以分子识别为基础的主-客体化学作为新兴交叉学科，已成为当今研究的热点。
As a novel cross subject, host-guest chemistry based on molecular recognition has been a hot spot of current study.
氮杂环蕃是环蕃中一类重要的化合物，也是主-客体化学中可以充当主体的一类化合物。
Tetrazacyclophanes are important compounds of cyclophanes, and also are important host compounds in host-guest chemistry.
同时还综述了4A沸石作为洗涤剂助剂、离子交换材料、吸附脱附材料、催化剂载体及主客体化学材料等的应用；
Applications of 4A zeolite as detergent builder, ion-exchange materials, adsorption-desorption materials, catalyst carrier et al were summarized.
方法：应用主客体识别原理，选择主体分子，经重结晶从挥发油中选择分离单一化学成分。
Method: the host molecule was selected and a single chemical component isolated from volatile oil by the host guest recognition.
随着过去十年主体对客体的分子识别和组装成为超分子化学的核心研究内容，南瓜尼已经成为一个明星分子。
In the past decade cucurbituril has become a new star molecule with emphasis on the study of host-guest molecular recognition and assembly to supramolecular structure.
射线晶体结构表明，环糊精与客体分子以1：1 的化学计量比键合。
X-ray crystallographic analysis displaces that the cyclodextrin includes guest molecule with 1:1 stoichiometry.
本文论述了以MCM-41和HMS为代表的有序介孔纳米材料的主-客体自组装体系以及它们在化学催化、环境保护、光学等领域的应用。
The article reviews recent research progress on the Host-Guest self-assembly system of ordered mesoporous nanoscale materials represented by MCM-41and HMS.
本文论述了以MCM-41和HMS为代表的有序介孔纳米材料的主-客体自组装体系以及它们在化学催化、环境保护、光学等领域的应用。
The article reviews recent research progress on the Host-Guest self-assembly system of ordered mesoporous nanoscale materials represented by MCM-41and HMS.
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