| 1. | Anionic electrochemical polymerization
负离子电化学聚合 |
| 2. | Study of no ultramicrosensors based onelectropolymerized films of metallophthalocyanines
电化学聚合四氨基钴酞菁修饰一氧化氮超微传感器的研究 |
| 3. | A novel method ( in situ electropolymerization method ) of biosensor elaboration was put forward
提出了生物传感器构制的新方法?原位电化学聚合法。 |
| 4. | Effect of alkanethiol self - assembled monolayers on the electrochemical polymerization of pyrrole on the gold electrodes
硫醇自组装膜对金电极上吡咯电化学聚合的影响 |
| 5. | It combined the advantages of porous polymer and electropolymerization method been used for biosensor construction , and the resulting biosensor exhibited not only high sensitivity but also good stability
它结合了多孔聚合物材料和电化学聚合法制备生物传感器的优点，所得传感器既具有高的灵敏度又具有好的稳定性。 |
| 6. | The phenol biosensor prepared by in situ electropolymerization showed excellent operational and storage stability . the sensor lifetime was 8 months , which is much better than that ( in general 3 months ) reported in literatures
由原位电化学聚合法制备的酚传感器具有优异的操作和贮存稳定性，其寿命高达8个月，远高于文献报导的结果(一般在3个月以内) 。 |
| 7. | In at last , on base of electropolymerization of urushiol , electropolyurushiol / cus hybrid film ( hybrid - epu / cus ) was manufactured by the method of ion exchange process . then hybrid - epu / cus was characterized by ft - ir , fluorescence , dmta xrd and tem
最后，本文在电化学聚合漆酚的基础上，用电化学聚合漆酚铜配合物，在一定条件下与nfos作用，可获得聚合漆酚纳米clls杂化材料。 |
| 8. | The definition , classification , mechanism and application of electrochemical polymerization are introduced in this paper . the essential difference between electrochemical condensation polymerization and electrochemical addition polymerization has been elucidated especially . in addition , a new concept of electrochemical cyano addition polymerization has been put forward
介绍了电化学聚合反应的定义、分类、机理和应用，阐述了电化学缩合反应和电化学加成聚合反应这两大类电化学聚合反应的本质差别，另外还提出了电化学氰基加成聚合反应的概念。 |
