解析过程

Languages are embedded in social worlds, and to the ethnographer is left the larger endeavor of interpreting, or "translating" from one social world to another, a process that Asad reminds us has "since the 1950s become an almost banal description of the distinctive task of social anthropology"(1993:171) Critical to both kinds of translation – word-to-word and bridging different social worlds – but located somewhere in between them is the task of contextualizing key terms within explanations of indigenous cultural domains.

不同的语言来自不同的社会环境，而民族志学家面临的任务就是从一个社会环境，"解析"或"翻译"到另一个社会环境，这个过程是阿萨德(1993：171)称之为："五十年代以来对社会人类学独特的工作所作的近乎陈腐描述"（1993：171）。

But the exact solution of best linear prediction could be evaluate via characteristic of Gaussian process.

但最佳线性预测可藉由高斯过程的特性精确的求出解析解。

Stochastic medium model can be used to resolve such kind of task, During the construction of cities with sustainable development capability, underground project, in contrast to ground project, is always difficult to be solved quantitatively by enclosed analytical formulator, due to the complexity of rock medium.

在建设可持续发展城市的过程中，与地面建筑相比，地下工程处在岩土介质中，由于岩土介质的复杂性，一般难以用封闭形式的解析公式定量地求解问题。

And a model of layer—disperising dual medium is established (2) Some new theories and methods, such as Fourier dual integral transformation and half numeral value analytic method and so on, are used to establish the calculating formula in this paper.

2本文在理论推导上，应用了数学、力学和数学物理方程方面的新理论和新方法，如：二重富里叶积分变换、板壳理论、分离变量法以及半解析数值方法等，使本论文在理论推导过程上，增加了理论的严密性和逻辑性。

Application of the QA approximation to forward modeling and Frechet derivative computations speeds up the calculation dramatically.

反演过程中的正演和Frechet导数矩阵计算都应用准解析近似大大提高了计算的速度。

After that, the analytical formula of the free boundary variable s versus time variable t in the two phase cylinder group melting process. The formula is important to study the factors affecting the group melting.

求出两相圆柱团熔融过程中固液界面s与时间t的解析表达式，它对分析研究影响物料团熔融的相关因素起着重要作用。

A two dimensional kinematic frontogenesis process is studied for examing the use of adaptive grids in numerical model.

用一个具有解析解的二维动力锋生成过程算例，对比自适应网格方案和固定网格方案的优劣。

The evolvement and mechanism of border-collision bifurcations and chaos were analyzed after the collision border line was studied. Results show the limitation of duty cycle is the fundamental cause of non-smooth bifurcations.

分析边界碰撞分岔和混沌演化过程及其产生机理，推导出碰撞边界线的解析表达式，指出发生边界碰撞的根本原因在于开关变换器占空比的有界性。

This paper mainly consists of three parts:(1) Based on the Reddy's higher-order shear deformation plate theory and general von Kármán-type equations, put forward the governing equations of pre- and post-buckled vibration of several hybrid FGM plate forms which have not been studied adequately, triumphantly applying the perturbation technique combined with Galerkin method into equations solving, and get the comparatively simple result forms with complicated deduction at last;(2) As a new type of materials, piezoelectric fiber reinforced composite actuators were applied to optimal vibration control, interrelated informatons be depicted in this paper;(3) During the investigative cource, some factors not been considered adequently in other researches were discussed fully in the postbuckled vibration analysis, such as the temperature-dependent material coefficients, heat conduction and nonlinear vibration characteristic etc.

本文的研究工作主要包括：(1)基于Reddy高阶剪切变形板理论和广义Kármán型方程，给出了几类现有研究成果较少或没有彻底解决的FGM混合板结构的屈曲前和屈曲后振动特性研究的控制方程，成功将摄动-Galerkin混合法应用于求解过程，并给出了各控制方程相对直观且易于计算的解析解形式；(2)单向压电纤维增强复合材料(Piezoelectric Fiber Reinforced Composite，简称PFRC)是一种新型压电材料，本文将其应用到了结构振动控制研究当中，发现通过压电纤维体积含量的选择可以实现混合板结构的优化振动控制；(3)围绕几种有代表性的FGM混合板结构，讨论其屈曲后的振动特性，在分析中同时考虑热传导，材料物性参数的温度相关性，以及机/热/电荷载耦合效应对非线性振动特性的影响，最后给出了大量数值计算结果。

Except in Gaussian process, the best prediction in MA model is nonlinear, generally there is no exact solution, it could compute numeric solution by numeric method.

除了在高斯过程之外，MA模式下的最佳预测都是非线性，一般情况下无解析解，只能透过数值方法得出数值解。

In the United States, chronic alcoholism and hepatitis C are the most common ones.

在美国，慢性酒精中毒，肝炎是最常见的。

If you have any questions, you can contact me anytime.

如果有任何问题，你可以随时联系我。