1) electrode Method
电极法
1.
Comparability of electrolytes and metabolins test with electrode method and standard laboratory method;
电极法与标准实验法测定电解质和代谢物的比较
2.
Electrode method has good selectivity,high sensitiveness and wide linearity to detection of fluorid in rain water.
电极法测定降水中的氟具有选择性好、灵敏度高、线性范围宽 ,降水中的浑浊和色度不影响测定的特点 ,测定范围为 0 。
3.
Methods Three methods:electrode method,kinetics enzymatic method using NADH variant(thio-NADH) as substrate and endpoint enzymatic method using NADH as substrate,were evaluated on linearity,precision,recovery rate,interference and bias.
方法通过观察电极法、以还原性辅酶Ⅰ变体(Thio-NADH)为底物的酶促动力学法和以NADH为底物的酶促终点法的线性范围、精密度、回收率、抗干扰能力和偏倚对3种方法的分析性能进行评估。
2) electrodes
电极法
1.
Objective:TP,Urea,Cr and blood glucose were measured by electrodes and end reaction methods at the same time to evaluate the accuracy and reliability of these two methods.
目的 :采用电极法和终点法同时测定总蛋白 (TP)、尿素 (Urea)、肌酐 (Cr)、血糖 (glu)。
3) film-electrode method
膜电极法
1.
The film-electrode method for the determination of BOD_5 was compared with the iodometric method through the precision experiment.
随着环境监测技术的发展,膜电极法测定5 d生化需氧量将逐步替代碘量法。
4) four-probe method
四电极法
1.
Electrical resistivity measurements of carbon fiber reinforced cement-based (CFRC) are conducted using the four-probe method.
研究四电极法中电板位置、电流大小、交直流等对碳纤维水泥基复合材料(CFRC)圆柱试样电阻率测试的影响。
5) fluoride electrode method
氟电极法
1.
This paper presents fluoride electrode method to deterine silicon content in steels The silicon in steel is firstly converted into silicate solution,which is precipitated to K_2SiF_6 by adding an excess of NaF standard solution and KCl solution.
本文提出了测定钢铁中硅含量的氟电极法。
6) Clark electrode
氧电极法
1.
METHODS: Using Rhodamine123 (Rh123) as fluorescent prober to measure mitochondrial membrane potential and to record mitochondrial respiratory parameters with a Clark electrode,the effect of diazoxide on mitochondrial membrane potential and mitochondrial respiration were investigated.
方法 :以罗丹明 12 3为荧光探针测定线粒体膜电位 ,氧电极法测线粒体呼吸 ,观察二氮嗪对正常大鼠心肌线粒体跨膜电位及呼吸的影响。
补充资料：离子选择性电极(见电位分析法)
离子选择性电极(见电位分析法)
离子选择性电极见电位分析法。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条