TRT叶片腐蚀与磨损的研究

研究了TRT叶片腐蚀磨损的原理,选择合适的材料,采用合理的喷涂方式,通过实验表明,试样1(Co-87WC)涂层是抗冲蚀磨损的最佳选择,而试样4涂层(Ti N)则不适合TRT叶片的使用环境。     

TRT发电机启机故障诊断及技术分析

针对重钢16 MW高炉TRT发电机启机过程出现的在通过临界转速时发生较大振动导致联锁停机这一故障进行技术分析,并提出了整改方案,实施后运行状况良好。     

4#高炉TRT发电量分析

通过对几年来包钢4#高炉TRT装置技术参数的研究,总结并分析了影响TRT发电量的各种因素,并主要从主机系统的效率及煤气量两个方面探讨了提高TRT发电量的途径.     

TRT超前探测技术在井下巷道掘进中的应用

TRT地质超前预报探测是目前矿山巷道施工中比较先进的预报技术,在水利、道路、城市地下等工程中具有广泛的应用。针对西凹生产区复杂的花岗岩岩体边缘相—过渡相蚀变花岗岩的锡铜多金属矿体,采用TRT超前探测技术,开展了多次探测试验。结合实际工程验证表明,TRT超前探测技术能够在复杂的蚀变带矿体中运用,能够提供比较可靠的超前预报,及时提供可靠信息,为地下矿山的安全发展提供了重要保障,值得在井下矿山推广运用。     

Thermal properties of boring core samples from the Kanto area,Japan: Development of predictive models for thermal conductivity and diffusivity

The subsurface of the Earth is facing evermore thermal impact due to global warming, urban heat islands, and the widespread use of ground source heat pump (GSHP) systems. This potentially causes changes in its physical, mechanical, microbiological, and chemical properties, and in the subsurface water quality. To predict and evaluate this thermal impact (or thermal pollution), a better understanding and improved models for the thermal properties governing heat transport in subsurface sediments are needed. Also, data acquisition in high spatial resolution for the thermal properties and basic physical properties of the subsurface sediments are essential. In this study, the main thermal properties (the thermal conductivity, heat capacity, and thermal diffusivity) together with the basic physical properties (the soil texture, water content, and dry bulk density) were measured on boring core samples representing depths from 0 to 50 or 80 m, at three study sites in the Kanto area of Japan. Based on the measured data, models for thermal conductivity as functions of gravimetric water content, dry bulk density, and volumetric sand content were developed. The new models performed markedly better than presently available models from the literature and, in combination with a modified de Vries type model for heat capacity, the resulting model for thermal diffusivity was capable of describing the measured data well. The usefulness of the newly developed models were validated and illustrated by using data from a two-day thermal response test (TRT) performed at one of the three study sites. The new predictive models for the thermal properties used in a numerical heat transport simulation accurately predicted subsurface (5–50 m) temperature changes during the TRT.     

TRT机组紧急切断阀控制方式的改进

阐述了TRT机组紧急切断阀原设计控制方式中存在的缺陷和隐患.通过分析紧急切断阀在TRT机组中的作用和控制原理,对原有的控制方式中不合理的环节进行了改进,提出了TRT机组紧急切断阀的可靠控制方案.     

高炉TRT安全系统的设计及优化

介绍了攀钢四号高炉TRT安全系统的设计及优化。高炉TRT安全系统包括TRT控制系统本身的安全设计,以及TRT控制系统失控状态下的应急保护设计,当出现控制系统整体故障,设备及生产处于失控状态时,预通过设置脱机装置来保证安全停运设备的应急保护方法。     

应用发电机有功功率变化特性解决TRT运行中突发问题

介绍在TRT运行中应用发电机有功功率的变化特性解决生产问题的实践情况     

TRT快切系统保安功能探讨及改进

阐明TRT快切阀系统的作用、原理及特点，对3号TRT快切阀液压系统存在的问题进行分析，并对该液压系统进行改造，消除快切系统故障对TRT发电的影响，提高系统的可靠性，并为武钢所有TRT快切系统维护和改造奠定基础。     

TRT顶压稳定性高精度控制技术（STPC）基本原理

简介了TRT顶压稳定性高精度控制技术（STPC）的基本原理与控制方法。STPC是一项具有自主知识产权的创新技术，控制原理具有独创性，控制精度达到国际领先水平。