hydrogen bonding

基本解釋

It could be hydrogen bonding.
可能是氫鍵作用。
Because there's weak hydrogen bonding between the unlike species.
因為在不同種分子間,存在較弱的氫鍵。
Chloroform and acetone are happy together because of the hydrogen bonding between the oxygen here and the hydrogen in chloroform.
氯仿和丙酮喜歡呆在一起,因為丙酮上的氧與氯仿中的氫,有氫鍵作用。

There's not actually chemical covalent bonds that are formed but it's a non-covalent interaction, usually dominated by hydrogen bonding.
所以配體和受體之間不生成共價鍵,這是一種非共價化合反應(yīng),它們通常以氫鍵相聯(lián)
耶魯公開課 - 生物醫(yī)學(xué)工程探索課程節(jié)選
Now if you read in the book, you read about where this figure is shown in the book, you can understand more about why these structures line up in the right way so that the right molecular elements are together to form hydrogen bonding pairs between them.
如果你預(yù)習(xí)過課本,課本中有關(guān)于這些詳細(xì)的描述,你可以更深刻的理解,為什么這些結(jié)構(gòu)是采用這種連接方式,以使對應(yīng)的分子部分靠近,并形成氫鍵連接
耶魯公開課 - 生物醫(yī)學(xué)工程探索課程節(jié)選
And then this means we'll have a total of sigma1s two electrons in our hydrogen molecule, so we can fill both of those into the sigma 1 s orbital, the bonding orbital. We don't have to put anything into the anti-bonding orbital, so that's great.
我們可以把這兩個,都填入，軌道里去，成鍵軌道,我們不需要把什么放到反鍵軌道里去，這很好。
麻省理工公開課 - 化學(xué)原理課程節(jié)選

氫鍵
Each parts comprised of the compound are helded together by hydrogen bonding and formed the network supramolecular structure.
晶體的各部分間以氫鍵相互連接, 形成了超分子結(jié)構(gòu)。
機械工程
氫鍵
It revealed that there were fine interface contact and strong hydrogen bonding between soy protein and WPU.
實驗揭示,蛋白質(zhì)和WPU之間存在緊密的界面接觸以及強氫鍵作用。
地球科學(xué)
氫結(jié)合