结构

The features of MANET＇s nodes and topological structures are analyzed.

分析了MA-NET节点结构特点和常用的两种拓扑结构，即平面结构和分级结构。

Setting the common construction program of lightweight steel structure and the grid welding of one aerial manufactural plant,it discusses the manufacture of lightweight steel construction and the quality control of grid welding,to perfect the construction technique of steel structure and prompt the application of steel structure in projects,and can give a reference to the similar projects.

以某航空城飞机制造车间的轻钢结构、焊接球网架共同施工的建设项目为例，对钢结构制作和网架焊接的质量控制进行了论述，以完善钢结构施工工艺，推广钢结构在工程中的应用，可供同类工程参考借鉴。

In music structure, through the contract of the musical form structure of this work and the typical classical concerto musical form structure, it summarized the inheritance of classicism concerto structure and the personalized innovation of national style of this work, and emerged Chopin"s inheritance in concerto creation and his innovative spirit in this area. In melody, by centering the elaboration on the vocal and colorful melody, it fully displayed Chopin"s unique artistic style and distinct romanticized characteristic in melody creation. In rhythm, with the analysis of the third music movement"s rhythm, we could learn the rhythm of mazurka which penetrated the entire music movement and which had typical Poland national characteristics, the national characteristics of the work, and the primary form of characteristic rhythm. Furthermore, it revealed the national essence and the origin material in Chopin"s works. At last, in harmony, from the aspects of linearity and the sound thought of semitone, the counter-function harmony proceeding in breaking traditions, the harmony technique in function-extended, the charm in detuned chord, the blending of sound rhythm and music situation, it analyzed and summarized the distinct romanticism in harmony arranging in the work.

音乐结构上，通过作品曲式结构与古典协奏曲典型曲式结构的对比，总结作品对古典主义协奏曲结构的沿袭和民族风格的个性化创新，展现了肖邦在协奏曲创作的继承和创新精神；旋律上，主要围绕作品旋律的歌唱性和色彩性进行论述，充分展现肖邦在旋律创作上独特的艺术风格和鲜明的浪漫主义特征；节奏上，通过对第三乐章的节奏分析，展现了贯穿整个乐章的具有典型波兰民族特色的玛祖卡节奏，阐述作品的民族特色，并追溯特征节奏的原形，进一步揭示肖邦创作的民族本质和素材来源；和声上，从半音化的线性和声思维、突破传统的反功能和声进行、功能延伸式的和声手法、音阶化的转调模进手法、离调和弦的色彩魅力等几个方面入手，分析和总结了作品在和声运用上新颖、鲜明的浪漫主义特色。

Considering the randomness of the structural physical parameters and utilizing the random variable's functional moment method and the algebra synthesis method, the mean value and the variance of the mean square value of the structural displacement response under stationary random excitation are computed firstly from the expressions of structural stationary response in frequency domain. And then the expressions of the mean value and the variance of stochastic rigid frames dynamic reliability are educed from the Poisson formula of calculating dynamic reliability.

考虑结构的物理参数具有随机性，从结构随机响应的频域表达式出发，利用求解随机变量数字特征的代数综合法和矩法，导出随机参数刚架结构在平稳随机激励下的位移及速度响应均方值的数字特征，再由动力可靠性的Poisson公式导出结构动力可靠度的计算公式。

The dynamic characteristics of stochastic truss structures and stochastic frame structures are analyzed by using Random Factor Method. Then, from the expressions of structural random response of the frequency domain, the computational expressions of the mean value, variance and variation coefficient of the mean square value of the structural displacement and stress response under the stationary random excitation or non-stationary random excitation are developed by means of the random variable's functional moment method and the algebra synthesis method.

