Crystallization during the solidification process of steels is of vital importance for controlling
the quality of final products. This paper summarizes the in situ characterization research …

Utilizing a laser cladding approach, three types of in-situ composite coatings (Cu-16Cr-4SiC,
Cu-32Cr-8SiC, and Cu-48Cr-12SiC) were prepared on the CuCrZr alloy substrate. A …

Immiscible alloy is a kind of functional metal material with broad application prospects in
industry and electronic fields, which has aroused extensive attention in recent decades. In …

In this work, the influence of 10 T high magnetic field on the liquid-liquid phase separation
behavior of Cu-33.33 at.% Co immiscible alloy was systematically investigated. The results …

The magnetic field induced instability patterns have been observed in an undercooled
immiscible Co–Cu alloy by an in situ magnetization measurement of the supercooled alloy …

The influences of the cooling style on metastable phase separation (MPS) kinetics of
undercooled liquid Fe 35 Cu 65 alloy have been systematically investigated by glass fluxing …

The densities of liquid binary Pt–X (X: Fe, Co, Ni and Cu) alloys were measured over a wide
temperature range including the supercooled liquid region, using electromagnetic levitation …

In this article, the influences of cooling rate on the microstructure evolution and liquid–liquid
phase separation behavior of Cu–16.2 Fe–4.5 P immiscible alloys were systematically …

The effects of superheating and undercooling on the metastable phase separation (MPS)
kinetics for glass-fluxed Fe 65 Cu 35 peritectic alloy were investigated by experiments and …

In this study, the solidification pathways and the generation of nano-sized Co-rich phase in
metastable immiscible Cu-Co alloys with different undercoolings were systematically …