特钢技术
特鋼技術
특강기술
Special Steel Technology
2015年
3期
11-13
,共3页
0Cr18Ni10Ti%350℃性能%α相%冷轧变形量
0Cr18Ni10Ti%350℃性能%α相%冷軋變形量
0Cr18Ni10Ti%350℃성능%α상%랭알변형량
0Cr18Ni10Ti%Properties at 350℃%αphase%Cold deformation
针对0Cr18Ni10Ti管材350℃性能问题，从化学成分、α相含量、冷轧变形量、晶粒度等方面进行了分析和讨论，得出了提高α相含量、冷轧变形量是提高管材350℃性能主要措施的结论，并最终在产品试制中解决了该问题。
針對0Cr18Ni10Ti管材350℃性能問題，從化學成分、α相含量、冷軋變形量、晶粒度等方麵進行瞭分析和討論，得齣瞭提高α相含量、冷軋變形量是提高管材350℃性能主要措施的結論，併最終在產品試製中解決瞭該問題。
침대0Cr18Ni10Ti관재350℃성능문제，종화학성분、α상함량、랭알변형량、정립도등방면진행료분석화토론，득출료제고α상함량、랭알변형량시제고관재350℃성능주요조시적결론，병최종재산품시제중해결료해문제。
Aiming at the properties of 0Cr18Ni10Ti Tubes at 350℃, the chemical composition, content of αphases, cold deformation, and grain size of the steel were analyzed. The results showed that the main measures for improving the properties of 0Cr18Ni10Ti Tubes at 350℃were to increase the content ofαphases and cold deforma?tion. Hence the problems about properties of the said steel were solved.
