1) ultrafine microstructure steel
超细组织钢
1.
This thesis is focused on the welding physical metallurgy of new ultrafine microstructure steel, which was processed by RPC (Relaxation-Precipitation-Controlling transformation) technique.
通过组织超细化可以使钢铁材料同时获得高的强度和优良的韧性,但超细组织在焊接条件下的粗化可能阻碍超细组织钢的应用。
3) microstructure ultra-fining treatment
组织超细化
1.
It meets the requirement of sustainable development of the society to upgrade roundly the performance of the traditional iron and steel materials,and microstructure ultra-fining treatment is proved to be the optimum way that can improve both the strength and the toughness.
实现传统钢铁材料性能的全面升级符合社会可持续发展战略,组织超细化是同时提高钢铁材料强度和韧性的最佳强化机制。
4) ultrafine grains
超细晶组织
1.
Steel and other iron-based alloys can have ultrafine grains and improved properties by equal channel angular processing(ECAP).
钢和铁基合金通过等径弯曲通道变形(ECAP)可获得超细晶组织,从而改善材料的性能。
2.
Equal Channel Angular Processing (ECAP) can carry out the strongly processing and obtain ultrafine grains and improve the properties of materials.
等径弯曲通道变形(简称ECAP)能实现材料的强烈塑性变形,获得超细晶组织,从而改善材料的综合性能。
5) ultra fine microstructure
超细化组织
6) ultrafine microduplex structure
超微细复相组织
1.
Characteristics and properties of ultrafine microduplex structure in high carbon steel after warm deformation;
温变形高碳钢中超微细复相组织的特征及性能
补充资料：90t超高功率电弧炉正在出钢(沙钢)
90t超高功率电弧炉正在出钢(沙钢)
90t超高功率电弧炉正在出钢(沙钢)
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条