直接还原的技术进步及其在我国的发展

介绍直接还原的历史发展与现状，根据我国的实际情况阐述了直接还原技术在我国的发展前景，结合议题组过去的研究及最新的实验成果进行分析，并提出一些浅见。     

ZEZ—2型智能癌肿治疗仪原理与设计

ＺＥＺ－２型智能癌肿治疗仪治疗癌肿,是基于电化学治疗肿瘤的机理。与其它电化学癌肿治疗仪相比,该仪器具有治疗路数多,阳极可控稳流,阴极自动均流,整个治疗过程自动管理等特点,是一种能满足临床应用需要的新型治疗仪器。     

含碳球团生产海绵铁的研究

研究了含碳球团直接还原的金属化率与还原时间、温度和气氛之间的关系,并得到含碳球团生产海绵铁的工业参数。     

带堆焊层钢管焊接接头耐蚀性的电化学评定

采用电化学测试技术评价了低碳钢管管端内壁不锈钢焊条堆焊后再用相同焊条进行打底焊所得焊接接头（特别是焊接热影响区）的耐蚀性，选用两种高合金焊条M2、M6，并对堆焊金属进行热模拟试验，测定了模拟热影响区不同部位在3％NaCl介质中的阳极极化行为．结果表明，按新工艺焊接的接头代替普通碳钢焊接接头可有效地提高管道接头的使用寿命．两种焊条中，含Nb的M2耐蚀性比M6好，铌能够有效提高接头的耐均匀腐蚀、晶间腐蚀和点蚀能力，热影响区600～1000℃是高合金接头耐蚀性最薄弱的区域，建议采用超低碳含铌高合金焊条，以解决热影响区的腐蚀问题．     

一个分布式计算机实时控制系统的设计与应用

本文以四台焦化炉实时控制系统为例，对计算机分布式实时控制系统的设计进行了讨论，该系统由下位一直接数字控制（ＤＤＣ）级和上位机—监测控制（ＳＣＣ）级两级组成．文中，首先介绍分布式控制系统的一般概念，然后一步步地介绍了系统的整个设计过程，并着重介绍了ＳＣＣ级的设计．文中将对如何在实时操作系统的支持下，设计实时应用系统进行较详细的讨论     

WIN95环境下的双机通信

简要介绍了双机通信、资源共享的几种方法，并详细给出了在WINDOWS95环境下双机通信的具体方法和过程．     

完备格上的拟-t-模及蕴涵算子的直积和直积分解

进一步讨论完备格上的拟t-模与剩余蕴涵算子,研究了它们的直积与直积分解,最终得到了直积分解的充要条件,解决了一个关于模与蕴涵算子的直积分解问题.     

基于Direct3D的虚拟战场环境中动态地形的实现方法

动态地形技术突破了以往地形结构不可破坏的限制，能够体现环境自身的内力作用和仿真实体的行为对环境的作用而引起的地形结构的变化，拉近了仿真与现实之间的距离。以最常用的不规则地形网格为研究对象，提出了通过建立“参照网格”来规则化的管理不规则网格的方法，分析了Direct3D环境中地形数据库的存储格式，给出了确定地面上任意一点在地形网格中的投影位置的遍历方法，基于以上，通过修改地形数据库内存数据实现地形外观的局部修改。     

An effective amperometric biosensor based on graphene modified gold nanowire arrays for glucose detection

A novel glucose biosensor based on graphene nanosheets （GNs） modified gold nanowire arrays （AuN- WAs） electrode was constructed. Highly ordered gold nanowire arrays were prepared by direct electrodeposition in anodic aluminum oxide templates. GNs were synthe- sized through a public route involving graphite oxidation, exfoliation, and chemical reduction. Field emission scan- ning electron microscope and high-resolution transmission electron microscope were employed to characterize the as- prepared AuNWAs and GNs. Glucose oxidase was immobilized on the surface of GNs-AuNWAs modified electrode via a cross-linking method. The cyclic voltam- metry results showed that the GNs-AuNWAs-based glu- cose biosensors have high catalysis activity to hydrogen peroxide （H2O2） than those modified with GNs or AuN- WAs only. Furthermore, amperometric response was employed to detect glucose concentration owing to its simplicity, high selectivity, and relative low cost. Glucose biosensors based on GNs-AuNWAs showed excellent performance with high sen- sitivity of 40.25 μA cm^-2 （mmol/L）^-1, low detection limit of 0.02 mmol/L, and a linear range from 0.02 to 3 mmol/L.     

Localization and the interface between quantum mechanics, quantum field theory and quantum gravity II: The search of the interface between QFT and QG

The main topics of this second part of a two-part essay are some consequences of the phenomenon of vacuum polarization as the most important physical manifestation of modular localization. Besides philosophically unexpected consequences, it has led to a new constructive “outside-inwards approach” in which the pointlike fields and the compactly localized operator algebras which they generate only appear from intersecting much simpler algebras localized in noncompact wedge regions whose generators have extremely mild almost free field behavior.Another consequence of vacuum polarization presented in this essay is the localization entropy near a causal horizon which follows a logarithmically modified area law in which a dimensionless area (the area divided by the square of dR where dR is the thickness of a light-sheet) appears. There are arguments that this logarithmically modified area law corresponds to the volume law of the standard heat bath thermal behavior. We also explain the symmetry enhancing effect of holographic projections onto the causal horizon of a region and show that the resulting infinite dimensional symmetry groups contain the Bondi–Metzner–Sachs group. This essay is the second part of a partitioned longer paper.