层的高温期间烧毁或蒸发。