1) oscillographic potentiometry
示波电位法
1.
A catalytic-kinetic method combined with oscillographic potentiometry was developed for determination of trace vanadium based on shortening the induction period of bromate with bromide and ascorbic acid in chlorhydic acid system.
研究了在酸性介质中 ,钒催化KBrO3 KBr 抗坏血酸体系的反应和动力学条件 ,建立了催化动力学示波电位法测定痕量钒的方法。
2.
A new method for the determination of tea tannin is developed on the basis of thespeed difference between the redox reaction of bromate with bromide and the bromination of tea tannin and of the combination of oscillographic potentiometry with kinetic analysis.
本文利用KBrO3和KBr的氧化还原反应与茶单宁的溴代反应间的速度差异，将动力学分析法与示波电位法结合起来，提出了测定痕量茶单宁的新方法。
2) oscillographic chronopotentiometry
示波计时电位法
1.
Simultaneous determination of Pb~(2+) and Cd~(2+) by oscillographic chronopotentiometry with radial basis function neural networks;
径向基神经网络示波计时电位法同时测定铅和镉
2.
In oscillographic chronopotentiometry to employ Hg working electrode, oscillographic chronopoten- tiogram formed after classical oscillogram was incised by end depolarizer was called a small oscillogram.
提出了小示波图的概念,建立了基于小示波图的示波计时电位法。
3.
The use of silver disk electrode for oscillographic chronopotentiometry is described.
首次将银盘电极用于示波计时电位法直接进行示波测定 ,讨论了银盘电极上的示波计时电位法。
3) Oscillo-potentiometric titration
示波电位滴定法
1.
Investigation and application of oscillo-potentiometric titration of copper(Ⅱ) at copper(Ⅱ)-modified electrode;
铜离子修饰电极上铜(Ⅱ)的示波电位滴定法及其应用
4) oscillographic potentiometric titration
示波电位滴定法
1.
In this paper,determination of COD in water has been studied by Oscillographic potentiometric titration.
本文用回流处理样品，以示波电位滴定法测定水中化学耗氧量（ＣＯＤ），方法简单，终点变化敏锐，特别适宜于有色和有悬浊物的样品分析。
5) Oscillographic bipotentiometry
示波双电位法
6) oscillo potentiometric titration
示波电位
1.
A simple and rapid method of zero current oscillo potentiometric titration of boran is put forard.
研制了一种能对BF-4 响应的CPC—BF-4 —PVC修饰电极 提出了一个快速测定硼的零电流示波电位滴定法 以氯化十六烷基吡啶 (CPC)为滴定剂 ,用修饰石墨电极为指示电极 ,甘汞电极为参比电极 利用阴极射线示波器荧光屏上荧光点的突然位移来指示CPC滴定硼的终点 ,具有灵敏、准确、快速等特点 该法可用于测定陶瓷中的
补充资料：超声示波法
超声示波法
ultrasonic oscillometry
即“A型显示”。是将回声的幅度，以波的形式显示在示波器上，从反射波的位置、分布、高低、形状等判断疾病。适用于脏器或组织间的径线值及距离测定，对液性、实性和含气性介质做鉴别诊断，对囊肿血肿、脓肿和积液等液性和实性病变可确诊。但因不能形成断面图像、缺乏形象和直观性。
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