| 1. | Study on molecular recognition of new dinuclear chiral salen zn complex
配合物的分子识别研究 |
| 2. | Asymmetric trimethylsilylcyanation of aldehydes catalyzed by polymeric salen - v complex
配合物催化醛的不对称 |
| 3. | Studies on molecular recognition of chiral salen metal complexes with imidazoles
金属配合物与咪唑类客体分子识别的研究 |
| 4. | Studies on molecular recognition of chiral asymmetry salen ni to guests imidazole and diamine derivatives
对咪唑类和二胺类客体的分子识别研究 |
| 5. | Synthesis of chiral salen - co complex and catalyzed hydrolytic kinetic resolution of racemic epoxides
手性催化剂的合成与外消旋环氧化合物的水解动力学拆分 |
| 6. | This approach has shown particular promise with the cobalt ( iii ) - salen - catalyzed hydrolytic kinetic resolution of chiral epoxides , a highly selective reaction of interest because of the versatility of epoxides as precursors to pharmaceutically important targets
因为多功能性的环氧化合物在医药上是重要目标分子的前体，这个方法在高选择性反应- -钴（ iii ） -沙林试剂催化的手性环氧化合物的水解动力学拆分上特别引人注目。 |
| 7. | ( 2 ) two methods including one - step and two - step methods were used to modify the platinum electrode . in the two - step method , the experiment conditions were confirmed , namely after modified by nafion film , the electrode was dipped in saturated solution of co ( salen ) for 24h . the electric current would decrease if the dipping time were too long
2 .用两科，方法对电极进行co ( salen ) / nafion修饰，即“一步法”和“两步法” ，对“两步法”的实验条件进行了选择，即将电极表面先修饰好nafion膜后，再浸泡在co ( sa1en )饱和溶液中24h即可，时间再长则峰电流反而会减小。 |
| 8. | 2 . co ( salen ) / nafion modified platinum electrode ( 1 ) the nitric oxide in the medium of natural seawater was determined using co ( salen ) / nafion modified platinum electrode for the first time , the best conditions are found as follows : the time of exclusion of oxygen bubbled with nitrogen for the electrochemical cell is 30min , the preparation time of saturated solution is 30min , the enrichment time is 3min when the concentration of nitric oxide is 10 - 6 mol / l and 7min when 10 - 7 mol / l and the electrochemical responses of the modified platinum microelectrode to no were evaluated by scanning from 0 . 2v to iv
天然海水介质中~氧化氮的电化学钡定二、 eo ( sa一en ) znanon修饰电极1 .首次用co ( salen )闪afion修饰铂电极对天然海水介质中的一氧化氮进行了测定，确定了最佳实验条件，即反应池通氮除氧30min ， no饱和溶液的制备时间为3omin ， no溶液浓度在10一6mol / l时?富集时间是3min ，浓度在10一7mol / l时富集时间是7min ，电位扫描范围0 . 2一1 |
