They melt to form ionic liquids.
它们熔化去形成离子液体。
But no ionic current is recorded.
但目前尚未记录到离子电流的活动。
So this is the energy of a single ionic bond.
这就是单离子键的能量。
Water is a very good solvent for ionic species.
水对各种离子是非常好的溶剂。
A salt is a general term for an ionic compound.
盐是离子化合物的统称。
And there are two different scales of ionic character.
这里有两个版本的离子百分数。
And everybody would agree that is an ionic compound.
所有人都会同意，它是一个离子化物这一观点。
Part of the reason for this lies in ionic association .
其部份原因是由于离子缔合。
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。
Let us begin with a few words on the concept of ionic strength.
让我们以离子强度的概念来开始吧。
Research and Application of the Method of Ionic Signal to SI Engine;
直接利用燃烧中所产生的离子信号进行了空燃比控制方法的研究。
In this paper, the ionic absolute standard heat of formation is gotten.
本文将给出水溶液中离子的绝对标准生成焓。
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。
AIM: To determine the ionic basis of antiarrhythmic action of artemisinin.
目的：探讨青蒿素抗心律失常的离子电流基础。
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。
CONCLUSIONS the rate of drug release is proportional to the ionic strength.
结论：释药速率与离子强度之间存在较好的线性负相关关系。
The positive rate is 2.12% among the people with non-ionic iodinated contrast.
非离子型碘造影剂静脉试验阳性率为2.12%。
The ionic strength did not have significant effect on the stability of the drug.
离子强度对穿琥宁降解无显著影响。
Functionalization is an important method to achieve task specific ionic liquids.
功能化是实现离子液体专一性的重要手段。
This advance accounts for the huge increase in ionic conductivity near room temperature.
这样即便在室温条件下，材料的原子导电率也有了极大的提高。
This advance accounts for the huge increase in ionic conductivity near room temperature.
这样即便在室温条件下，材料的原子导电率也有了极大的提高。
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