There's just not very much rhodium anywhere because the universe is a really big place.

任何地方都没有多的，因为宇宙是一个非常大的地方。

Rhodium belongs to a family of metals that are extremely resistant to oxidation and corrosion and heat.

属于极耐氧化、耐腐蚀和耐热的金属家族。

Is this same process true for rhodium too?

同样的过程也适用于？

This little microscopic piece of rhodium I have in here, hold on, we're gonna need to enhance.

这里的这微小的金，等一下，要增强。

Rhodium and some of its rare neighbors, they likely form in other ways too, perhaps somewhere in between these rapid and slow processes.

和它的一些稀有邻居，它也可能以其他方式形成，也许介于这些快速和缓慢的过程之间。

If we represent the total of all the elements in Earth's crust by a roll of toilet paper stretching from here to London, rhodium would make up just this much.

如果用一卷从这里延伸到伦敦的卫生纸来表示地壳中所有元素的总和，那么就可以构成这么多元素。

When we look at rhodium and it's neighbors on the periodic table we find a lot of stuff that's ridiculously rare, at least in Earth's crust where we can get to it easily.

当观察和它在元素周期表上的邻居时， 会发现很多稀有得离谱的东西，至少在可以轻松获得的地壳中。

That little thing on your exhaust that you've probably never looked at, is a literal treasure chest full of valuable metals, platinum, palladium and this one, rhodium, the most expensive metal on planet earth.

排气管上的那个你可能从未看过的小东西，是一个名副其实的宝箱，里面装满了贵重金属，铂金、钯金，还有地球上最昂贵的金属。