So it's still strong interactions when you build this.

所以当你建造这个的时候，它仍然是强烈的互动。

It changed the way that everyone thought about the strong interactions in the proton structure.

它改变了所有人对构中强相互作用的看法。

Another hypothesis is that because TDPs typically have strong interactions with water, they could replace the hydrogen bonds that water normally forms with different cell parts, which protects against the same kinds of cellular damage.

另一个假设是， 由于水熊虫特异性无序蛋白通常与水有强烈的相互作用，它们可以替代水通常与不同细胞部分形成的氢键， 从防止同类的细胞损伤。

ALIE WARD: And just a side note: so the capital S Standard, capital M Model of particle physics involves this uniform framework for understanding electromagnetic and weak and strong interactions.

艾莉·沃德：顺便说一句：粒物理的写 S 标准、写 M 模型涉及这个理解电磁以及弱相互作用和强相互作用的统一框架。

Activated charcoal is good at collecting molecules that contain carbon, like most poisons, because they’re usually large enough and have enough electrons to have stronger Van der Waals interactions.

与毒药一样， 活性炭擅长收集含碳分，因为它们通常足够并且具有足够的电以产生更强的范德华相互作用。

Really though, hydrogen bonds aren't chemical bonds in the same sense that ionic and covalent bonds are, but they are the strongest interactions that occur between molecules.

真的， 氢键并不是像离键和共价键那样的化学键，但它们是分之间最强的相互作用。

And so if we have a really small ion and a large charge, we're going to have a stronger interaction.

因此, 如果我们有一个非常小的离和一个的电荷, 我们将有更强的相互作用。

There was real, rich, strong interaction because we were actually real presences in each other's lives.

我们之间有着真实、丰富、强烈的互动，因为我们在彼此的生活中都是真实的存在。

These discoveries helped them to understand the most basic forces known to exist, including the strong interaction that binds quarks together, and the weak interaction carried by W and Z bosons.

这些发现帮助他们理解了目前已知的最基本作用力，包括将夸克合在一起的强相互作用，以及由W和Z玻色传递的弱相互作用。

It’s possible that you get the pee shivers when there’s an especially strong interaction between these two responses.

当这两种反应之间存在特别强烈的相互作用时，您可能会感到小便不寒栗。