Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Silicon carbide cladding induction heating connection method and silicon carbide cladding
The invention discloses a silicon carbide cladding induction heating connection method and a silicon carbide cladding. The silicon carbide cladding induction heating connection method comprises the steps that S1, a connection material and a dispersing agent are added into an organic solvent, and mixed slurry is formed after ultrasonic dispersion; s2, the mixed slurry is evenly smeared on the connecting face of the SiC end plug and/or the SiC cladding tube, and the connecting face of the SiC end plug and the connecting face of the SiC cladding tube are oppositely matched to form a connecting structure; s3, the connecting structure is cured in a protective atmosphere, and the mixed slurry is cured to form a connecting layer; s4, the connecting structure is placed on induction heating equipment to be subjected to induction heating, so that the connecting layer is densified, the SiC end plug and the SiC cladding tube are compactly connected, and the SiC cladding is formed. Rapid connection of the end plug and the cladding pipe is achieved in an induction heating mode, the working time is greatly saved, and the connection efficiency is improved; meanwhile, the induction heating does not need to carry out conductive treatment on the high-purity and non-conductive SiC cladding tube and the end plug, so that independent heating of the connecting layer is realized, and the reliability is high.
本发明公开了一种碳化硅包壳感应加热连接方法及碳化硅包壳，碳化硅包壳感应加热连接方法包括：S1、将连接材料和分散剂加入有机溶剂，经超声分散后形成混合浆料；S2、将混合浆料均匀涂抹在SiC端塞和/或SiC包壳管的连接面上，将SiC端塞和SiC包壳管以连接面相对配合形成连接结构；S3、在保护气氛下，将连接结构进行固化，混合浆料固化形成连接层；S4、将连接结构置于感应加热设备上进行感应加热，使连接层致密化，将SiC端塞与SiC包壳管致密连接，形成SiC包壳。本发明采用感应加热的方式实现端塞和包壳管的快速连接，极大地节省工作时间，提高连接效率；感应加热无需对高纯、不导电的SiC包壳管和端塞进行导电化处理，实现连接层单独加热，可靠性高。
Silicon carbide cladding induction heating connection method and silicon carbide cladding
The invention discloses a silicon carbide cladding induction heating connection method and a silicon carbide cladding. The silicon carbide cladding induction heating connection method comprises the steps that S1, a connection material and a dispersing agent are added into an organic solvent, and mixed slurry is formed after ultrasonic dispersion; s2, the mixed slurry is evenly smeared on the connecting face of the SiC end plug and/or the SiC cladding tube, and the connecting face of the SiC end plug and the connecting face of the SiC cladding tube are oppositely matched to form a connecting structure; s3, the connecting structure is cured in a protective atmosphere, and the mixed slurry is cured to form a connecting layer; s4, the connecting structure is placed on induction heating equipment to be subjected to induction heating, so that the connecting layer is densified, the SiC end plug and the SiC cladding tube are compactly connected, and the SiC cladding is formed. Rapid connection of the end plug and the cladding pipe is achieved in an induction heating mode, the working time is greatly saved, and the connection efficiency is improved; meanwhile, the induction heating does not need to carry out conductive treatment on the high-purity and non-conductive SiC cladding tube and the end plug, so that independent heating of the connecting layer is realized, and the reliability is high.
本发明公开了一种碳化硅包壳感应加热连接方法及碳化硅包壳，碳化硅包壳感应加热连接方法包括：S1、将连接材料和分散剂加入有机溶剂，经超声分散后形成混合浆料；S2、将混合浆料均匀涂抹在SiC端塞和/或SiC包壳管的连接面上，将SiC端塞和SiC包壳管以连接面相对配合形成连接结构；S3、在保护气氛下，将连接结构进行固化，混合浆料固化形成连接层；S4、将连接结构置于感应加热设备上进行感应加热，使连接层致密化，将SiC端塞与SiC包壳管致密连接，形成SiC包壳。本发明采用感应加热的方式实现端塞和包壳管的快速连接，极大地节省工作时间，提高连接效率；感应加热无需对高纯、不导电的SiC包壳管和端塞进行导电化处理，实现连接层单独加热，可靠性高。
Silicon carbide cladding induction heating connection method and silicon carbide cladding
碳化硅包壳感应加热连接方法及碳化硅包壳
WU LIXIANG (Autor:in) / XUE JIAXIANG (Autor:in) / LIAO YEHONG (Autor:in) / REN QISEN (Autor:in) / MA HAIBIN (Autor:in) / ZHAI JIANHAN (Autor:in) / ZHANG YONGDONG (Autor:in) / GAO SIYU (Autor:in)
17.09.2021
Patent
Elektronische Ressource
Chinesisch
Silicon carbide ceramic connection method and silicon carbide cladding
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