1) reduced exergy
折合皔
1.
According to anery action in heat supply process in CHP,reduced exergy-exergy analytical model for cost allocation in CHP system is formulated through introducing the conception of reduced exergy and considering ratio of acting energy to general energy.
根据睵在供热过程中起到的作用，引入折合皔的概念，考虑热电联产机组供热能量中的可用能占机组总可用能的比例，建立折合皔—皔法热电分摊比分析模型，并对几种典型机组的实际运行工况进行了计算。
2) reduced exergy-exergy method
折合皔-睵法
3) Conversion
折合
4) reduced exergy
折合
1.
Introduces the concepts of available anergy and reduced exergy by analysing the energy utilization process.
通过对其能量利用过程的分析,引入可用和折合的概念。
5) Reduced mass
折合质量
1.
This paper discusses the probloms of collision, extends the result in ref - which show the formula of the mechanical energy loss to the situation of oblique collision, simplifies the result by using the reduced mass, analyses the result with Knig s theorem and studies the result of the perfectly inelastic collision of many-body system.
对碰撞问题进行了一些教学上的探讨 ,把文献 [2 ]-[6 ]关于对心碰撞情形机械能损失的公式推广到两体非对心碰撞的情形 ,引入折合质量的概念对结果进行简化 。
2.
The reduced kinetic energy is discussed using the reduced mass of the constrained two bodies.
对受约束的两体问题在其自由方向上引入折合质量 ,并由此导出了受约束两体问题中质点的折合动能 ,同时也给出了处理受约束两体问题的一种简便方法 。
3.
In the teaching of central field, we should pay attention to turning the relative motion of two - body into one dimentuonal radial motion by introducing two physical concepts of reduced mass and effective potential energy, and we should also pay attention that the area law is the geometrical description of the conservation of angular momentum in the central field.
在有心力场教学中,应着重强调指出:通过引入折合质量和有效势能这两个物理量,把二体相对运动问题转化为单体沿径向的一维运动问题;以及面积定律是质心在有心力场中角动量守恒的几何描述。
6) Referring ratio
折合比
参考词条
补充资料：折合板高
分子式：
CAS号：
性质：折合成固定相单位粒径的理论板高，即以填料粒径为尺度来衡量的塔板高度。它等于理论塔板高度除以填料粒径，是无因次的折合参数。
CAS号：
性质：折合成固定相单位粒径的理论板高，即以填料粒径为尺度来衡量的塔板高度。它等于理论塔板高度除以填料粒径，是无因次的折合参数。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。