区块整体调剖效果预测

对于不同的区块，实施整体调剖的效果不同，同一区块在不同开发阶段实施整体调剖的效果也不同，因此，在对区块实施调剖之前应该对其效果作出预测，以提高整体调剖的科学性．文中以油藏数值模拟为手段，研究了不同油藏类型在不同的非均质程度条件下及不同含水期进行整体调剖的无因次增产效果，为预测整体调剖的效果提供了依据．实验分析表明，这种预测方法简单可靠，预测精度高，是一种实用的方法．     

2-十一烷基-N-羧甲基-羟乙基咪唑啉与十二烷基硫酸钠在溶液吸附层和混合胶团中的相互作用

本文用滴体积法测定了2－十一烷基－N－鼓甲基－羟乙基咪唑啉（UHCI）与十二烷基硫酸钠（SDS）混合溶液的表面张力，计算了吸附层与胶团的组成和分子相互作用参数．计算结果表明UHCI与SDS之间存在相互作用．     

克林贝格螺旋锥齿轮重迭系数的计算方法

研究并推导出了克林贝格螺旋锥齿轮副重迭系数的计算方法。     

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     

1万t水压机学习控制系统

介绍了一种实现1万t多向模锻水压机无人操作的学习控制系统．该系统由两级计算机系统组成．通过操作人员示教生产一定数量的锻件，学习控制系统在线学习，形成操作知识库，在进入批量生产时，该系统替代操作人员自动完成水压机的操作．本文着重阐述了表达操作过程特征值的提取方法、操作知识库的结构和无人操作的实现。     

Studies on a series complexes of copper (II), zinc (II), cobalt (III) with Schiff base derived fromd-glucosamine and salicylaldehyde

Copper (II) zinc (II) cobalt (III) complexes with the Schiff base derived from salicylaldehyde andd-glucosamine were synthesized. These compounds abbreviated as SG, CuSG, ZnSG, CoSG were characterized by elemental analyses, IR, UV-Vis,¹H NMR and MS spectrum. ESR spectrum, magnetic susceptibility measured by Evans method for CuSG had also been done. It is suggested that the complexes in solution have pseudotetrahedral structure. It was found that SG would occur a photochemical reaction if a beach of 355 nm ultravisible light shone on its aqueous solution. The reaction was in further research. Supported by the National Natural Science Foundation of China Ye Yong: born in 1970, Ph. D graduate student     

Studies on the reaction between Laccase ando-methoxyphenol by microcalorimetry

The reaction between Laccase ando-methoxyphenol have been studied by LKB-2107 batch microcalorimetry system. Thermodynamic parameters Δ _r H _m , ΔG _o , ΔG _T ^≠ and kinetic parameters (K _m ,k ₂) have been determined. The process of the reaction has been analyzed from changes in energy by using the transition state theory. Two methods for enhancing catalytic power of Laccase are proposed. The results shown that formation of an enzyme-substrate complex is “anticatalytic”. The enter and sole source of catalytic power is the stabilization of transition state; reactant-state interactions are by nature inhibitory and only waste catalytic power. Supported by the National Natural Science Foundation of China Wang Tianzhi: born in 1968. Ph D