彩色平板玻璃的色度计算

通过数值分析，运用解析几何原理推导出计算彩色玻璃三个参数（主波长、纯度和亮度）的数学模型，编制出计算程序。利用彩色玻璃的单色光透过率，通过该程序可以快速、准确地计算该玻璃的色度值，鉴定该颜色的质量。     

CVT中阻尼器的研究

阐述了电容式电压互感器的各种阻尼器的优缺点,并对速饱和阻尼器设计进行了详述,提出了CVT设计速饱和阻尼器应注意的事项。     

多级旋转式倒立摆的建模与分析

运用刚体的动力学知识对多级旋转式倒立摆系统进行了动力学分析,归纳其规律性,并推导出旋臂及各级摆杆的运动微分方程,从而获得任意级旋转式倒立摆的非线性数学模型。文中还对旋转式倒立摆系统进行了能控性分析。最后利用MATLAB对一级、二级旋转式倒立摆的控制进行了仿真,并得到较好的仿真结果。     

大型汽轮发电机组调峰的综合评价与优化分析

提出对大型汽轮机组调峰运行进行综合评价的方法，并基于煤耗和转子寿命损耗建立了对机组调峰进行总体优化的数学模型。这种以综合评价指标最小为目标进行优化的方法，较以往只考虑单方面的优化方法更科学、合理而且全面。     

低温反相悬浮合成AA/AM共聚型吸水树脂

采用氧化还原引发体系，反相悬浮法低温合成AA／AM共聚型吸水树脂。研究了不同引发体系、单体组成、交联剂和引发剂浓度、温度、单体中和度对共聚物吸液能力的影响。与单一引发剂相比，采用复合引发体系，反应温度降低，聚合时间缩短，产物吸水速度和吸液能力高于聚丙烯酸钠，保水性略低于后者。共聚物最大吸液能力为：Q去离子水=970mL／g，Q生理盐水=129mL／g，Q人工尿=130mL／g。     

我国能源工业现状和能源政策

能源工业是我国国民经济的重要组成部分。要实现“十六大”提出的2020年国内生产总值翻两番的宏伟目标，充足、稳定、经济、清洁的能源供应是重要的物质保障。文中从能源产量与需求、能源结构优化、能源技术水平、能源体制改革、能源可持续发展、农村能源建设、能源效率等方面对我国能源工业现状进行深入分析，在此基础上指出未来中国的能源政策应包括5个方面：优化能源结构、提高能源效率、重视环境保护、保障能源安全、开发西部能源。     

企业自组织分形公司结构探讨

对企业自组织分形公司的结构进行了初步研究,并详细分析了分形公司的框架结构、分形元的组成、目标管理的分形结构和动态结构等。     

Isotope and hydrochemical study of seawater intrusion in Laizhou Bay, Shandong Province

Seawater intrusion on the northern coast of Laizhou City is featured by "three sources and three dimensions". Modern sea water, ancient saline water and brine contained both in the Quaternary aquifer and in the bedrock fissures or crevice have been identified as possible sources. The ratio of γSO4/γCI is used to distinguish the origin of the different types of saline water. The correlation between 3H and y SO4/γ Cl provides a quantitative differentiation on the origin of the saline water, which makes it possible to take counter protection measures in different areas affected by sea water intrusion.     

理论物理类CAI电子教程功能要求初探

探讨理论物理类CAI教程的基本要求和特色功能,说明理论物理类CAI教程不仅应具有符合大纲的完整内容、丰富的教学资料和友好的界面,还应具备开放性和灵活方便的检索功能.提出定量动画的概念,它是研制此类CAI教程的一个值得注意和可发展的空间.     

Fabrication and magnetic properties of Sm_3(Fe,Ti)_(29)N_x/α-Fe dual-phase nanocomposite permanent magnetic material

Sm3(Fe,Ti)29Nx/α-Fe dual-phase nanometer magnetic material was fabricated through rapid solidification, crystallization and nitridation of Sm-Fe (Ti) alloy. The effect of combination of rapid solidification and Ti alloy addition on the phase for- mation and microstructure of the Sm-Fe alloy is investigated in this paper. The mi- crostructure of amorphous phase and dual-phase nano-grain crystals before and after crystallization annealing were observed using a high-resolution transmission electron microscope (HREM). The dual-phase nano-grains after annealing were compacted together with a clear interface with the direct exchange-coupling mechanism. Different annealing processes were used to examine the melt-spun alloy. Comparison of the images of SEM showed that annealing at 750 ℃ for 10 min was most suitable to get homogeneous and nano-grains. No obvious kink was de- tected in the second quadrant of the hysteresis loop like a single hard magnet, and strong exchange coupling was found between hard magnets and soft magnets.