冗余函数和自反函数为特殊布尔函数。
The redundant function and self-negative function are special Boolean functions.
冗余函数和自反函数为特殊布尔函数。
The enumeration of symmetric balanced boolean functions with odd variables;
出于以下任意某个原因，其余函数是不可重入的。
The rest of the functions are non-reentrant because of any of the following.
余函数（齐次解）对应于暂态，特解对应于稳态。
Eg. The complementary function corresponds to the transient, and the particular solution to the steady state.
其余函数部分用于将结果取整，得出小时和分钟结果，组成结果字符串。
The remainder of the function consists of rounding up the result to hours and minutes and constructing the result string.
其中包括括号处理、计算剩余函数、字符串转换成数值等问题的处理方法。
The solutions included treating bracket, calculating the surplus function, changing string into numeric and so on.
本文使用余函数法和LKP状态方程对热物性参数进行焓熵计算，将计算结果与国外实验结果进行对比并判断其精确程度。
This article adopts Yu function method and LKP state equation to calculate enthalpy and entropy, compares the calculated results with experimental results and estimates the precision of the methods.
利用精确度高的P - R状态方程和M -H81状态方程，采用余函数法对制冷剂的比定压热容进行了理论推算和比较分析。
Based on P-R equation of state and M-H81 equation of state with high accuracy, detailed calculation and analysis were made by utilizing residual function method.
应用八十年代提出的新r - K状态方程序，改进纯物质常沸点汽化热的剩余函数预测法，推导出纯物质常沸点汽化热的新计算方程序。
A new equation for calculating heat of vaporization of pure compounds at normal boiling points is derived with the residual function method improved by the new RK EOS which was proposed in 1980s.
(练习)对于需求x(p) = p–e 其中 e >1 用p表示出消费者剩余. (提示:回忆一下，消费者剩余函数可以表示为.)
4 (Exercise) Fordemand x(p) = p–e, for e > 1, find the consumersurplus as a function of p. (Hint: recall that the consumer surplus can be expressed as .)
(练习)对于需求x(p) = p–e 其中 e >1 用p表示出消费者剩余. (提示:回忆一下，消费者剩余函数可以表示为.)
4 (Exercise) Fordemand x(p) = p–e, for e > 1, find the consumersurplus as a function of p. (Hint: recall that the consumer surplus can be expressed as .)
应用推荐