基于虚交偏角法的圆曲线特殊情况的测设

通过对多种圆曲线（包含缓和曲线）测设方法的比较，提出用虚变偏角法配合自行编制的CASIO-fx4500pA计算器程序来解决测设圆曲线特殊情况的方法，与传统的测设方法相比，可取得更高的精度。     

铁路路基结构设计的探讨

本文针对国际上高速铁路的发展情况,对日本、德国和法国高速铁路路基结构和压实要求等方面进行了分析和探讨;同时回顾了我国铁路路基结构的发展状况,并通过对国内外铁路路基工程的综合分析,探讨了我国铁路路基发展的趋势。     

屏蔽盒的设计技巧

针对目前军用电子产品结构设计中，机箱屏蔽盒设汁的繁琐步骤，介绍了一种屏蔽盒设计的新方法，使用该方法，能够快速、准确地设计出满足屏蔽性能要求的屏蔽盒。     

上海外环线浦东段(二期)沥青面层技术要点

该文对上海城市外环线浦东段 (二期 )工程沥青面层技术做了简要的介绍 ,提出了施工过程中重点考虑的因素。     

电子设备结构设计的维修性

阐述了电子设备结构设计维修性的基本概念，提出了本质维修性的新观点，强调了它对电子设备结构设计的重要性，详细介绍了提高电子没备结构维修性的基本原则和一般内容，讨论了模块化设计。     

基于闭环力反馈原理的非线性液压主动阻尼悬架模型的研究及优化设计

本文在理论上建立了一套基于主动力反馈原理的新型主动阻尼悬架的设计和优化方法。首先提出了该主动阻尼悬架的实现模型，该模型是在传统的液力减振器的基础上，应用半主动控制的思想，结合力反馈的原理建立起来的内部液压反馈阻尼网络模型。理论优化分析和计算机仿真表明，通过该液阻网络模型，即可以实现电控的主动阻尼悬架的功能，它可以根据汽车行驶路况的好坏，自适应地调节悬架阻尼大小以实现主动阻尼悬架的最优控制。     

现代造船模式下舾装生产设计外场用图纸研究

在软件TRIBON的基础上，以中间产品概念下的全托盘化舾装外场作业任务分解为背景，着重讨论了相应的外场装配图纸形成与表达。对传统舾装作业外场用图纸的表达方式作了一定的扩展。     

双导轨式车窗升降器电动机总成的设计

对双导轨式车窗升降器电动机总成结构、材料及加工工艺作了分析，同时对影响电动机总成性能性能的关键点如：噪声、电流、过载保护、密封性好、电磁兼容性作了论述。     

Distribution of suspended sediment in the coastal sea off the Ganges–Brahmaputra River mouth: observation from TM data

Remote sensing technique was applied to estimate suspended sediment concentration (SSC) and to understand transportation, distribution and deposition of suspended sediment in the estuary and throughout the coastal sea, off the Ganges–Brahmaputra River mouth. During low river discharge period, zone of turbidity maximum is inferred in the estuary near the shore. SSC map shows that maximum SSC reaches 1050 mg/l in this period. Magnitude of SSC is mainly owing to resuspension of the bottom surface sediments induced by tidal currents flowing over shallow water depths. The influence of depth on resuspension is farther revealed from the distribution and magnitude of SSC along the head of Swatch of No Ground (SNG) submarine canyon. During high river discharge period, huge river outflow pushed the salt wedge and flashes away the suspended sediments in the coastal sea off the river mouth. Zone of turbidity maximum is inferred in the coastal water approximately within 5–10 m depth of water, where the maximum SSC reaches 1700 mg/l. In this period, huge fluvial input of the suspended sediments including the resuspended bottom sediments and the particles remaining in suspension for longer period of time since their initial entry control mainly the magnitude of SSC. In the estuary near the shore, seasonal variation in the magnitude of SSC is not evident. In the coastal sea (>5 m water depth), seasonal influence in the magnitude of SSC could be concluded from the discrepancy between SSC values of two different seasons. Transportation and deposition of suspended sediments also experiences seasonal variations. At present, suspended sediments are being accumulated on the shallow shelf (between 5 and 10 m water depth) in low discharge period and on the mid-shelf (between 10 and 75 m water depth) during high discharge period. An empirical (exponential) relationship was found between gradual settle down of suspended sediments in the coastal sea and its lateral distance from the turbidity maximum.     

基于层次灰色模型的铁路技术创新绩效综合评价

运用技术创新基本理论,结合铁路技术创新实际,从效益(经济、社会)增长、市场状态(市场份额、市场营销)改善和创新主体素质(技术装备水平、管理水平)提高3个方面建立了评价铁路技术创新绩效的多级指标体系。将层次分析法(AHP)和灰色系统理论结合起来建立了层次灰色评价模型(HGM),运用该模型对铁路技术创新绩效分别从整体和分项进行了综合评价,得出:铁路技术创新绩效绩优度为“一般”,其主要原因在于铁路运输市场状态改善中市场份额扩大程度较低。实证分析结果表明:改进层次灰色评价法(层次灰色评价模型)为一种评价铁路技术创新绩效的有效方法。