Copper alloys are widely used in the lead frame, high-speed railway and other applications
due to their high electrical conductivity and adequate mechanical properties. In this work, the …

The conversion reaction mechanism has widely been accepted in interpreting and
evaluating the lithium storage capability of transition metal oxides (MOs). However, this …

Abstract Effects on microstructure evolution, mechanical and electrical properties of a Cu–Cr–
Zr–Ni–Si–Ti alloy via multi-stage rolling and aging were investigated in details. The results …

A Cu–0.13 Cr–0.074 Ag (wt%) alloy has been synthesized by the nonvacuum melting and
casting followed by thermal-mechanical treatment, and microstructure and mechanical …

In this study, copper-based composites containing nanoscale TiC with high strength and
high electrical conductivity (712 MPa and 72% IACS) were produced by a newly developed …

Abstract Deformation of Cu-Fe-P alloys at cryogenic temperature (CT) leads to the evolution
of a complex microstructure, which includes deformed and recrystallized grains, strain …

The present study addresses the microstructural and texture evolution of Cu-Fe-P alloy
sheets rolled at room temperature (RT). Cu-Fe-P specimens were subjected to 20, 40, 60 …

An ultra-high strength TiZrNbTa (TZNT) high-entropy alloy (HEA) with good plasticity was
attempted as a new reinforcing phase, which is introduced in the highly conductive Cu …

The evolution of the mechanical characteristics, residual stresses, and microstructure of a
Cu–Fe–P alloy during machining was investigated, and the influence mechanism of the …

Abstract The Cu–Fe–P alloy is the mainstream material of IC lead frame at present, which
plays a key role in electrical signal transmission and mechanical fixation between bearing …