Urine profiling by capillary electrophoresis with online stacking of moving reaction boundary;
应用移动反应界面富集技术进行毛细管电泳尿液指纹分析
A stacking system based on moving reaction boundary(MRB) for stacking and quantitative determination of oxymatrine(OMT) in urine samples was developed.
采用建立在移动反应界面理论上的体系进行尿样中氧化苦参碱的富集与定量检测。
On multi-moving chemical reaction boundaries (MMCRB) system by CHCOOH, CoCl2 and NaOH, the experimental study of movement validity of the boundaries Co2+‖OH- and H+‖OH- are performed, and a stationary neutralization reaction boundary (SNRB) H+‖OH- is created with the experiments.
在CH3COOH、CoCl2与NaOH形成的多移动化学反应界面系统中,进行了Co2+‖OH-和H+‖OH-界面移动速度的实验研究,并建立了静止中和反应界面。
The results show that, the concept of moving chemical reaction boundary (MCRB) is not the same of MMCRB, and the MCRBE:s is a special case of MMCRBE:s.
由多对强、弱反应电解质形成的多移动化学反应界面(MMCRB)模型,可以推导出一系列的多移动化学反应界面方程(MMCRBE:s),结果显示:移动化学反应界面(MCRB)模型不同于MMCRB模型,MCRBE:s只是MMCRBE:的一个特例。
Improve ment of the apparatus for the experiments of moving chemical reaction boundary;
移动化学反应界面实验装置的改进
These years, the theoretical and experimental research on the theory of moving chemical reaction boundary (MCRB) developed very quickly.
近年来,移动化学反应界面(MCRB)的理论与实验研究发展迅速。
