1·The ion-supported hypervalent iodine(iii) reagent is a kind of "task-specific ionic liquids".
离子负载的高价碘（iii）试剂是一种“功能化离子液体”。
2·And so we got to ionic bonding.
因此我们得到了离子键。
3·They melt to form ionic liquids.
它们熔化去形成离子液体。
4·Ionic solids form ionic liquids.
离子固体形成离子液体。
5·This is ionic bonding.
这是离子键。
6·Where do we find these ionic crystals?
我们如何得到离子晶体？
7·So this is the energy of a single ionic bond.
这就是单离子键的能量。
8·So, one such ionic liquid is magnesium chloride.
一种离子液体就是氯化镁。
9·This is ionic radii with a noble gas configuration.
这是稀有气体的离子半径。
10·Water is a very good solvent for ionic species.
水对各种离子是非常好的溶剂。
1·In our Georgia brewery, we use ionic air rinsing — which is just air instead of water — to clean our bottles.
我们的乔治亚州啤酒厂使用离子空气清洁技术，用空气来清洁啤酒瓶，而不是用水。
2·And, what we will do next day is we will look at the consequences of such an energetic set up, and rationalize that when ions form, by necessity we must form ionic crystals.
明天我们要做的是，观察一下，这样一个充满活力的创造的结果，然后合理地解释要想得到离子，我们必须先得到离子晶体。
3·They melt to form ionic liquids.
它们熔化去形成离子液体。
4·We started with this hypothesis of octet stability and I'm talking about properties of ionic crystals.
我们从八隅律的稳定性假设开始,我们讨论到了离子晶体的性质。
5·This process creates an ionic force strong enough to produce thrust.
这一过程创造了一个足够强的离子力来产生推进力。