南梁厚土层浅埋单体长壁工作面矿压规律实测分析

在南梁煤矿首采工作面20105采前实验研究的基础上进行了现场观测,实测了活柱的下缩量、工作面顶板的移近量、顶板的来压强度以及巷道变形破坏参数,总结了厚土层覆盖层浅埋煤层单体长壁工作面的矿压显现规律.实验和观测表明,厚土层覆盖浅埋煤层工作面初次来压步距大,矿山压力显现剧烈,周期来压台阶下沉量大.针对目前顶板的支护状况和顶板灾变危险,提出了提高支柱初撑力等改善措施,为实现厚土层覆盖浅埋煤层单体长壁工作面安全开采提供了可靠依据.图7,参8.     

覆岩采动的动态模拟与离层带充填技术研究

通过相似材料模拟实验方法，研究地下开采引起岩层内部的移动和变形规律，揭示了煤矿开采上覆岩层中断裂，破坏，移动与变形及离层的产生，发与分布的时空规律，为指导实施离层充填减沉技术及工程实践提供了科学依据。根据岩石变形和移动的分布特征，将采动覆岩进行分区，建立理论模型，为进一步进行计算机数值模拟奠定了基础。     

磷脂脂质体制备方法比较以及药物—脂质体微结构观察

对生物药物载体——脂质体的制备条件进行了比较,并对安络血、止血芳酸、6—氨基己酸、维生素K_1等四种止血药与脂质体形成的生物药剂的超微结构进行了电镜观察。     

地基基础沉降及位移观测

对地基与基础沉降观测及地基与基础水平位移观测过程中，控制点的布设及观测点的观测方法做了简要介绍。     

引力分量观测在地震预报中的应用研究

通过研究乌鲁本齐红山地震台的重力仪和倾斜仪在几次中强地震前观测到引力的垂直分量和水平分量的变化，以及与岩石弹性模量有关的潮汐因子δ值和γ值的变化，认为在地震前存在引力分量的变化和地壳弹性参量的异常显示．利用高精度仪器是可以观测到这种变化的．所研究的几个震例表明：观测点周围２００ｋｍ范围内的中强地震前，引力分量可出现２～６个月的异常，垂直分量的异常幅度约为６０～１５０×１０－８ｍｓ－２，δ因于的变化约为２％，水平分量γ因子的变化可达３９％．实际观测结果与理论计算结果基本吻合．由此认为引力分量的观测为地震的监测预报提供了良好的前景．     

橡胶坝冬季结冰运行情况的观测

五台县郭家寨橡胶坝位于山西省北部高寒地区，冬季坝内结冰运行。通过3年的原型温度观测发现：冬季结冰不会对坝袋造成损害；人工补水可以调节坝袋内冰层厚度；充排水管道一定要置于冰冻层以下，管件暴露部分要注意保温。     

一类部分观察随机系统的最优控制

对于由观察和控制二者的联合概率分布所组成的充许控制集,本文证明了:在关于状态方程的某些正则性,以及其他的一些凸性假设下,当观察系数与其一阶偏导数均为本性有界时,最优控制仍存在。     

4.3m望远镜的红外观测系统设计

简述红外观测的重要性和要求，讨论采用红外探测器，红外观测仪器和部件的红外望远镜的红外观测系统的设计。     

点量测热传导方程解的存在性

本文运用有界线性算子的积分半群理论证明了点量测热传导方程在连续函数空间中解的存在唯一性     

A double-stage piecewise recursive filter for real-time applications

This paper examines the basic problem of estimating the state of a system described by a set of dynamical equations. The state estimation is performed by means of optimal filtering techniques in which the state observation is given by a set of nonlinear equations.The basic issue encountered in most engineering problems is the availability of more observable information than the processor can effectively process in real-time, while performing full optimal filtering on all available observable data. To alleviate this deficiency, an algorithm is developed in which the rate of information processing is kept at a high value, while the system statistics are evaluated at a much slower rate.The method utilizes a combination of fast and slow filtering loops, in which the observable data are processed at a high rate during the fast loop, while the system error covariance, gain computations, and all other system statistics are processed at a lower rate in the slow loop. Methods are provided to resolve any incompatibility in the system statistics resulting from this fast-loop/slow-loop processing combination.Applications describing problems pertaining to aircraft navigation are presented. Specifically, applications to aircraft navigation through a satellite network are studied. Appropriate simulation results from the above studies are shown.This work was performed under contract with the Department of the Air Force, Space and Missile Organization (SAMSO), Los Angeles, California, Contract No. F04-701-75-C-0180.The authors are indebted to Dr. C. Johnson, GPS System Engineer, Mr. G. Consolver, GPS Software Manager, and Mr. W. Riley, Communications/Navigation Department, Texas Instruments for their continuous encouragement in the course of this work. Also, they are indebted to Major M. Birnbaum, SAMSO, for his constructive criticism on the conceptual design of this work, and to Mr. A. Bierman, Aerospace Corporation, for kindly providing simulation data of aircraft trajectories. Finally, the authors would like to express their gratitude to Dr. N. Carlson, Intermetrics, for valuable consultation during the progress of this work.Portions of this paper were presented by the senior author at the GSP Conference, Plan 76, IEEE Position, Location, and Navigation Symposium, San Diego, California, 1976.