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Heat Resisting Mechanism of Heat Resisting Aluminum Alloy Conductor and its Application in Transmission Line

机译：耐热铝合金导体的耐热机理及其在输电线路中的应用

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《4th International Conference on Power Transmission amp; Distribution Technology 2003; Oct 11-14, 2003; Changsha, China》|2003年|52-59|共8页
会议地点 Changsha(CN);Changsha(CN)
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1. 耐热铝合金导线的耐热机理及其在输电线路中的应用 [J] . 电气（英文版） . 2003,第004期
2. Changes in microstructure of HP-modified, heat-resisting cast alloys under long-term aging: repair weld cracking of service-exposed, HP-modified, heat-resisting cast alloys (2nd report) [J] . K. Nishimoto, K. Saida, M. Inui, Welding Research Abroad . 2002,第11期

机译：HP改性耐热铸合金在长期时效下的微观结构变化：维修暴露的HP改性耐热铸合金的焊缝开裂（第二次报告）
3. Effect of Boronizing Treatment on the Conductivity of a High-Conductivity and Heat-Resisting Al-Zr Alloy Conductor Material [J] . Zhikai Zheng, Xiang Xiao, Hao Wu, Materials science forum . 2021,第1期

机译：硼化处理对高导电性和耐热Al-Zr合金导体材料电导率的影响
4. Resistivity maximums due to growth of hydrogen-ordered domains in resistivity curves of Pd-H alloys during heating up with constant rates [J] . K. Yamakawa Journal of Alloys and Compounds: An Interdisciplinary Journal of Materials Science and Solid-state Chemistry and Physics . 2005,第1a2期

机译：Pd-H合金以恒定速率加热过程中电阻率曲线中氢有序畴的生长导致的最大电阻率
5. Heat Resisting Mechanism of Heat Resisting Aluminum Alloy Conductor and Its Application in Transmission Line [C] . You Chuanyong 4th International Conference on Power Transmission amp; Distribution Technology 2003; Oct 11-14, 2003; Changsha, China . 2003

机译：耐热铝合金导体的耐热机理及其在输电线路中的应用
6. Aluminum nitride bulk crystal growth in a resistively heated reactor. [D] . Dalmau, Rafael Federico. 2005

机译：氮化铝块状晶体在电阻加热反应器中的生长。
7. Characteristics of Heat Resistant Aluminum Alloy Composite Core Conductor Used in overhead Power Transmission Lines [O] . Kun Qiao, Anping Zhu, Baoming Wang, 2020

机译：架空输电线路用耐热铝合金复合芯线的特性
8. On the Characteristics of Strength at High Temperature of Iron-Base Heat-Resisting Alloys of Precipitation Type. (Study on the Heat-Resisting Alloy (4)) [O] . Shoichi Katoh 1961

机译：沉淀型铁基耐热合金高温强度特性。（耐热合金（4）的研究）
9. Properties of a prototype Bi-based HTS composite with a high resistivity sheathfor resistive fault current limiting applications [R] . Diehl, R. C., Fleshler, S. 2000

机译：用于电阻性故障电流限制应用的具有高电阻率护套的Bi基HTs复合材料的特性

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