三维方腔流的混合有限分析解

本文建立了三维对流扩散方程的混合有限分析八点隐格式，并证明了它的基本数学性质。应用原函数法和交错网格技术给出了三维Ｎ—Ｓ方程的混合有限分析解法，计算了雷诺数Ｒｅ＝２０、５０和１００三种情况下的三维方腔内的流场，结果与已有计算成果一致。     

铝在醚类电解质中的电沉积

本文综合了近期有机试剂中电沉积铝的有关文献，主要介绍了铝在ＡｌＣｌ３与乙醚、四氢呋喃（ＴＨＦ）、１－甲基－３乙基咪唑氯化物（ＭＥＩＣ）、Ｎ－（ｎ－丁基）吡啶氯化物（ＢＰＣ）等满替代的翁盐等组成的电解质中，电沉积的电极过程，以及在ＭＥＩＣ和ＢＰＣ中得到的铝层组织和结构的研究成果，并举例了沉积铝层的应用。     

淋病奈瑟菌外膜蛋白Ⅰ的分离提纯及鉴定

在CaCl2存在下，以CTB提取淋球菌的OMP，再以Z3，14萃取PI，然后经DEAESepharoseCl－6B层析柱提纯，获得纯PI10．97毫克。SDS－PAGE显示纯PI为单一蛋白区带，分子量为35KD，经可见光扫描，其纯度达96.21％。用ELISA间接法检测证明，纯PI保持完好的抗原活性。亚类特异性鉴定证实为WI群PIA。     

Control of photoresist properties: a Kalman filter based approach

The photolithography step in the semiconductor manufacturing process becomes increasingly critical as linewidths decrease for the next generation of integrated electronics. It therefore becomes necessary to reduce variations in photoresist parameters such as resist film thickness and photoactive compound concentration during manufacture. In this paper, we present a simple feedback scheme for accurately regulating these parameters. Our approach involves obtaining a simple, static process model the coefficients of which are recursively adjusted based on previous wafer measurements. We use this adaptive model to determine appropriate input setpoints for the next wafer. The effectiveness of this scheme in reducing process drift is exhibited by experimental data. Our results supports the widespread contention that modern feedback control offers the promise of improving the semiconductor manufacturing processes, often with relative ease and minimal capital cost     

Transient Current Behaviour for Iron in 3.5%NaCl and 3.5%NaCl+ 1%NaNO_2 Solutions during Corrosion Fatigue

The transient current behaviour for Iron in 3.5%NaCl and 3.5%NaCl +1%NaNO2 solutions during corrosion fatigue (CF) process has been investigated at different given strain amplitudes and strain rates. The results show that elastic strain has little contribution to material dissolution. The elastic tension strain results in the decrease in the transient current, while the elastic compression strain increases the transient current. Compared to the elastic deformation, plastic deformation affects material dissolution evidently For iron in 3.5%NaCl solution, the strain amplitude plays a dominant role in the dissolution process accelerated by the plastic strain, while in 3.5%NaCl+1%NaNO2 solution, both the strain amplitude and strain rate play an important role in this process. In this paper, the effect of the elastic deformation on the material dissolution and the relation between the tension and compression current peak values under the plastic cycle deformation are discussed     

喇8-182井区聚合物驱不可及孔隙体积研究

喇嘛甸油田喇8-182井区高Ⅱ1-18油层渗透率低、物性差,属于三类油层,是聚合物驱的主力接替潜力层。文中在油层性质对比分析的基础上,应用计算法和数值模拟方法研究了高Ⅱ1-18油层的聚合物驱不可及孔隙体积并进行了对比。研究结果表明,计算法简单易行,成本低,能够充分考虑分子量、矿化度等的影响;但这种方法只考虑了由于孔隙直径过小而导致的不可及孔隙体积,无法表达由于压力梯度不足而造成的不可及孔隙体积,因此计算结果偏小,只适合于分子量的初步优选。数值模拟方法充分考虑了启动压力梯度和压力场的影响,计算结果更加符合实际情况,适合于在已经初步选定分子量范围的情况下,模拟不可及孔隙体积。不可及孔隙体积随注入速度增加而减小,高Ⅱ1-18油层不可及孔隙体积在0.2～0.3之间。最后建议喇8-182井区聚合物驱注入速度控制在0.2PV/a以内。     

企业和谐文化建设与坚持“以人为本”

随着社会主义和谐社会建设的提出和推进，企业和谐文化建设也成为当然的命题，并越来越重要。企业和谐文化建设内容很多，但核心建设理念必须是“以人为本”。以人为本思想有着深厚的历史渊源和现实意涵，只有坚持以人为本，企业和谐文化建设才会不断焕发生机与活力。     

基于CAMAC总线的交替式数据采集及实时监控系统研究

进行了一种称为交替式数据采集及实时监控系统的研究。该系统不仅能实现以较高频率进行任意时间的数据采集，还能在放电过程中以图形方式实时显示等离子体的各种参数供实验人员在线分析及控制。     

HIN2xxE系列RS-232收发器的原理及应用

HIN2xxE系列是由＋5V单电源供电的高速RS-232收发电路，符合EIARS-232C和V．28规范，以电源功耗低为显著特点，广泛应用于ISDN和高速调制解调器，尤其是电池供电系统中。文中主要介绍HIN2xxE系列电路的原理、特性和典型应用。