1) heat-resisting wire
耐热导线
1.
The paper analyzes the principles of the heat-resisting wire electric transmission technology,the heat-resisting mechanisms and the characteristics of the heat-resisting wire,and studies deeply the impact for the circuit after the temperature-rising.
分析了耐热导线输电技术的原理,对耐热导线的耐热机理和特性进行了分析,并对温度升高后对线路造成的影响进行了深入研究;综合考虑其优势特点及不利因素,结合目前的工程情况对其经济效益进行了研究,探讨了当前情况下耐热导线输电技术的合理应用问题。
2.
This paper introduces the current project situation and the technological development level of the big sectional wire and the heat-resisting wire electric transmission technology in China.
介绍了目前我国大截面导线及耐热导线输电技术的工程应用现状与技术发展水平;分析2种超自然功率输电方式对电力系统稳定性的影响后指出当前形势下2种输电技术在我国电力系统中的应用适宜范围;对比分析其各自特点、优势及未来技术发展空间后指出了将来我国短距离大容量输电技术的发展趋势。
3.
To adopt heat-resisting wire to raise the transmission capacity was the one of new technical project for Beijing Electric Power Corp.
采用耐热导线提高输电线路的输送能力是北京电力公司2004年输电度夏工程中所采用的新技术项目之一。
2) thermo-resistance aluminum conductor
耐热铝导线
3) heat resistant overhead conductors
耐热架空导线
1.
The heat resistant overhead conductors are widely used,as the main renewal conductor type for renovation and capacity expansion of urban networks,in the renovation of regional grids.
耐热架空导线作为城市电网增容改造中的主要换用线种,在各个地区的电网改造中得到了广泛的应用。
4) heat-resistant conductor material
耐热导线材料
1.
The heat-resistant conductor material is a kind of special material with good properties, its popularization application in expanding capacity of power transformation and transmission project should have obvious economical and social benefits.
耐热导线材料是一种性能良好的特种材料,在输变电工程扩容上推广应用具有显著的经济效益和社会效益。
2.
The heat-resistant conductor material is a special material of good properties and its popularization and application in expansion of transmission and distribution projects will be of obvious economic and social benefits.
耐热导线材料是一种性能良好的特种材料,项目扩容改造时,在基本不改变原有配置的基础上,采用耐热导线材料可以提高载流量50%。
5) ordinary heat-resisting conductor
普通耐热导线
1.
This article gave the comprehensive introduction to the application and the design of the ordinary heat-resisting conductor in the project in 2005~2006 year,and made the efficient analysis for the ordinary heat-resisting conductor.
北京电力公司在2005~2006年度对北京电网实施了消除隐患改造工程,工程中大量使用了国产的普通耐热导线。
6) heat-resisting aluminum alloy conductor
耐热铝合金导线
1.
Heat-resisting Aluminum Alloy Conductors Mechanics Performance Calculation;
耐热铝合金导线的力学性能研究
2.
In this paper the heat withstanding mechanism of heat-resisting aluminum alloy conductor is discussed, the types and performance of the conductor and its application on transmission lines are analyzed and introduced, and suggestions on accelerating exploitation and application of the conductor are put forward.
本文对耐热铝合金导线的耐热机理进行了探讨,对耐热铝合金导线的种类和性能以及在输电线路中的应用进行了分析和介绍,并对今后加速发展和应用耐热铝合金导线提出了建议。
3.
Taking several just finished capacity-increasing engineering projects as an example,the paper introduces and compares application,characteristics,economic performance of heat-resisting aluminum alloy conductor,ACCC,ACCR,summarizes the application experience of these new type conductors.
以近期完成的几个典型线路增容工程为背景,介绍了耐热铝合金导线、碳纤维复合芯铝绞线、铝基陶瓷纤维复合铝绞线的应用情况,对技术性能特点、经济性能作了比较分析,并总结了新型导线的应用经验。
补充资料：补偿导线
分子式：
CAS号：
性质：用来将热电偶的参比端(冷接点)延伸到温度恒定的场所，以便与显示仪表连接的两根材料不同的贱金属导线，其热电特性在0～100℃；范围内与所配用的热电偶热电特性相近。常用的补偿导线有镍铬-考铜、铜-康铜和铜-铜镍。
CAS号：
性质：用来将热电偶的参比端(冷接点)延伸到温度恒定的场所，以便与显示仪表连接的两根材料不同的贱金属导线，其热电特性在0～100℃；范围内与所配用的热电偶热电特性相近。常用的补偿导线有镍铬-考铜、铜-康铜和铜-铜镍。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条