M701F型联合循环机组的汽轮机旁路控制系统分析

通过分析M701F型燃气-蒸汽联合循环电厂的汽轮机旁路控制系统的功能、运行工况,给出适合联合循环机组汽轮机旁路系统的控制逻辑和动作行为,实现了在机组运行不同阶段进行自动控制的模式,并给出定值形成、参数整定、保护和闭锁逻辑的设计,使旁路控制系统能够实现机组运行和启、停机时的安全稳定,使运行人员更好地掌握机组运行中的旁路系统动态特性,并给事故分析提供重要的理论及实践依据。     

冷冻面条的品质改良研究

研究了几种常用的胶体和乳化剂对经过一定冻融循环的冷冻面条的品质影响.结果表明:胶体中,聚丙烯酸钠和黄原胶效果最好,可以有效提高冷冻面条的剪切力和拉伸距离;乳化剂中,蔗糖酯和DMG4效果较明显,可以明显增大冷冻面条的拉伸距离,有效提高冷冻面条的延展性.     

以价值为中心的项目评价指标的计算与推证

基于Angus G.Yu（2005）提出的以价值为中心的工程项目评价,首先区分了建设工程、建设项目、建筑产品概念,以及三者各自全寿命周期的内涵.然后在对NPCC与NPOV的计算模型具体分析的基础上,结合建设工程全寿命周期成本、收入、收益价值3个概念,推证分析得出了NPCC与NPOV的本质,以及与建设工程全寿命周期收益价值的关系.     

城市水系统健康循环理论与方略

为了实现城市水系统的健康循环及人类社会的可持续发展,从生态学的观念出发利用系统科学的分析方法,对自然资源的循环规律、人与自然关系的思想根源以及追求经济发展的传统生产方式的弊端进行了系统全面的论证,对水危机的根源进行了深刻的剖析.提出了传统排水系统功能、水资源利用模式的变革以及社会用水健康循环和水环境恢复的方略.指出只有把握和利用自然规律,将人类的生产与生活活动限定于自然生态平衡之中,才能维护生态系统的平衡实现可持续发展.     

Digital monitoring for heavy duty mechanical equipment based on fiber Bragg grating sensor

The digital monitoring principle and technologies for heavy duty mechanical equipment based on fiber Bragg grating (FBG) technology are introduced in this paper. The fundamentals of new-style FBG sensing technology, including the photorefractive effect of FBG, the physical formation, and the relation between optical properties and grating parameters, are investigated. The plaster, encapsulation and distribution planning of FBG sensor (FBGS), which is used to monitor heavy duty mechanical equipment under abominable environment and extreme conditions, are also studied. In addition, theoretical and experimental researches on the strain, temperature, displacement, and stress transmission characteristics between FBGS and detection interface are presented. The principle and method for temperature compensation in non-uniformity temperature field are described in detail as well. Comparing with the traditional sensing monitoring techniques, the application of FBGS technology on digital monitoring and diagnosis for heavy duty mechanical equipment has a number of significant technical advantages and will make a new breakthrough in this field.     

焊接车间点焊机计算电力负荷与功率因数提高方法

介绍焊接车间点焊机计算电力负荷与功率因数提高方法.     

力车内胎接头机的改进与发展

对力车内胎热接头工艺的两种进刀方式进行了对比，分别介绍了它们的优缺点，并介绍了针对它们的缺点进行改造后发展出的新接头设备。     

依靠技术攻关和创新创国内乙烯装置长周期运转新纪录

通过开展技术攻关,开发、采用在线反吹、"波动法"除垢、高效阻垢剂、在线检测与专家诊断系统等乙烯装置长周期运行技术,解决了裂解炉对流段超温、急冷油塔和裂解气压缩机结垢、乙炔前加氢反应器稳定性差等影响长周期运行的技术难题,实现了乙烯装置连续运转6年,创国内乙烯装置长周期运行新纪录,达到国际先进水平.     

A Novel Inorganic Polymer as Cathode Material for Secondary Lithium Batteries

Summary: This paper introduces a new inorganic poly(phosphazene disulfide) material. With unique element composition and molecular structure, the polymer has noncombustible safety and preferable conductivity. When used as cathode material for rechargeable lithium batteries, the polymer's first discharge capacity is as high as 467.9 mAh · g^?1, which can be retained at 409.9 mAh · g^?1 after 60 repeated cycles. Therefore, it has a great application potential in the field of lithium batteries.

Replacement of the Cl atoms by S? S groups by refluxing Na₂S₂ and linear poly(dichloro‐phosphazene).     

凝结水精处理混床铵化运行条件的分析探讨

从树脂离子交换的角度，通过分析计算，给出了凝结水精处理混床铵化运行的基础数据，进而提出了凝结水精处理铵化运行的条件。