解读“节约型政府”

建设节约型政府是当前我国政府改革的必然要求。节约型政府模式的选择有其必然性。节约型政府应是廉价政府、廉洁政府、透明政府和效益政府。应通过加强节约型政府的制度建设、在行为方面加强政府自身建设、在各级政府中牢固树立节约理念和成本意识等措施全力，打造节约型政府。     

基于AVR单片机和组态王的玻璃拉丝测控系统

针对中小工厂拉丝工艺较低的自动化程度，介绍了一种用ATMegal28单片机为CPU组成的数据采集板（DAB）的和用北京亚控公司的组态王软件设计的实时监控界面的玻璃拉丝测控系统。文中叙述了该系统的软硬件组成，羞重介绍了上位机，以及与数据采集板与40台熔炉的120块仪表的通信。经现场运用表明，系统运行情况良好，满足了所要求的功能和精度。且使用维护方便。     

自动精密玻璃切割机的设计

本文重点介绍液晶产品生产线上不可缺少的基础设备———精密玻璃切割机的设计,包括切割机的工作原理、切割机部分关键部件的结构特点、切割机所能达到的精度等.     

浅谈陶瓷散点装饰的特点

经过漫长的岁月,人们用辛勤的劳动创造了丰富多彩的陶瓷艺术.以现代装饰中的散点装饰作些探讨与研究,形成了多姿多彩的陶瓷装饰形式,构成了与其它艺术的不同风格.     

自旋玻璃和可重入磁体的电子自旋共振

本文介绍了非晶(Fe_pNi_(1-p))_(75)P_(16)B_6Al_3在9 GHz上的电子自旋共振实验结果。结果表明在低温区垂直几何和平行几何的情况一样,其共振线宽随温度的降低成指数增加。     

PbI_2－PbBr_2－KCl系统玻璃的形成及其析晶行为

ＰｂＩ_２可以单独形成玻璃。ＰｂＩ_２－ＰｂＢｒ_２－ＫＣｌ三元系统玻璃具有良好的玻璃形成能力。通过恰当的热处理，不仅可获得透红外性能与原始玻璃一致的微晶玻璃，同时还可克服自发析晶倾向和大幅度地提高玻璃的显微硬度。以此三元系统为基础，有望开发出一类具有实用前景的透红外玻璃材料。     

利用有机氟硅试剂对玻璃表面的化学处理

分别用三种硅烷偶联剂ＲＳｉ（ＯＣ２Ｈ５）３（Ｒ为乙烯基、苯基和３－氨基丙基）对普通玻璃表面进行化学修饰，给出了通过官能团Ｒ与相应的含氟试剂的反应在表面引入氟烷基化的方法，测定报经此处理后玻璃表面的硫水疏油性的变化情况。     

Foundation of three—dimensional mathematical models for glass furnace regenerator

This paper presents a practical three-dimensional meathematical model of circulation and heat transfer in generator of glass melting furnaces.The model was based on the heat transfer between the smoke flow and the lattice units,and between the air flow and the lattice units.This model not only bypassed the difficulty of complicated computation of the heat transfer process in the regenerator of glass furnaces,but also avoided the irrationality of fixing the temperature distribution on the surfaces.Use of the model yielded very important data and also the method for the design of the regenerator of glass furnaces in practical production.     

房地产项目市场定位工作简要分析

由于土地供应的不透明，不少开发商拿地比较困难，绝大部分开发商是在拿到地块的时候才开始考虑市场操作细节，由于地块不利因素已成事实，所以项目定位的难度更高，有的项目可能短期内是无法操作的。本文将从影响项目定位工作的几个方面进行分析探讨。     

Joint Strength with Soldering of Al2O3 Ceramics After Ni-P Chemical Plating

Ni-P alloy was chemically plated on Al2O3 ceramics to produce uniform alloy coatings at temperatures below 70~C. Cu metal was electroplated onto the Ni-P coating to facilitate the soldering and shorten the chemical plating time. Then, the electroplated ceramic specimens were soldered with 60 wt.% Sn-40 wt.% Pb solder in active colophony. The highest shear strength was acquired after the heat treatment at 170℃ for 15 min. The joint fractures mostly propagated along the interface between the ceramics and the Ni-P coating, with some fracture in both the ceramics and the Ni-P coating near the interface and some along the interface between the Cu and Ni-P coatings. The results show that ceramic surface roughness and the chemical plating parameters influence the coating quality, and that suitable heat treatment before the soldering also improves the adhesion between the ceramics and Ni-P coatings, thus strengthening the joints.