Non-aqueous titrations may be easily performed.
非水的滴定可以很容易进行。
Coulometric titrations of titanous ion give an average precision and accuracy of about 0.2% for milligram quantities.
毫克量亚钛的库仑滴定，平均误差和平均偏差约为0.2％。
Coulometric titrations of milligram quantities of titanous ion and hypovanadous ion give errors less than 1 per cent.
用电生醌分别进行毫克量亚钛和二价钒的库仑滴定，误差为千分之几。
The potential at the Stoichiometrical Point of Oxidation-reduction titrations can be calculated by using the equation under different circumstances.
采用这一计算式，可以计算在不同条件下，氧化还原滴定的化学计量点电位。
On the basis of charge balance equation and distribution function, this paper deduced one ubiquitous equation adapted to various acid base titrations .
从电荷平衡方程出发，结合分布函数，导出了适合于各种类型酸碱滴定曲线的普遍性方程。
Using C language, a corresponding computer aid teaching and experiment (CAT) program is developed and used for curve fitting of various acid base titrations.
并用C语言编写了相应的计算机辅助教学与实验程序（CAT），用于仿真各种情况下的酸碱滴定。
While waiting, plot your data by hand or use your PC. Review your titration curve with your ta. Discuss any changes which should be made for subsequent titrations.
在等的时候，利用所得数据，手绘或用个人电脑作图。跟助教讨论一下你的滴定曲线。讨论一下接著的滴定分析要否要作改变。
The measured results were well in correspondence with that of Chinese Pharmacopoeia′s nonaqueous titrations method. So the modified method could be further used in practice.
该法与药典的非水滴定法测定结果相一致，值得进一步推广使用。
Bring your analysis of your titration data to the laboratory. If you are not satisfied with your data discuss your concerns with your ta before carrying out additional titrations.
把你的滴定数据的分析结果带到实验室。如果你对你的数据不满意的话，在进行额外的滴定前，先跟你的助教讨论一下。
According to the chemical equilibrium calculation, this paper discuses the four kinds of titration analysis and proposes mathematical expressions of jump range of these titrations thereby.
本文从化学平衡计算出发，对四大滴定分析进行讨论，建立确定滴定分析突跃范围的数学表达式。
The strongly basic, weakly basic and non-basic nitrogen contents and acid values of the residues and their fractions were determined with non-aqueous potentiometric titrations and elementary analysis.
用非水电位滴定法和元素分析法测出了减渣及其各个组分的酸值、强碱氮含量、弱碱氮含量和非碱氮含量。
The strongly basic, weakly basic and non-basic nitrogen contents and acid values of the residues and their fractions were determined with non-aqueous potentiometric titrations and elementary analysis.
用非水电位滴定法和元素分析法测出了减渣及其各个组分的酸值、强碱氮含量、弱碱氮含量和非碱氮含量。
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