A data-driven approach combining together the experimental laser soldering, finite element
analysis and machine learning, has been utilized to predict the morphology of interfacial …

A new 3d transition metal high entropy alloy (3d TM HEA) CoFeNiTiV was prepared by
vacuum arc-melting. The phase component, microstructure and mechanical properties of …

A novel 3d transition metal high-entropy alloy, Al 0.5 CrCuNiV, was prepared by vacuum arc-
melting. Its phase component, microstructure, and compressive properties in as-cast and as …

Purpose Pb-free solders have been developed to replace the standard Sn–Pb eutectic
solder since the prohibition on Pb used in solders. The Sn–Ag–Cu series of lead-free …

With high capacity, better antidisproportionation, and 3He trapping performance, Zr-Ti-Co
alloys have excellent application prospects for hydrogen isotope storage. However, for α, α+ …

The intermetallic compound zirconium-cobalt (ZrCo) is one of promising alternative
materials used in the industry of hydrogen isotope storage. Nevertheless, the deterioration of …

The formation mechanism of interfacial intermetallic compounds (IMCs) and the feature of β-
Sn grains in different sized SAC305/Cu ball grid array (BGA) joints fabricated by laser jet …

Due to recent technological development, requirements, and advances in Hi-Tech systems,
the demands for a high vacuum atmosphere and its long-term preservation are important …

From the known getter materials proposed for the storage, supply, and recovery of hydrogen
isotopes the interalloy ZrCo has been selected as reference material. However, because of …

The structural properties, enthalpies of formation and entropic temperatures of five stable Co-
Zr intermetallics were systematically investigated by first-principles calculations. The …