目的：将修饰电极应用于电位溶出分析。
Aim: To investigate the application of chemically modified electrodes in potentiometric stripping analysis.
本文首次报道了银微电极微分电位溶出分析法。
The differential potentiometric stripping analysis at silver microelectrodes is reported.
用电位溶出分析法对大蒜及大蒜油与铅、镉的作用进行了初步研究。
The action of garlic and garlic oil on lead and cadmium ions was investigated by using Potentiometric Stripping Analysis.
建立了环境样品中生物可利用镉的镀铋膜电极微分电位溶出分析法(DPSA)，考察了同位镀铋膜测定镉的条件。
A novel differential potentiometric stripping analysis (DPSA) was developed for the determination of Cd with bismuth-film electrode via standard addition method.
研究了镀铋膜电极替代镀汞膜电极的微分电位溶出分析法(DPSA)测定铅的方法，考察了同位镀铋膜测定铅的条件。
A novel substitutive differential potentiometric stripping analysis (DPSA) for the determination of Pb via bismuth-film electrode by standard addition method was proposed.
用微分电位溶出法测定香烟中铅灵敏度高，稳定性好，精密度和准确度均符合微量分析的要求。
The differential potentiometric stripping analysis has high sensitivity and stability in determining lead in cigarette and its precision and accuracy are up to the standard of microanalysis.
本文应用EA-1型微机化多功能电化学分析仪和微电极，提出头发中砷的计时电位溶出法测定，并结合流动注射技术实现连续分析。
In the present study, microcomputer-based electrochemical analyzer (model EA-1) and microelectrode were applied to establish the PSA method for the determination of As in human hair.
电位溶出法在环境无机痕量分析尤其金属元素测定方面得到了广泛的应用。
Stripping analysis has been widely recognized as a powerful tool for trace metal analysis.
电位溶出法在环境无机痕量分析尤其金属元素测定方面得到了广泛的应用。
Stripping analysis has been widely recognized as a powerful tool for trace metal analysis.
应用推荐