因此这是一个非对称分子。
在第三章中，我们利用格林函数方法研究了非对称的双量子点分子的谱性质和电子输运性质。
In chapter three, we study the spectral properties and electronic transport properties of asymmetrical double-dot molecule using causal Green's function approach.
许多对生物重要的有机化合物(糖和氨基酸)存在着至少一种非对称碳原子，并因此使这个氨基酸分子产生了两个同分异构体。
Many biologically important organic compounds (sugars and amino acids) possess at least one asymmetric carbon atom and therefore occur in two isomeric forms for the amino acid molecule.
对于折叠高分子，对称折叠与非对称折叠的高分子对应迁移时间的分布呈现不同的趋势。
For folded polymers, the distribution of translocation time of symmetrical-folded polymers is different from that of dissymmetrical-folded polymers.
非对称折叠高分子迁移时间的分布则没有出现清晰的单峰。
The sharp of translocation time distribution of symmetrical-folded polymers is similar to that of closed circular polymers.
非对称折叠高分子迁移时间的分布则没有出现清晰的单峰。
The sharp of translocation time distribution of symmetrical-folded polymers is similar to that of closed circular polymers.
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