CUIT∶ 一个通用界面工具箱的设计

用面向对象的方法，为满足不同窗口环境下界面的通用性，设计了一个通用界面工具箱ＣＵＩＴ     

The strong cooperativity of dioxygen binding by dicobalt (II) diporphyrin compounds in nonaqueous solution at room temperature

Thermodynamic data were determined for the reversible binding of O₂ to two compounds of dicobalt(II) di(meso-tetra-phenyl)porphyrin derivatives with different lengths of diamidoaliphatic bridge (abbreviated to Co₂PP₈ and Co₂PP₄) in N,N-dimethylformamide at room temperature. The partial pressure of dioxygen necessary for half-oxygenation (P _1/2) and hill coefficient (n) at 298 K were determined as follows:P _1/2=54.2 kPa,n=2.0 for Co₂PP₈ andP _1/2=6.8 kPa,n=1.8 for Co₂PP₄, respectively. The rate equations of reversible oxygen binding by Co₂PP₈ were determined and the reaction path was proposed. The results of ther-modynamic and kinetic studies indicate that there exists strong cooperative effect during oxygenation of the compounds. The ESR observation reveals that the dioxygen complexes formed in the solutions are of superoxo (Co-O ₂ ⁻ ) type. Supported by the Research Foundation of the State Education Commission of China Zhou Xiaohai: born in 1962, Ph.D. Associate professor     

陶瓷与金属的氧化物封接料制备及其封接工艺

用混合熔烧的方法，制备出一种氧化物封接料．该封接料能在７００℃下对氧化铝瓷与铜及铜合金进行气密性封接．在封接中，只需将封接料涂在陶瓷体的封接面，套上金属件，在马弗炉中以５℃／ｍｉｎ升温到７００℃后保温１０ｍｉｎ即可．对封接体所作的拉伸强度和气密性质量检测表明，封接界面的抗拉强度高于陶瓷本体强度，界面对空气的漏率小于１．４×１０－９Ｐａｍ３／ｈ，满足工业部门对封接质量的要求．     

Interface bond mechanisms of ceramic-cemented carbide compact insert

Conclusion Ceramic-cemented carbide compact inserts have been developed by hot-pressing sintering techniques, the upper part of the compact insert is of Al₂O₃ + TiB₂ ceramic material, while the base part of the compact insert is of WC + Co cemented carbide. The compact insert makes full use of the advantages of the high hardness of ceramic materials and the high strength of cemented carbide, and its mechanical properties are just between that of Al₂O₃ + TiB₂ and WC + Co. SEM, XRD and electron microprobe analysis showed that element diffusion and formation of new phases are the main causes for the bond of Al₂O₃ + TiB₂ with WC + Co in the interface.     

计及界面作用的单向复合材料统计强度

对单向纤维增强复合材料的纵向拉伸破坏进行了细观统计分析。基于随机扩大临界核统计模型，结合含纤维／基体界面损伤的应力集中分析结果，导出了具有界面剪切强度效应的复合材料的强度分布函数和破坏准则，得到了复合材料拉伸强度与界面剪切强度的关系，为复合材料微结构的优化设计提供了重要的理论依据。文中用已有的实验证实了本文方法和结果的正确性和合理性，并定量地讨论了最优界面粘合问题。     

基于完全OOP技术的交互界面设计

本文介绍了汇编用户集成环境的交互界面设计。结合TVision的使用，建立基础对象，定义方法，着重阐述了完全OOP技术中构造过程和析构过程处理，说明事件驱动中的信息传递，安全编程的原子操作，概括交互界面功能特性及评价。     

分布式计算机监控系统远程通信的研究

提出了一种分布式计算机监控系统的远程通信结构形式.设计研制了远程通信接口卡.采用远程通信接口卡组成分布式计算机监控系统具有能够充分利用RS-232接口,节省多用户卡和调制解调器或数传机、结构简单、性能可靠等优点.