The development and research of high strength and conductivity materials are essential for
the advancement of high-field magnets, including pulsed magnets. This study investigates …

Copper-based wire is the key conductor material in integrated circuit bonding wire, high-end
audio and video transmission line, medical wire harness and other fields. It is of significant …

High-field magnets require conductors made of Cusingle bond Ag composites that have an
exceptional combination of strength and electrical conductivity. Given that increase in …

A single steady magnetic field (SMF) and an electromagnetic compound field with
downward Lorentz force (EDLF) were applied to laser cladding process. The influence of the …

Cu-Ag composite is one of the best conductors for high-field magnets. Increasing its strength
is crucial for designing newer high-field magnets. Cu-28 wt% Ag samples were solidified …

We investigated the effects of Fe content on microstructure and properties in as-cast and as-
drawn Cu-(5.1-x) vol% Ag-x vol% Fe alloys. In microscale, increasing Fe content first refined …

We report the influence of growth rate and external magnetic field on the eutectic lamellar
spacing and properties of directionally-solidified Ag-Cu eutectic alloys. The results indicated …

摘要建立纵向稳态磁场作用下SiCp/2009Al 激光填粉焊接三维瞬态数值模型,
考虑材料物性参数变化, 将非等温流动, Marangoni 效应, 洛伦兹力等多物理场耦合 …

High magnetic field (HMF) and solidification processes were changed during the
solidification of both Cu-28 mass% Ag and Cu-72 mass% Ag alloys. The results indicated …

摘要采用热型水**连铸工艺制备了 16mm 的Cu-3.5 Ag 合金棒材, 研究了连铸速度对Cu-3.5
Ag 合金微观组织, 电导率和力学性能的影响. 结果表明, 连铸速度对Cu-3.5 Ag …