用吸附理论和酸碱配位理论解释了物理过程；用固化、交联解释了化学过程。
The physical process of adhesion is discussed with adsorption theory and acid-base coordination theory, and the chemical process of adhesion is discussed with the mechanism of cure and cross-linkage.
实验结果支持配位理论与吸附机理，证实恰当选用除霜剂D5与封孔稳定剂YG5可实现快速无粉霜优质热封闭。
The results of experiments support complexation reaction and adsorption theory. They show that rapid sealing process without smut is obtained by using D 5 and YG 5.
这与大量的理论研究——一个主要的四面体配位结构是2或3左右，取决于离子对的流动率的溶剂化数是相悖的。
This contradicts numerous theoretical studies which indicated a primarily tetrahedral coordination structure with a solvation number near 2 or 3, depending on the prevalence of ion pairing.
从理论上对配位滴定时解蔽反应的酸度问题进行了探讨，并提出了简便的计算方法。
The acidity control problem of de-masking reaction in complexometric titration was presented theoretically in the paper, and simple calculation method was also provided.
根据配位场理论对实验结果进行了分析。
Theanalysis of the experimental data based on the ligand field theory was carried out.
铬胶感光理论中以交联硬化学说较为人们所接受，但在交联后的空间结构和配位体等方面有不同看法。
In the dichromated colloid sensitization theories, the cross-hardening theory is mostly adopted except for some different opinions on the space structure and coordination compound after cross.
我们的研究目标是通过理论计算设计更多含有平面四配位碳的稳定团簇，探索其作为新型纳米材料结构单元的可能性。
We aim to computationally design more stable species with tetracoordinate planar carbon, and to explore their potential applications as building blocks for new nanomaterials.
我们的研究目标是通过理论计算设计更多含有平面四配位碳的稳定团簇，探索其作为新型纳米材料结构单元的可能性。
We aim to computationally design more stable species with tetracoordinate planar carbon, and to explore their potential applications as building blocks for new nanomaterials.
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