临汾凹陷区主要活动断裂卫星影像分析

论述了活动断裂的一般影像特征，对临汾凹陷区主要活动断裂构造的卫星影像进行了分析，从而论证了应用卫星影像可以查明活动断裂的具体特征、力学性质及活动方式等，使人类进一步认识断裂构造的活动规律，将其所造成的自然灾害损失降至最低。     

乳化渣油作型煤粘结剂的研究

本文介绍了乳化油制型煤的工艺过程和制型煤中原料的配比及不同工艺条件对型煤工艺性能的影响。     

从叙述学视野剖析《等待野蛮人》

库切是当代世界文坛上一位对文学创作有着独到感悟和见解的小说家。在其最具争议的《等待野蛮人》中，他寓言般的写作方式不是直接诉诸说教，使得读者可以将其放在不同的语境下加以解读。结合叙事学理论，探讨叙事视角，叙事聚焦，叙事语气如何推动对此小说主题的理解。     

Mesoscopic structure and properties of liquid crystalline mesophase pitch and its transformation into carbon fiber

The history and present state of the art in the chemistry of mesophase pitch, which is an important precursor for carbon fiber and other high-performance industrial carbons, are reviewed relative to their structural properties. The structural concepts in both microscopic and macroscopic views are summarized in terms of the sp(2) carbon hexagonal plane as a basic unit common to graphitic materials, its planar stacking in clusters, and cluster assembly into microdomains and domains, the latter of which reflect the isochromatic unit of optical anisotropy. Such a series of structural units is described in a semiquantitative manner corresponding to the same units of graphitic materials, although the size and stacking height of the hexagonal planes (graphitic sheets) are very different. Mesophase pitch is a liquid crystal material whose basic structural concepts are maintained in the temperature range of 250 to 350 degrees C. The melt flow and thermal properties are related to its micro- and mesoscopic structure. The structure of mesophase-pitch-based carbon fiber of high tensile strength, modulus, and thermal conductivity has been formed through spinning, and has inherited the same structural concepts of mesophase pitch. Stabilization settles the structure in successive heat treatments up to 3000 degrees C. Carbonization and graphitization enable growth of the hexagonal planes and their stacking into units of graphite. Such growth is governed and controlled by the alignment of micro- and mesoscopic structures in the mesophase pitch, which define the derived carbon materials as nanostructural materials. Their properties are controlled by the nanoscopic units that are expected to behave as nanomaterials when appropriately isolated or handled.     

汉语语音的基音快速提取算法

根据汉语语音信号的特点．该文提出一种简化的自相关基音提取的方法，算法具有简便、快速、准确和易于实现等特点。此方法不仅可用于孤立字．更适用于提取二字词的声词。实验表明，所得到的１５种二字词声调的基本模式和轻声变调等都与已有的研究报导相符。含有清声母音节时，二字词声调能提供音节分割和声韵分离的准确信号．基音提取成功率高于９０％。     

无绳集团电话双音多频DTMF信号的实现

介绍了在无绳集团电话研制中所采用的双音多频ＤＴＭＦ信号的一种实现方法，通过软件模拟不同的单音频率，并对其按一定的采样速率取样，叠加即得到相应的双音多频ＤＴＭＦ信号。同时讨论了帝现的原理及软、硬件设计，并对结果进行了分析。     

上古汉语的被动形式

上古汉语部分被动句是有形式标记的,标记主要有两种:一是浊辅音声母,二是去声。有形式标记的被动句仅限于自主和非自主相匹配的动词。介词“于”引介施事者在上古汉语中并非是被动句充要条件的形式标记。     

锥管螺纹基面中径测量不确定度的评定

分析了圆锥外螺纹基面中径的测量不确定度的各种评定方法，在此基础上论述了基面中径测量不确定度的来源、测量方法及计算公式，最后通过实验数据，对基面中径的测量不确定度的评定方法进行了实例分析。结果表明，该评定方法既具有理论意义又具有实际意义。     

深基坑桩锚支护的设计要点

桩锚支护体系是深基坑支护体系最常用的形式之一，其土压力分布按库伦(或朗肯)理论确定，护壁桩采用等值梁法进行计算，介绍了桩锚支护体系的设计要点，包括土压力的计算、悬臂桩的计算、单层锚杆护壁桩的计算、多层锚杆护壁桩的计算等内容。     

导弹俯仰通道带有落角约束的制导与控制一体化设计

对导弹带有落角约束的制导与控制一体化进行了研究.首先建立了俯仰通道的制导控制一体化状态模型.然后利用特征结构配置方法,设计了制导与控制一体化状态反馈控制律.所设计的控制器一方面保证导弹打击精度,另一方面保证导弹进行垂直打击.最后,进行了导弹非线性数值仿真,验证了所提的制导控制一体化策略的有效性,从仿真结果上看,垂直打击精度是很高的.