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”。

And so we got to ionic bonding.

因此我们得到了离子键。

They melt to form ionic liquids.

它们熔化去形成离子液体。

Ionic solids form ionic liquids.

离子固体形成离子液体。

This is ionic bonding.

这是离子键。

Where do we find these ionic crystals?

我们如何得到离子晶体？

So this is the energy of a single ionic bond.

这就是单离子键的能量。

So, one such ionic liquid is magnesium chloride.

一种离子液体就是氯化镁。

This is ionic radii with a noble gas configuration.

这是稀有气体的离子半径。

Water is a very good solvent for ionic species.

水对各种离子是非常好的溶剂。

And there are two different scales of ionic character.

这里有两个版本的离子百分数。

One type is the schottky defect in ionic crystals.

在离子晶体中有一类是斯考特库缺陷。

Properties and function of ionic liquids in nano-scale.

纳米尺度离子液体的性质和功能。

And now I have to convert atomic chlorine into ionic chlorine.

下一步我将氯原子，转化为氯离子。

Whereas, ceramics, ionic crystals will resist until they shatter.

但是，陶瓷，离子晶体就会抵抗外力，只到它们破碎。

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。

So you can see that polar covalency is a tendency towards ionic bonding.

所以你看得出极性共价就是，趋向离子键的。

Iodinated contrast comes in two forms: ionic and non-ionic compounds.

碘造影剂有两种形式：离子型和非离子型化合物。

Well, on the one hand, we have ionic bonding where we have complete sharing.

好吧，一方面，离子键有完全的贡献。

And, he came up with a relationship to calculate the percent ionic character.

他想到一个办法，来计算每个离子化成分。

Electrodes measure specific ionic species and not complexes of the species.

电极测定的是特定的离子形式而不是络合形式。

When they attached a sweet perfume to an ionic liquid, the scent disappeared.

当他们将芬芳的香水附着在这种离子液体上时，香味消失了。

And ionic EAPs revert to their original shape as soon as the applied voltage is removed.

移除加载电压后，离子型电活性聚合物便会立即回复到初始形状。

Then better ionic conductors and more promising designs emerged, and its popularity waned.

后来随着更好的离子导体和更多先进技术的出现，它的优势已逐渐消失。

Aluminum and magnesium are both made by ionic liquid electrolysis, just as I showed you last day.

铝和镁都是，由离子液体电解而成，就像我昨天讲的。

Only large cations with low charge give a stable ionic lattice with the large polyhalide ions.

仅仅带低电荷的大的阳离子，能和大的多卤化物离子产生稳定的离子晶格。

Adsorbed ionic surfactants and their associated electrostatic repulsions stabilize detergent films.

被吸附的离子表面活性剂以及它们静电学斥力稳定了清洁剂薄膜。

Only large cations with low charge give a stable ionic lattice with the large polyhalide ions .

仅仅带低电荷的大的阳离子，能和大的多卤化物离子产生稳定的离子晶格。