采用一锅法合成基于化学键瓜环基聚合型功能材料的研究，选用具有不同结构特征的瓜环，特别是具有结构新颖、性质特异的新型（改性）瓜环为构筑模块，设计、合成新型的瓜环基聚合物，并对其结构进行表征。根据选用聚合物单体的性质，项目研究内容主要分为：1) 具有非活性基团单体引发的瓜环基聚合物的合成及表征；2）具有活性基团单体引发的瓜环基聚合物的合成及表征；3）具有活性基团的瓜环基聚合物功能化；4) 瓜环基聚合型功能材料的功能性质研究，包括：i) 五元瓜环基聚合型功能材料的功能性质研究；ii) 较大瓜环基聚合型功能材料的功能性质研究；iii) 涉及瓜环基聚合型功能材料间主客体作用的功能性质研究；iv) 瓜环基聚合型功能材料的响应功能性质研究。通过对瓜环基聚合型功能材料功能性质的研究，为其在新型层析固定相材料、特殊的分子识别材料、药物传输、金属离子捕集或富集、印迹、具有响应功能材料等方面的应用提供理论依据。

Using one pot synthetic strategy, we will design and synthesise a series of Q[n]-based functional polymers. According to different properties of selected monomers, the synthesis of the Q[n]-based functional polymers can be obtained by using monomers 1) without reactiveble groups and 2) with reactiveble groups; our researches also include 3) functionalization of the Q[n]-based functional polymers; 4) exploretion of functions of the Q[n]-based functional polymers, including i) functions of Q[5]-based polymers; ii) fuctions of Q[n>6]-based polymers; iii) host-guest interaction between Q[n]-based polymers; iv) responsible functions of Q[n]-based polymers. Selecting different cucurbit[n]urils, in particular, those with novel structural features and special properties as the building blocks, designing, synthesising and charaterising of Q[n]-based polymers with novel structural features and special properties become one of the most important part of this project. This project also involve with the investigation of the functions of these Q[n]-based polymers, such as seperation ability as a fixed phase; absorption ability for the substraters; properties for responsing for sovents, pH, catalyst, red-ox properties and so on. Based on the characterestic of the Q[n]-based polymers, they could be used in the fields, such as biochemistry, polymer, materials, catalysis and so on.