Jupiter itself is a very gassy planet.

木星本身是个非常气态的行星。

It takes a liquid form as running water, gaseous as vapor or solid as ice.

可以是液态的流水，气态的蒸汽或是固态的冰。

You can't see the water vapor, because it's a gas, but it is still there.

由于水蒸气是气态的，所以我们看不到，依然真实存在。

And they're wildly diverse — big, small, airless, rocky, gaseous, hot, cold, and more.

们种类繁多——大的、小的、缺少空气的、岩态的、气态的、热的、冷的，等等。

They're gaseous, highly magnetic regions that move across the sun's surface.

们是气态的、强磁性的区域，穿过太阳表面。

It's a gas giant with a broad set of rings.

是一颗巨大的气态行星，有一组宽阔的环。

" Evidence suggests that this is the earliest stage of formation ever observed for a gas giant, " he added.

“有证据表明，这是有史以来观察到的气态巨行星形成的早阶段。”

It's the biggest planet in our solar system, a gas giant.

是我们太阳大的气态行星。

Saturn is a gas giant, which means it has a thick atmosphere.

土星是一个巨大的气态行星，这意味着有一个厚厚的大气层。

This turning ball of gas may look like an artist's rendering, but it's the real thing.

这个旋转着的气态星球看上去像一幅艺术家的画作，然而却是真实的物体。

And what can that tell us about our own planet's chances of surviving a crash into the gas giant?

这对我们的星球在撞上这颗气态巨星后的生存机会有何启示？

And thus, Avogadro basically figured out how to weigh atoms and molecules, as long as they were gaseous.

因此，阿伏伽德罗基本上弄清楚了如何称量原子和分子， 只要们是气态的。

Such skewed orbits are common for so-called hot Jupiters—gas giants that orbit close to their hosts.

这种歪斜轨道在所谓“热木星”——近距离围绕恒星运行的气态巨星——很常见。

A 4 in fire is both very flammable and gaseous, so impossible to control outside of a closed container.

4 英寸的火既非常易燃又是气态的， 因此无法在密闭容器外进行控制。

I also don't see the world moving necessarily large amounts of gaseous hydrogen around.

我也没有看到世界必然会移动大量的气态氢。

So, there are sensory cells that will analyze what has been delivered: Is it gaseous or is it solid?

因此，有感觉细胞会分析所交付的内容：是气态的还是固态的？

This cold gas giant orbits almost 90 degrees on its side.

这颗寒冷的气态巨行星在其一侧几乎呈 90 度角运行。

Most of the worlds we've encountered are either ice giants like Neptune, or gas giants like Jupiter and Saturn.

我们发现的多数星球要么是像海王星一样的冰巨星，要么是像木星和土星这样的气态巨星。

If our gas giant became 1,000 times more massive, the Solar System would go wild.

如果我们的气态巨行星质量增加 1000 倍，太阳就会变得疯狂。

Congratulations! This is the deepest that any exploration has ever sailed into the gas giant.

恭喜！ 这是对这颗气态巨行星进行的任何探索深的一次。