… transfer from the particles to their environment stems from studying laser-induced alloying in
… that the rate of energy dissipation for Au nanoparticles in aqueous solution depends on size…

… Low Ag-content SnAgCu alloy (Ag < 2 wt%) has been considered as a solution to both …
-content alloys [9,10,11,12,13]. This in turn improves the plastic energy dissipation capability and …

… of the obtained analytical solutions suggest that the entire … The total dislocation density in the
alloy is related to the flow … in this process, the energy dissipation equals the expended work) …

… electrochemical behavior of CuAl-based alloys in 0.6 M NaCl solution. It was proved that Gd
… materials as energy dissipation devices. The polarization curves of the 0.3Cr alloy indicated …

… to dissipate energy … energy dissipation capacity. It is shown that the application of shear
tabs and WHPs can improve the ultimate strength, equivalent damping and energy dissipation …

… -entropy alloys (MEAs and HEAs) are single-phase concentrated solid solution alloys (CSAs) …
as part of the Energy Dissipation to Defect Evolution (EDDE), an Energy Frontier Research …

… in grain boundary movement in metal alloys, where a moving … interface due to the energy
dissipated by the local diffusion … and applies an exact solution for the diffusion equation in the …

… in dilute Ni-Au alloys. In the first part of this work we discuss the continuum solutions for sub-
… Dislocations moving in a crystal experience a resisitive force leading to energy dissipation. …

… This paper analyses energy dissipation of fretting corrosion … tests are conducted in Ringer's
solution. Stainless steel (316L) … alloy (Ti–6Al–4V), cobalt–chromium alloy (Co–Cr–Mo alloy), …

… Ni‒containing solid‒solution alloys are investigated based on … is found in concentrated
Ni‒Fe alloys compared to in pure Ni, … that recombination in Ni‒Fe alloys is delayed due to the …