论文部分内容阅读
本文提出了一个计算机辅助三元体系组成分析方法。三元混合物的物理性质可从三个相应的二元体系用按比例内插法计算得到，借助于计算机分析三元体系物性与组成的关系获取三元体系的组成。本方法能有效地消除人为影响造成的误差，具有较高的精确度。只要某组分的某一物理性质与其它一个组分相差较大，一般不小于０．０７５，而不一定要求两条组成曲线之间很接近，也不要求相差较小的两组分间的组成曲线具有较好的线性。适应性强，应用范围较广。
This paper presents a computer-aided ternary system component analysis method. The physical properties of the ternary mixtures can be calculated from the three corresponding binary systems by proportional interpolation. The composition of the ternary system is obtained by means of computer analysis of the relationship between the physical properties and composition of the ternary system. The method can effectively eliminate the error caused by human influence and has higher accuracy. As long as a certain physical properties of a component with a large difference between the other components, generally not less than 0.075, and does not require close between the two composition curves, does not require less difference between the two components Composition curve has good linearity. Strong adaptability, wide range of applications.