| 1. | Time - temperature superposition principle
温叠加原理 |
| 2. | Boltzmann superposition principle
玻耳兹曼叠加原理 |
| 3. | Electromagnetic analysis and superposition principle analysis method on induction motor ' s single phase operation
异步电动机单相运行的电磁分析和叠加原理分析方法 |
| 4. | The electric current density vector field also satisfies superposition principle , some applications thereof are introduced
摘要电流密度矢量场也满足叠加原理，给出了一些应用电流密度场叠加原理的例子。 |
| 5. | To carry out computer program of bending bar , mathematical model of calculating support constraint forces is deduced from dynamic model of bending bar and superposition principle
摘要根据承弯杆件的力学模型，利用叠加原理，推导出计算支座约束力的数学模型，它是实现承弯杆件计算机程序设计的前提。 |
| 6. | ( 1 ) equation is deduced when input is complete correlation , frequency response function has not solution ( order of numerator of polynomial need not be defined ) . we can directly use superposition principle of linear system to obtain response without solving frequency response function
( 1 )当输入部分相关时,输入矩阵为非对角矩阵,其频响函数不能直接求得,本文推导了解决此类问题的公式。 |
| 7. | Accordingly , solution for the dynamic response of grouped piles taking consideration of shear deformation was developed by using superposition principle , and the effects of shear deformation and the other factors on the horizontal displacement and the distribution of shear forces at pile head were investigated
在此基础上，利用叠加原理得到了考虑桩体剪切变形的群桩水平动力响应解，并分析了剪切变形和其他因素对桩顶水平位移以及桩顶剪力分布的影响。 |
| 8. | Based on the linear creep superposition principle , admiting average loading age coefficient and average time - lasting coefficient , adopting creep and shrinkage calcultion in aci code , a simplified method of creep and shrinkage analysis in reinforced concrete member bearing multi - times axial forces is presented
摘要根据线性徐变的迭加原理，引入平均龄期影响系数和平均持荷影响系数，利用aci规范中的徐变和收缩计算公式，推导了钢筋混凝土轴压构件分批加载时收缩徐变分析的简化计算方法。 |
| 9. | ( 4 ) after the rationality of numerical simulation has been testified , going along a series of numerical simulation and performance research . firstly , the thermal superposition principle , based on adiabatic heat transfer coefficient and superposition kernel function , is put forward for the research of discrete heat sources ’ temperature field and thermal conjunction effects secondly , decreasing thermal spreading resistance is good for improving the heat transfer performance , and several methods are discussed
第一、在热叠加原则理论基础上,利用数值模拟方法研究了固态组件的温度场和多个分散热源在热扩展体上的热耦合效应,而且证明了强迫对流情况下热叠加原理形成的温度场和系统模拟时的温度场计算结果非常吻合;第二、针对固态组件里集中热源的特点,对扩展热阻进行了研究,从理论上探讨了减小扩展热阻改善散热性能的方法。 |
| 10. | Time - temperature superposition principle could bee applied to g " dependence on cd , and the dependence of shifted factor at on temperature demonstrated a linear relationship by a plot of in at vs . t - 1 . the steady rheological measurements for nanocomposites melts were conducted . the results revealed that the melts of exfoliated nanocomposites with lower loading of org - mmt exhibited shear - thinning even at lower shear rate as compared with polymers filled with common particles , while the melts flow depended weakl
研究结果表明仁复合体系g ‘和动态损耗模量宁的对数关系性呀g ‘一109夕， _印维乖温动态模量满足时温叠加原理，频率移动因子( at )的对数与塌度的倒攀即种马与了一‘有良好的线性关系?一_面，复合体系熔体的稳态剪切流变行为具有不同于普通粒子填充聚合性。 |
