超分子

Supramolecular chemistry focuses on the assembly of molecules into complex architectures held together by non-covalent interactions.
超分子化学主要研究通过非共价相互作用将分子组装成复杂结构。
The supramolecular structure of DNA plays a crucial role in its ability to store and transmit genetic information.
DNA的超分子结构在存储和传递遗传信息的能力中起着关键作用。
Researchers designed a supramolecular system capable of self-assembly into functional nanomaterials.
研究人员设计了一种能够自组装为功能性纳米材料的超分子体系。
Understanding supramolecular recognition is fundamental for designing advanced drug delivery systems.
理解超分子识别是设计先进药物递送系统的基础。
In supramolecular polymers, the individual monomers are linked through weak, reversible interactions rather than strong covalent bonds.
在超分子聚合物中，单体通过弱的、可逆的相互作用而非强的共价键连接在一起。
The host-guest interaction is a typical example of supramolecular chemistry where one molecule acts as a container for another.
主客体相互作用是超分子化学的一个典型例子，其中一个分子作为另一个分子的容器。
The synthesis of supramolecular materials allows for dynamic and responsive properties that can adapt to changing environmental conditions.
超分子材料的合成使得其具有动态响应性，能适应环境条件的变化。
By utilizing supramolecular chemistry principles, scientists have been able to create molecular machines with controllable functions.
通过利用超分子化学原理，科学家们已经能够创造出具有可控功能的分子机器。
The concept of supramolecular chirality refers to the chiral arrangement of multiple molecules within a larger, non-chiral assembly.
超分子手性的概念是指在一个大的非手性组装内多个分子的手性排列。
Through hydrogen bonding and van der Waals forces, supramolecular complexes can form and exhibit unique physicochemical properties.
通过氢键和范德华力，超分子复合物可以形成并展现出独特的物理化学性质。