中空玻璃微珠填充环氧树脂复合材料

讨论了用发电厂固体废料中的中空玻璃微珠填充Ｅ－４４环氧树脂制备轻质复合材料，实验详尽地考察了微珠填料，ＫＨ－５００偶联剂，固化剂（三乙基四胺，Ｔ－３１，三乙醇及液体四氢苯酐）及低聚酰胺等增韧剂等对所得的复合材料为力学性能的影响，并通过扫描电镜（ＳＥＭ）观察了材料的形态，其结果表明，偶联剂和增韧剂对复合材料的力学性能影响较大，中空玻璃微珠填充环氧树脂赋予基轻质，高强，价廉等特性。     

EFFECT OF SILANE ON THE SURFACE OF SEALING GLASS

This paper,through XPS and IR analyseson the surface of sealing glass,identifies that the surfacetreatment of sealing glass by silane is a chemical process.Onthe basis of the analyses,the authors suggest an ideal chemicalbonding status between silane and glass surface.     

偶联处理对粘结钕铁硼永磁的性能影响

本文研究了硅烷偶联剂包覆处理的快淬ＮｄＦｅＢ磁粉的抗氧化性、尼龙１０１０粘结ＮＮｄＦｅＢ的永磁性能和力学性能等。结果表明ＫＨ５５０包覆ＮｄＦｅＢ可改善ＮｄＦｅＢ磁粉来的抗氧化性，并可提高粘结ＮｄＦｅＢ的磁性能和压缩强度。     

矿井主要通风机利用液力耦合器节能可行性研究与实施

根据矿井通风特点，本文采用液力耦合器对主要通风机运行调速，以实现风机节能的目的，文中给出了液力耦令器的选型、安装、实际运行参数、节能效果和几点应用体会，研究及应用结果表明，液力耦合器具有明显的节能效果和其它许多优点。     

重庆江北商城主塔楼结构空间分析

介绍了重庆江北商城主塔楼结构方案的确定，抗震分析弯扭耦连振动与不考虑弯扭耦连影响振动的比较，不同方向地震作用结构效应比较。ＳＲＳＳ法与动力时程分析结果比较，供今后高层建筑结构概念设计参考。     

传感器输出信号传输的一种新方法

介绍将传感器输出信号传输给显示仪表的一种新方法.采用耦合、解耦将传感器输出信号迭加在为传感器提供电源的电源线上,使传感器与仪表之间仅需二根线即可实现信号的传输与电源的提供.     

单模光纤与Ti∶LiNbO_3单模平光波导端面激励耦合的研究

本文根据模式耦合理论分析,设计制作了一个实用性较强的单模平面Ti:LiNo_3光波导端面激砺的耦合装置。为了缩小单模光纤端面出射高斯光束的束腰,用电弧放电烧熔法在光纤端面制作了一个透镜,使之与单模平面光波导的模式更好地匹配。为精密调节对准,用二维硅V形槽作为光纤与波导耦合的精密定位调节架。实际测得该耦合装置的光纤与波导效率达64％。     

Influence of electronic properties of Na2O/CaO catalysts on their catalytic characteristics for the oxidative coupling of methane

For Na₂O/CaO catalysts of different sodium content the adsorption of oxygen and their electrical properties were studied by transient experiments and measurements of contact potential differences (CPD) as well as electrical conductivity. CPD results show a change of the mechanism of oxygen activation with increasing sodium concentration due to changing the type of ionic conductivity from cationic to anionic. Anion vacancies are formed by incorporation of sodium into the CaO lattice. As CPDs show, the cation conductivity promotes an accumulation of oxygen species on the catalyst surface resulting in a decrease of C₂ product selectivity for the catalyzed oxidative coupling of methane. The anion conductivity favors a dissociation of molecular adsorbed oxygen and a subsequent incorporation into the oxide lattice, hereby, decreasing its concentration on the catalyst surface which favors in term selective formation of ethane and ethylene. This revised version was published online in July 2006 with corrections to the Cover Date.     

多导体传输线互耦实验研究

对多导体传输线的参数进行了测量,分析了误差的原因,并对多导体传播输线的瞬态响应进行了实验研究,讨论了负载与传输线瞬态响应的关系。     

A New Apparatus for Combined Measurements of the Viscosity and Density of Fluids for Temperatures from 233 To 523 K at Pressures up to 30 Mpa

A new apparatus for measuring the viscosity and density of fluids is presented. The main element of the instrument is an electronically controlled magnetic suspension coupling. For the density measurement (buoyancy principle according to the single-sinker method), this coupling is used for the contactless transfer of the forces acting on a sinker in the measuring cell to an analytical balance. The coupling also serves as a frictionless bearing for a slender rotating cylindrical body which is slowed down due to the viscous drag of the fluid surrounding the cylinder. The viscosity of the fluid can be directly determined from the decay rate of the rotational frequency. The new combined viscometer-densimeter covers a viscosity range of 5 to 150 Pa·s and a density range from 20 to 2000 kg·m^–3 at temperatures from 233 to 523 K and pressures up to 30 MPa. Test measurements on the viscosities and densities of nitrogen and carbon dioxide at 253, 293, and 523 K at pressures up to 30 MPa show an estimated total uncertainty of ±0.6 to ±1.0% in viscosity and of ±0.02 to ±0.05% in density.