1) mixing rule
混合法则
1.
The transverse stress of clad material was analyzed with the mixing rule,and the results show that the yield stress,tensile stress and the thickness ratio obey exponent function.
针对半固态连接制备的不锈钢-铝合金复层材料,对不同相对厚度比的复层材料进行拉伸试验,将试验数据与混合法则相比较,并建立了屈服点、抗拉强度与相对厚度比之间的关系模型。
2.
Some successful vapor-liquid equilibrium(VLE) mixing rules based on excess free energy models proposed in recent years combines the advantages owned partially by equations of state and activity coefficient models to obtain the better prediction for nonpolar and polar systems.
绝大多数状态方程是结合简单的vanderWaals混合法则来进行VLE数据关联的 。
3.
The mixing rule of MH epuation Based on G￣E model is proposed,by which the fluid phase equilib-rium calculation is carried out.
提出了ＭＨ方程基于Ｇ￣Ｅ模型的混合法则，并用于流体相平衡计算。
2) compound principle
混合物法则
1.
Basing on compound principle to simulate the drawing deformation strengthening behavior of hypoeutectoid steel, the simulation calculation in which the strain distribution is thought can estimate strengthening trend of materials well, which conforms to test results basically and can provide strength design basis for wire ropes production of hypoeutectoid steel.
用试验的方法得到45钢的拉拔强化曲线,基于混合物法则模拟亚共析钢的拉拔形变强化行为,考虑应变分配问题的模拟计算能较好预测材料的强化趋势,与试验结果基本相符,可为亚共析钢钢丝绳生产提供强度设计依据。
3) dielectric mixing laws
介质混合法则
1.
The effect of ceramic fine power content on dielectric propert as well as the dependence of dieletric properties were investigated and dielectric constant were also predicted using dielectric mixing laws.
研究了陶瓷微粉含量对其介电性能的影响以及介电性能的频率和温度特性 ,并用介质混合法则对其介电常数进行拟合分析。
5) Mix-Strengthen rule
混合强化法则
6) mixing rule
混合规则
1.
Prediction of high pressure vapor-liquid equilibria using a new mixing rule for the PR equation of state;
用PR方程新的混合规则预测高压汽液平衡
2.
The quadratic functional local composition mixing rule and its application in the M-H81 equation of state;
二次形局部组成混合规则及在M-H81状态方程中的应用
3.
Selecting one mixing rule to calculate the mixture parameter can make significant effects on the accuracy when we calculate the mixture phase equilibrium by the equation of state.
在使用状态方程计算混合物的相态平衡时,用哪种混合规则来计算混合物参数,对计算的精度影响非常大。
补充资料：复合材料混合法则
复合材料混合法则
rule of mixture
复合材料混合法则rule of mixture从复合材料各组分性能分量计算复合材料相应性能的方法。为了估算单向纤维复合材料(或单层)的性能，人们常常借助于组分材料的性能、组分材料的几何排列和相应的体积含量，通过分析求解。这种分析计算常常很复杂。因而，要求提出一些简单、近似的方法。混合法则就是从组分性能估算复合材料性能的一种简单方法。估算结果和试验结果比较一致。 使用混合法则估算复合材料性能时，应满足下列前题:①复合材料宏观上是均质的，不存在内应力;②各组分材料是均质的各向同性(或正交异性)及线弹性;③各组分材料之间粘结牢固，无孔隙。 用于计算连续纤维复合材料纵向弹性模量EL的棍合法则为 EL~Ef歼十百nl(1一科)式中Ef、百n刀分别为纤维、基体的纵向弹性模量，铸为纤维的体积分数。 用于计算连续纤维或不连续纤维复合材料主泊松比姚T的混合法则为 夕LT=战Tf环+夕LTm(1一环)式中姚Tf和战、分别为纤维和基体的主泊松比，认为纤维的体积分数。 (张晓明)
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条