电子测试
電子測試
전자측시
ELECTRONIC TEST
2013年
5期
240
,共1页
钩爪组件%小孔%钴基合金%堆焊
鉤爪組件%小孔%鈷基閤金%堆銲
구조조건%소공%고기합금%퇴한
the hook claw%Components holes%cobalt based alloy
本文以核反应堆控制棒驱动系统中钩爪组件为研究对象,提出了一种建立在小孔钴基合金基础之上的堆焊技术,首先针对钩爪组件小孔钴基合金堆焊技术在研制过程中所涉及到的主要内容进行了详细分析,在此基础之上提出了整个堆焊技术在研制过程中所涉及到的技术创新点,旨在于为今后相关研究与实践工作的开展提供一定的参考与帮助.
本文以覈反應堆控製棒驅動繫統中鉤爪組件為研究對象,提齣瞭一種建立在小孔鈷基閤金基礎之上的堆銲技術,首先針對鉤爪組件小孔鈷基閤金堆銲技術在研製過程中所涉及到的主要內容進行瞭詳細分析,在此基礎之上提齣瞭整箇堆銲技術在研製過程中所涉及到的技術創新點,旨在于為今後相關研究與實踐工作的開展提供一定的參攷與幫助.
본문이핵반응퇴공제봉구동계통중구조조건위연구대상,제출료일충건립재소공고기합금기출지상적퇴한기술,수선침대구조조건소공고기합금퇴한기술재연제과정중소섭급도적주요내용진행료상세분석,재차기출지상제출료정개퇴한기술재연제과정중소섭급도적기술창신점,지재우위금후상관연구여실천공작적개전제공일정적삼고여방조.
In this paper, the hook component in nuclear reactor control rod drive system as the research object, built on the basis of holes cobalt-based alloy surfacing technology, first for the the hook claw assemblies holes cobalt-based alloy surfacing the main content of the technology involved in the development process to the detailed analysis of the the entire surfacing technology involved in the development process of technological innovation point basis, aimed at for future research and practical work carried out reference and help.
