编织结构神经再生导管的编织工艺研究

在锭子编织机上，从节距、密度、厚度和孔隙率等神经再生导管的形态性能指标方面，探讨纱线的线密度、齿轮比以及编织机的锭子数等主要参数对PGLA神经再生导管形态性能的影响规律，探讨了神经再生导管的编织规律和较佳的编织工艺范围。     

臂部桡神经的应用解剖

目的为临床手术时提供桡神经的解剖学资料.方法在44例成人尸体上肢标本上观察臂部桡神经的行经.结果桡神经进入桡神经沟时位于胸大肌腱止端内侧(2.23±0.24)cm,喙突下方(11.21±0.42)cm.结论胸大肌腱止点纵行切开骨膜可避免损伤桡神经上段;沿骨膜向远侧分离可避免损伤桡神经中段;沿肱肌中线分开肱肌至骨膜下可避免损伤桡神经下段.     

The migration of luteinizing hormone-releasing hormone (LHRH) neurons from the medial alfactory placode into the medial basal forebrain

Summary Over the years, investigators have noticed, in a wide variety of species of vertebrates, large numbers of cells migrating from the olfactory placode to the forebrain. These cells were considered to be Schwann cells or ganglion cells of the terminalis nerve. Recently, immunocytochemical localization studies have shown that many of these migrating cells contain luteinizing hormone-releasing hormone (LHRH), a brain peptide that regulates reproductive functions by evoking the release of luteinizing hormone and follicle-stimulating hormone from the anterior pituitary gland. The origin of LHRH cells in the epithelium of the medial olfactory placode, their migration across the nasal septum and into the forebrain, with branches of the terminalis nerve, also a derivative of the medial part of the olfactory placode, has led to some interesting speculations, from evolutionary and physiological perspectives, about the origin of these cells and the role of the terminalis nerve in their migration.     

渡槽箱梁预应力孔道摩阻试验研究

某渡槽工程中，箱梁采用后张法预应力体系，为验证孔道摩阻设计数据，积累施工资料，正确控制施工过程的张拉力，确保渡槽施工质量，进行现场孔道摩阻试验，测试孔道摩阻系数μ及偏差系数k，并与相关规范规定值进行了比较和分析。     

水力系统模型对电力系统暂态稳定分析的影响

导出了用于电力系统暂态稳定分析的水轮机模型和计及弹性或刚性水击时的引水系统模型。通过对长江三峡电力系统在大扰动下过渡过程的分析，详细讨论了在不同水流惯性时间常数和管道反射时间常数条件下，水力系统的三种模型（简化模型、刚性水击模型和弹性水击模型）对电力系统暂态稳定分析的影响     

谈神经元的信息处理

本文主要简述了在神经系统中信息是如何在神经元之间进行传递的。     

双导管法灌注水下混凝土桩基

论述了双导管法灌注水下混凝土桩基的施工过程、要点、易出现的问题及应采取的对策，指出了当混凝土水下灌注桩口径大于1.2m、桩长在15 -40m的条件下宜采用双导管法施工。