滴定反应

对氧化还原滴定反应计量点电势的通用计算公式进行了具体深入的探讨，对公式作了准确表述和具体证明。

In the paper , universal calculation equation for gauging-point electric potential of oxidation-reduction titration reaction is discussed , testified and expressed exactly .

氧化还原滴定反应完全程度的几点探讨

Discussions on the Degree of the Reaction of Redox Titration

是滴定反应中选择指示剂的依据。

Choosing titration indicator is based on jump range of titration ourve .

研究表明，反应物的混合方式、滴定速度、反应物配比以及反应体系的pH值等因素对前驱体的形成有非常大的影响。

Research shows that technical factors including mixing mode of reactants , titration speed , proportion of reactants and pH value of solutions etc have a great influence on the formation of precursor .

研究了起始Al（NO3）3浓度、氨水滴定速度、反应体系pH值以及煅烧温度等工艺条件对包裹粉体性能的影响，同时对Al2O3/Al复合陶瓷的微观结构和性能进行了研究。

The influence of Al ( NO ) 3 solution-concentration , titration speed of ammonia , pH value of reaction system and sintering temperature on the properties of Al2O3 coated Al powders were studied . The structure and properties of Al2O3 / Al ceramics were also investigated in this paper .

在Boehm法的基础上，应用酸碱反应的基本原理进行炭黑的表面官能团分析，通过采用滴定法确定反应终点，使测量的准确性和重现性均得到提高。

Based on the principle of acid-base reaction , the automatic electrometric titration has been used for the quantitative determination of the oxygenic functional groups , such as carboxyl , hydroxyl , lactone and total acidity .

氧化还原反应体系用于滴定分析中反应程度判据的探讨

Criterion of reaction degree in oxidation - reduction titration analysis

从理论上对配位滴定时解蔽反应的酸度问题进行了探讨，并提出了简便的计算方法。

The acidity control problem of de-masking reaction in complexometric titration was presented theoretically in the paper , and simple calculation method was also provided .

目的：探讨吗啡作为第三阶梯止痛药对晚期癌症患者重度疼痛治疗的效果、剂量滴定及不良反应。

Objective : To approach the clinical effect , titration dosages and side effect of oral morphine as the third analgesics ladder for the advanced cancer patients with severe pain .

采用化学滴定法测定未反应活性氢的质量分数，以确定反应的收率；

The yield of this reaction was determined using chemistry titration by which the unreacted active hydrogen was detected .

采用化学滴定法测定了反应产物的接枝率和接枝效率；

The copolymerization was confirmed by FT infrared spectra and the grafting degree and grafting efficiency were measured by chemical titration .