多相的

At the same time, this thesis focuses on the theoretical research on the LBGK method and discusses the inner relation between the LBGK and the N-S equations.The relationship among the selection of velocity group , the forms of equilibrium distribution functions,and the macroscopic N-S equations is clearly revealed.LBGK method has many advantages, such as easy dealing with the complex boundary conditions and high amenability to parallel computing.

本文系统地总结了各种LBGK模型，特别是对LBGK模拟二相流和多相流模型进行了认真地研究；同时从新的角度对LBGK进行了理论研究，用全新的方法探讨了LBGK和N-S方程的本质联系，清晰地揭示了速度族的选择、平衡态分布函数的形式和宏观NS方程三者之间的关系。

In order to take account of the effect of magnet field harmonic,the phase winding loop model is usually used in square wave propulsive motor.

为了充分考虑磁场各次谐波的作用，方波推进电动机一般采用相绕组回路的数学模型，模型中绕组参数的测量和计算较为复杂，其中带阻尼绕组的多相永磁同步推进电动机的绕组电感测量和计算尤为困难。

Zhu Xi, on behalf of neo-cofucians in Song, dealed with the new challenge in two ways.In the field of thought,he returned to tradition, elucidated new concept, achieved the transformation of cosmology, and constructed new discourse praying for rains.These conceptual apparatus as power to change the world, connecting idear with politcal practice, formed new knowledge-power structure.In practice, Song confucius,as local watch-keeper, not only overcoming, but also preventing the disasters, employed constructive anti-disaster view to overwhelm droughts; as excutive to rule and punish, they adopted detailed strategies, hiding in the pathan of populer religion, trapping gods, autherizing daities, cleverly modefied roles, wove a new trick with more peace, more humility, and more respect, and enbodied a kind of brilliant non-resistant compellatio...更多n in competition with diffused religions else.

朱熹作为宋代新儒家的代表主要从两个方面因应这场危机：思想方面，回向传统，阐发概念，完成了宋代宇宙论的变革，建构了祈雨的新话语世界，这些概念工具成为了改变世界的力量，打通了理想和现实政治之间的断裂，形成了知识与权力的新结构；在实践中，作为地方的守护者，防治并重，不治有灾治未灾，发展出一套着眼于建设的祈雨抗灾观，作为规诫和惩罚的执行者，运用更加细腻而策略的手段，潜入民间宗教的万神殿，诱捕收编各路神仙、赐封认证各种灵迹，巧妙地转换角色，用更多的和平、更多的谦和、更多的尊重编织成一个新的圈套，成功地柔化了残酷镇压的外观，体现了一种高明的非对抗性强制，与弥散型宗教的通俗文化相竞争。

The effects of injection temperature on the dispersion phase and mechanical properties of polyoxymethylene/thermoplastic polyurethane elaster blends were investigated.

研究了注塑温度对聚甲醛/热塑性聚氨酯弹性体共混物形态结构和力学性能的影响。实验结果表明，注塑温度影响POM基体相与TPU分散相的粘度比，195℃时两者粘度相当，在剪切流动过程中，TPU可在POM基体中形成条状分散相，可吸收较多的冲击能并阻止银纹的生长以及裂纹的产生，从而较大幅度提高共混物的缺口冲击强度

Using the known results on CCF of m-sequences, the parameters of LCZ sequence sets obtained from composite GMW sequences are analyzed and then two classes of asymptotically optimal binary and multiphase LCZ sequence sets are obtained.

利用m-序列互相关特性的已知结果，论文比较分析了由GMW序列的复合序列得到的具有低相关区的序列集的参数，得到了两类渐近最佳的二元和多相序列集。

In this field, the absorption on solid surface is the indispensable step of heterogonous catalysis, and the most widely applied catalysis is the one of gas on solid.

据统计，世界上85%的化学制品要依靠催化反应制得，而催化与吸附关系密切，其中固体表面的吸附是多相催化的必经步骤，应用的最为广泛的是气固相的催化作用。

The organic/inorganic composites, as new materials that combine the inorganic phase"s rigidity,stability and the organic phase"s toughness and workability, have important theoretical and realisticsignificance in materials science. C_(60) is a brand-new holosymmetry spherical molecule with theunique physical and chemical property, displaying wide implications and applications of physics,chemistry, biology, materials science, medicine, electronics, and so on.

有机／无机复合材料集无机相的刚性、稳定性和有机相的韧性、加工性等诸多特性于一体的一类新型材料，具有重要的理论和现实意义。C_(60)是一个全新的全对称球形分子，具有独特的物理、化学性能，已广泛地影响和应用到物理、化学、生物学、材料学、医学、电子学等许多领域。

The present work studied the morphology and properties of ternary blends composed of thermoplastic, glass fiber and thermotropic liquid crystalline polymer.

本论文研究了由热塑性树脂、宏观纤维和热致液晶聚合物组成的多相共混体系中，组分形态和相界面作用等因素与体系加工流变性能和其他性能的内在联系，以及这些因素对液晶聚合物和宏观纤维几何尺寸与分布的影响规律，从流变学、形态学和力学上认识形状与尺寸不同的两种分散相对体系产生的影响。

A high-resolution Differerntial Thermal Analysis apparatus was used to sinter the mixture of Mg and B powder and monitor the reaction process. Based on the classical sintering theory and multiple scan kinetic analysis method, the formation process and mechanism of polycrystalline MgB2 during in-situ sintering process were systemticlly investigated and the optimal sintering process was determined.

上述研究包含的主要内容和获得的结论有：利用高精度差热分析仪对Mg粉和B粉的混合试样进行烧结处理并同步监控其反应进程，在实验分析的基础上，结合经典烧结理论和多重扫描动力学分析方法，系统研究了原位烧结制备过程中多晶MgB2相的形成过程及成相机理，并确定了最佳烧结工艺。

In order to study the speed control performance of multiphase trapezoidal-wave permanent magnet synchronous motor, the mathematical model was established based on the six-phase TPMSM with Y-Y winding shifting 30° electric-degree.

为了研究多相梯形波永磁同步电动机的调速性能，基于Y-Y移30°电角度的六相TPMSM建立数学模型，在Simulink仿真环境下设计了TPMSM的电流型自控频率式调速系统。

Lugalbanda was a god and shepherd king of Uruk where he was worshipped for over a thousand years.

Lugalbanda 是神和被崇拜了一千年多 Uruk古埃及喜克索王朝国王。

I am coming just now,' and went on perfuming himself with Hunut, then he came and sat.

我来只是现在，'歼灭战perfuming自己与胡努特，那麼，他来到和SAT 。