头像
solidification behaviour of undercooled peritectic Fe81.68Co18.32 alloy
Email:
MY Home:
Office:
Address:
PostCode:
Fax:

您是第199 Access

Copyright © JiangSu University of Science and Technogly

头像
Microstructure evolution of undercooled Fe-Co-Cu alloys
Email:
MY Home:
Office:
Address:
PostCode:
Fax:

您是第130 Access

Copyright © JiangSu University of Science and Technogly

头像
Liquid-phase separation in rapid solidification of undercooled Fe-Co-Cu melts
Email:
MY Home:
Office:
Address:
PostCode:
Fax:

您是第77 Access

Copyright © JiangSu University of Science and Technogly

头像
Investigation on the phase separation in undercooled Cu-Fe melts
Email:
MY Home:
Office:
Address:
PostCode:
Fax:

您是第65 Access

Copyright © JiangSu University of Science and Technogly

头像
Movement of minor phase in undercooled immiscible Fe-Co-Cu alloys
Email:
MY Home:
Office:
Address:
PostCode:
Fax:

您是第96 Access

Copyright © JiangSu University of Science and Technogly

头像
Nonequilibrium Solidification Behavior of Co-Si Alloys Near the First Eutectic Point
Email:
MY Home:
Office:
Address:
PostCode:
Fax:

您是第100 Access

Copyright © JiangSu University of Science and Technogly

头像
Microstructure and solidification behavior of multicomponent CoCrCuxFeMoNi high-entropy alloys
Email:
MY Home:
Office:
Address:
PostCode:
Fax:

您是第140 Access

Copyright © JiangSu University of Science and Technogly

头像
Microstructures and Liquid-Phase Separation in Multicomponent CoCrCuFeNi High Entropy Alloys
Email:
MY Home:
Office:
Address:
PostCode:
Fax:

您是第106 Access

Copyright © JiangSu University of Science and Technogly

头像
The Effect of Mn Content on the Microstructure and Properties of CoCrCu0.1Fe0.15Mo1.5MnxNi Near Equiatomic Alloys
Email:
MY Home:
Office:
Address:
PostCode:
Fax:

您是第133 Access

Copyright © JiangSu University of Science and Technogly

头像
Rapid solidification and liquid-phase separation of undercooled CoCrCuFexNi high-entropy alloys
Email:
MY Home:
Office:
Address:
PostCode:
Fax:

您是第120 Access

Copyright © JiangSu University of Science and Technogly

头像
Liquid-Phase Separation of Immiscible CrCuxFeMoyNi High-Entropy Alloys
Email:
MY Home:
Office:
Address:
PostCode:
Fax:

您是第224 Access

Copyright © JiangSu University of Science and Technogly

头像
Microstructure, phase stability and properties of CoCr0.5CuxFeyMoNi compositionally complex alloys
Email:
MY Home:
Office:
Address:
PostCode:
Fax:

您是第228 Access

Copyright © JiangSu University of Science and Technogly

头像
Compositional dependence of phase selection in CoCrCu0.1FeMoNi based multicomponent high-entropy alloy
Email:
MY Home:
Office:
Address:
PostCode:
Fax:

您是第147 Access

Copyright © JiangSu University of Science and Technogly

头像
The Effect of Ti Addition on Phase Selection of CoCrCu0.5FeNi High-Entropy Alloys
Email:
MY Home:
Office:
Address:
PostCode:
Fax:

您是第151 Access

Copyright © JiangSu University of Science and Technogly

  • N. Liu*, P. H. Wu, P. J.ZhouZ. Peng, X.J.WangY.P. Lu, Rapid solidification and liquid-phase separation of undercooled CoCrCuFexNi high-entropy alloysIntermetallics72(2016)44-52Rapid solidification and liquid-phase separation of undercooled CoCrCuFexNi high-entropy alloys