cinchonine ['sinkəni:n]

cinchonine的基本解释

n.

弱金鸡纳碱

与cinchonine相关的网络例句 [注：此内容来源于网络，仅供参考]

ESI-MS results showed that α-CD could form 3: 1 specific complex with cinchonine in solution and they formed"sandwich"structure type 〓 inclusion complex when β-and γ-CD were blended simultaneously with cinchonine. Semi-empirical AM1 calculations indicated that the H bonds formed between CD and cinchonine played an important role to stabilize the complex in gas phase.

电喷雾质谱研究发现α-CD与辛可宁在溶液中可以形成特异性的3：1型复合物，当β，γ-CD与辛可宁同时混合时它们可以形成"三明治"型〓包合复合物，半经验AM1方法计算显示氢键的形成对这些复合物的稳定起到重要的作用。

The thermodynamic parameters in the separation of enantiomers of amino acid derivatives and diastereomers of cinchona alkaloids were calculated and the dissociation constants of cinchonine and cinchonidine on the cinchonine imprinted monolithic disk were determined by frontal analysis.

计算了氨基酸衍生物对映体以及辛可纳非对映异构体分离过程的热力学参数并利用前沿色谱法测定了辛可宁和辛可尼丁在盘状分子印迹整体柱上的离解平衡常数。

As the retention times of cinchonine and cinchonidine were decreased with the increase of voltage, applied pressure and temperature, a rapid separation of cinchonine and cinchonidine can be obtained within 2 min under optimized conditions.

通过对上述条件的优化，可以在2 min内完成辛可宁和辛可尼丁的快速分离。

与cinchonine相关的网络解释 [注：此内容来源于网络，仅供参考]

cinchonine hydrochloride：辛可宁盐酸盐

cinchona 金鸡纳树 | cinchonine hydrochloride 辛可宁盐酸盐 | cinchonine 辛可宁

cinchona bark：金鸡纳胜

cinchona alkaloid 金鸡纳生物碱 | cinchona bark 金鸡纳胜 | cinchonine 辛可宁

Cinchonidine：辛可尼丁

黄晓冬等[30]制备了辛可宁(cinchonine)分子印迹聚合物手性整体柱,可在2 min 内实现非对映异构体辛可宁和辛可尼丁(cinchonidine)分离. 目前MIT 分离生物碱的技术尚属研究阶段,需要在热力学及动力学性质、MIPs 制备、降低成本等方面作进一步探索.