盐很容易溶解于水，形成强有力的化学键，而这些键又不容易打破。
Salt dissolves very easily in water, forming strong chemical bonds, and those bonds are difficult to break.
这可能是结合氢键，但最好是盐的债券，特别是共价键。
This bonding may be hydrogen bonding but is preferably a salt bond and especially a covalent bond.
综述羧酸衍生物的烯醇盐氧化二聚成键的规律，重点是立体选择性的过程。
Stereoselective oxidative dimerization of the enolate of carboxylic acid derivatives is summarized focusing on the stereoselectivity of the process.
对锆盐在金属表面成键及防腐机理进行探讨，并提出了新的结构模型。
A new structural model is gave after investigating the mechanism of bonding and anti-corrosion of the zirconium salt on the surface.
提出了一种新的微观催化机理：碱金属盐的催化作用在于催化剂能改变CC化学键的作用程度，从而加速反应的进行。
A new catalytic mechanism is proposed: the catalytic effect of a catalyst is attributed to the change of CC chemical bond by catalyst.
提出了一种新的微观催化机理：碱金属盐的催化作用在于催化剂能改变CC化学键的作用程度，从而加速反应的进行。
A new catalytic mechanism is proposed: the catalytic effect of a catalyst is attributed to the change of CC chemical bond by catalyst.
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