High-entropy alloys (HEAs) are promising structural materials due to their excellent
comprehensive performances. The use of mechanically alloyed powders to deposit HEA …

Self-propagating exothermic reactions, for instance in the nickel-aluminum (Ni–Al) system,
have been widely studied to create high performance intermetallic compounds or for in-situ …

In the present work, the effects of ball milling on the hydrogen sorption kinetics and
microstructure of ZrCo have been specifically studied. Experimental measurements show …

A cost-effective and long stability catalyst with decent electrochemical activity would play a
crucial role in accelerating applications of metal-air batteries. Here, we report quintuple …

The pressure conductive silicone rubber socket (PCR) is one of the promising test socket
devices in high-speed testing environments. In this study, we report highly dense PCR …

The effects of ball milling on the hydrogen sorption kinetics and microstructure of Zr0. 8Ti0.
2Co have been systematically studied. Kinetic measurements show that the hydrogenation …

Nanostructured bimetallic reactive multilayers can be conveniently produced by ball milling
of elemental powders. This research explores the non-equilibrium microscale conductive …

This work establishes a computationally efficient model of temperature and diffusion
dynamics in ball milled bimetallic Ni-Al particulates. Mechanical contact conditions between …

This research introduces dynamic modeling and real-time control of fractal structure in
particulate materials fabricated by the ball milling process, specifically addressing …

In reactive bimetallic compounds such as Ni–Al multilayers, desirable thermo-kinetic
properties upon ignition require simultaneously controlled geometric microstructure and …