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INFLUENCE OF NITROGEN ADDITION ON TRANSFORMATION BEHAVIOR AND MECHANICAL PROPERTIES OF VANADIUM MICR
[会议论文] 作者：Jiangnan MA,Ruizhen WANG,Caifu YANG,
来源：第七届低合金高强度钢国际会议 年份：2015
The influence of nitrogen addition on the microstructure and mechanical properties of vanadium microalloyed steels was studied by thermal simulation and bench scale rolling experiment.The results show...
[会议论文] 作者：Hang SU,Tao PAN,Feng CHAI,Caifu YANG,
来源：第七届低合金高强度钢国际会议 年份：2015
China now experiences a fast development in shipbuilding and marine steel,the self-developed steel could meet the needs among 95%domestic clients.But in the...
Kinetics simulation and experimental observation of fine microstructure of 9%Ni cryogenic steel proc
[期刊论文] 作者：Tao Pan,Jing Zhu,Caifu Yang,Hang Su,,
来源：Chinese Science Bulletin 年份：2014
Thermo-Calc and Dictra commercial calculation software programs have been used to simulate the formation of fine microstructure of 9%Ni cryogenic steel processe...
[期刊论文] 作者：Zhuo Wang,Xiaoyu Yang,Yufei Zheng,Qilong Yong,Hang Su,Caifu Yang,,
来源：Chinese Science Bulletin 年份：2014
The fundamental idea of materials genome initiative is the integration of computing platform,experimental platform,and data platform to speed up the material in...
MICROSTRUCTURES AND CONTINUOUS COOLING TRANSFORMATION OF CGHAZ IN E36 CLASS V-N-Ti, V-Ti AND Nb-Ti S
[会议论文] 作者：Zhongran Shi,Ruizhen Wang,Qingfeng Wang,Hang Su,Feng Chai,Caifu Yang,
来源：第七届低合金高强度钢国际会议 年份：2015
For the purpose of obtaining the optimal microstructures and mechanical properties of the CGHAZ under high input welding,continuous cooling transformation diagrams of the coarse grain heat-affected zo...
STUDY ON CONTINUOUS COOLING TRANSFORMATION BEHAVIOR OF COARSE GRAIN HEAT-AFFECTED ZONE IN V-N-Ti AND
[会议论文] 作者：Feng Lu,Feng Chai,Guangping Cheng,Hang Su,Nan Li,Caifu Yang,
来源：第七届低合金高强度钢国际会议 年份：2015
Continuous cooling transformation diagrams and microstructures of coarse grain heat-affected zone(CGHAZ)of V-N-Ti and Nb-V-Ti microalloyed steels at different cooling time form 800℃ to 500℃(t8/5)were...
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