1) soften disposing
韧化处理
2) strengthening and toughening
强韧化处理
1.
Based on the mechanics of strengthening an d toughening, this paper systemically introduced research status of strengthening and toughening technology for HSS cutters domestic and abroad.
将多种处理技术结合起来形成复合强化技术 ,充分利用各自的特点 ,优势互补 ,以达到最佳的处理效果 ,将是今后高速钢刀具强韧化处理研究的新思路。
3) strengthening and toughening treatment
强韧化处理
1.
Basedon experiment result, a practical techogy is recommended as the strengthening and toughening treatment for these dies: 980℃ oil pre - quenching, 820℃ boroni - sation 4 hours and oil quenching again, final tempering at 200℃ for 1 hour.
采用模具的强韧化处理工艺：即980℃在油中预淬，再在820℃渗硼4小时，并在油中再次淬火，最后于200℃回火1小时。
4) strengthening-toughening
强韧化处理工艺
5) composite treatment
复合强韧化处理
6) toughening
韧化
1.
Effect of the variable contents of impurities and Ce addition on the toughening levels of alloys Al-Li-Cu-Zr and Al-Li-Mg-Zr with;
杂质及Ce含量对Al-Li-Cu-Zr和Al-Li-Mg-Zr合金韧化水平的影响
2.
The method is to make steel work in safety term during toughening gradually.
通过对上述曲线的分析,得到了避免钢高温脆裂的方法,该方法就是使钢在逐渐韧化的安全期内服役。
3.
But different treatments have different effects in toughening of high chromium cast iron.
但不同的处理方法对高铬铸铁韧化所起的作用也是不同的。
参考词条
补充资料：奥氏体化处理
austenitizing：在热处理中，将钢或其它铁基合金加热使其组织部分或全部转变为奥氏体或者再使奥氏体成分均匀化的操作。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。