配位反应(complexation reaction)是金属离子(M) 和中性分子(neutral molecule)或阴离子(anion)(称 为配位体(ligand),以L表示)配位,形成配合物的反 应,配位反应具有极大普遍性。
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For bond length, it basically follows one rule: N-N bond length in anionic structure is shorter thanN-N bond length in neutral molecule structure, but N-O bond length is longer than that in neutral molecularstructure.
键长方面基本上遵循这样一条规律:阴离子构型中N-N键键长要比中性分子构型的N-N键键长短,而N-O键键长则要比中性分子的长。
参考来源 - 环境污染物(N·2,447,543篇论文数据,部分数据来源于NoteExpress
During the ion transportation and separation process, the elevated energy level of ions prevents them from clustering with neutral molecule inside the spectrometer.
在离子运输和分离的过程中,提升后的离子能量水平防止了离子与谱仪内的中性分子进行团簇。
So, let's try another example here, and let's try a case now where instead of dealing with a neutral molecule we have an ion, so we have c n minus.
那么,让我们来试一下另外一个例子,这次不是一个中性原子,而是一个离子,氰离子。
So if we add them all up, there should be no net charge on the molecule, if the molecule is neutral.
因此如果我们把它们都加起来,这个分子上应该没有净电荷,如果这个分子是中性的话。
The molecule is net neutral, but this right end is a little bit more negative and the left end is a little bit more positive.
这分子是电中性的,但右边要带一点负电荷,而左边要带一点正电荷。
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