精轧油膜轴承密封失效机理的初步分析

对油膜轴承密封出现的进水、漏油现象作了大量的调查、测量和统计分析，找出了产生质量事故的根本原因，提出了解决措施。     

D-10D磨煤机润滑油系统加装冷却器

针对鄂州发电有限责任公司磨煤机夏季轴瓦温度高，容易诱发烧瓦问题，进行深入分析，提出了多种解决方案，对各方案的可操作性及利弊进行了对比，选出了最佳方案并进行了实验，取得了明显的效果。     

Superplastic behaviour of Ti-48at.%Al two-phase titanium aluminide compacts made from mechanically alloyed powder

An HIP compact of MA-processed powder having a nominal composition of Ti-48at.% Al was produced. The compact consisted of a large amount of TiAl(λ) and a small amount of Ti₃Al (₂), in a completely ultra-fine equiaxed grain structure. This two-phase compact showed typical superplastic deformation behaviour. A maximum elongation of 550% was obtained. A strain exponent, n = 2, and grain size exponent, p = 2, were determined from the results of a strain-rate-change test and a creep test at constant initial stress using samples having various grain sizes, respectively. The activation energy for creep, Q_c at constant stress was calculated to be 350 kJ/mole. It is concluded that the superplastic deformation mechanism of the material under study is grain boundary sliding controlled by lattice diffusion in the TiAl phase.     

n-Al2O3/Ni复合镀层的组织与滑动磨损性能研究

用电刷镀技术制得了镍基n-Al2O3复合镀层，并对镀层的滑动磨损性能进行了试验研究。纳米复合镀层的表面形貌比较细腻，镀层中纳米粒子分布均匀，与基质金属结合紧密。镀层显微硬度达到HV700，比快速镍镀层提高约40％。滑动磨损试验结果表明，随着纳米粒子含量的增大，镀层的耐磨性提高，摩擦系数也呈增大趋势；但当镀层中n-Al2O3粒子的超过2.56%(质量分数）时，镀层的耐磨性显著下降。纳米复合镀层的磨损机制以疲劳磨损为主，而快速镍底层以粘着磨损为主。     

磁悬浮硬盘转子控制系统中时序电路测试技术

为提高磁悬浮硬盘转子控制系统的可靠性，提出了对时序芯片的测试方法：手工测试和计算机辅助测试；及时时序电路逻辑功能的两种检测技术；基于状态表的测试技术和自动检测技术。对于时序芯片，手工测试方法效率较低，计算机辅助测试方法适用范围更广；对于电路逻辑功能，基于状态表的测试技术操作相对困难，但无须增加额外测试电路；自动检测技术操作简单，且测试速度快，但需要增加辅助检测电路。时序电路测试技术对保证悬浮硬盘转子各组成部分协同工作十分重要。     

Experience with Applying Formal Methods to Protocol Specification and System Architecture

In the last three years or so we at Enterprise Platforms Group at Intel Corporation have been applying formal methods to various problems that arose during the process of defining platform architectures for Intel's processor families. In this paper we give an overview of some of the problems we have worked on, the results we have obtained, and the lessons we have learned. The last topic is addressed mainly from the perspective of platform architects.     

从含钴催化剂废料中回收氧化钴的研究

选用酸溶——沉淀化学法，对含钴催化剂废料提取氧化钴的实验研究。实验结果表明，回收氧化钴产品中含钴量71％，氧化钴的实收率85％。同时将铁回收为铁红产品（含Fe2O3≤65％），铁的实收率高达88％。其它的技术经济指标较高。这是一种工艺技术及设备可行的新途径。     

焦化生产中含硫容器自燃氧化倾向性分析

分析了炼焦化工生产过程中硫的分布和存在形态、硫铁化合物自燃的影响因素,提出了防止储罐、管道等设备自燃事故的安全控制方法.     

百色水利枢纽进水塔结构抗震分析研究

用空间三维有限元方法对百色水利枢纽进水塔结构进行抗震分析研究，用直接滤频法按顺河向和横河向分别求出了进水塔前六阶自振频率和振型。在此基础上，采用完全二次型组合法对进水塔结构的地震响应进行了详细的分析研究，研究中考虑了塔架，底板与地基的动力相互作用，并考虑了水体的动力影响，最后对进水塔结构考虑动荷载，静荷载共同作用下的底板的地基承载力和整体抗倾覆稳定性进行了分析研究，结果表明，按目前设计方案进水塔结构的底板的地基承载力和整体抗倾覆稳定性均满足规范要求。     

Influence of load and speed on wear characteristics of grey cast iron in dry sliding — selection for minimum wear

The wear of grey cast iron in dry sliding conditions has been studied with the aims of (1) finding the influence of working conditions on the wear rate, and (2) determining the region of speed and load where low wear is accomplished. Grey cast iron with flake and nodular graphite was submitted to investigation using a pin-on-disc machine. The results indicate that the flake graphite cast iron is more suitable for applications at speeds greater than 4 m s⁻¹ and lower loads, while nodular cast iron has greater wear resistance at lower speeds in the range of loads investigated - from 50 N cm⁻² to 200 N cm⁻²