考虑压电智能桁架结构物理参数、几何参数、结构阻尼和外荷载、闭环系统控制电压分别或同时为随机变量，构建了结构在随机力作用下的动力响应分析模型，提出了求解方法，推导出结构动力响应随机变量的数字特征计算表达式，通过算例验证了所建模型和所提求解方法的正确性和有效性。

Crystal lattice constants are close to other experiment results. Three kinds of chemical bonds exist among Mg and B atoms, between magnesium and boride is ionic bond and metallic bond is the predominant interaction in the layer formed by magnesium atoms. A strong covalent bond in the form of sp2 hybrid between boride atoms is the most important factors which can affect the transition temperature of MgB2. Population analysis clearly shows that electrons are transferred from Mg to B, as a result, the electron-phonon coupling in the layer of B is very strong.

规范保守赝势的计算结果表明，晶格常数与实验值误差在很小的范围内，分析了引起MgB2(001)面结构超导转变时电子浓度和偏态密度的变化情况，发现构成该超导体结构的成键有3种，着重从结构的电子浓度变化分析了其超导特性，六角蜂窝状结构中硼原子间相互作用为sp2杂化的共价键，镁原子和硼原子之间是离子键结合，镁原子层是金属键结合，镁原子的价电子部分转移到硼原子的pz轨道，部分电子为镁原子层共用。

Feng and Akira Mita who combined structure control theory with the characteristic of conventional mega-sub frame structure is a new structural configuration of super tall buildings.

Feng和Akira Mita结合结构控制理论和一般巨型框架结构的特点提出的一种新型的超高层建筑形式，它巧妙的将TMD和MTMD的质量调频原理应用于结构中，形成了一种具有自减振功能的结构体系。

We present its system design, including the design of architecture, storage structure and modularization structure.

对INDRE系统结构、存储结构、模块化结构进行了详细的结构设计。

The macroscopic rheological parameters and microstructure parameters were closely related, it is helpful to explain the essence of multiple rheological properties through the analysis of which the wax evolution process and microstructure of the crude oil which is waxy and high viscosity; the yield time of gelled waxy crude oil monotone increases along with the decreasing of rate of shear (the time of stress effect prolonged), there was power function relationship between them, it can be expressed with ; when adding diesel oil to Sudan crude oil, dilute proportion bigger the eccentricity degree of paraffin particles were bigger too, that was to say the symmetry of wax crystal was better, the wax crystal form fabric more hardly when the intermolecular interaction was smaller; in the light of macroscopica, the fall extent of the abnormity temperature, solidifying point and viscosity could be larger along with the accretion of dilute proportion, as a result, it's rheological properties could be improved.

SD原油析蜡点为94℃，析蜡高峰为50～30℃，异常点为40℃；其蜡晶颗粒细小、对称性差，所以具有较大的比表面能，容易形成联生、联锁结构；损耗角曲线与储能模量曲线或损耗模量曲线的交点所对应的温度与原油凝点或倾点温度非常接近，大约在39℃左右；也就是说，含蜡原油粘弹特性曲线的交点可以表征其流动性；原油宏观流变参数与微观结构参数密切相关，原油析蜡过程及蜡晶微观结构分析有助于诠释易凝高粘原油多重流变特性的本质；胶凝含蜡原油的屈服时间随剪切速率的降低而单调增加，二者显然存在幂函数关系，可用关系式描述；当SD原油加柴油稀释处理时，稀释比越高，蜡晶颗粒的偏心度也越大，亦即蜡晶对称性越好，分子间作用力越小，蜡晶颗粒越不易形成结构，宏观表现为异常点、凝点及表观粘度等流变参数下降的幅度越大，流动性越好。

Masonry structure is mainly applied in the multistory building in China nowadaysand in the future.

摘要砌体结构是目前我国多层住宅中应用最广泛的结构体系，在今后相当长的时期内仍将是多层住宅结构体系中的主要结构类型。

This one mode pays close attention to network credence foundation of the businessman very much.

这一模式非常关注商人的网络信用基础。

Cell morphology of bacterial ghost of Pasteurella multocida was observed by scanning electron microscopy and inactivation ratio was estimated by CFU analysi.

扫描电镜观察多杀性巴氏杆菌细菌幽灵和菌落形成单位评价遗传灭活率。