Abstract
Coherently conjugate wave-like swellings moving across the surface of PdH0.1 alloy at additional saturation with hydrogen under significantly nonequilibrium conditions have been detected and video recorded for the first time. The shape and character of motion of these swellings are similar to those of solitary waves of translation—solitons. The detected moving soliton-like swelling has been phenomenologically analyzed based on the modern concepts of metal-hydrogen systems. It is emphasized that the formation of these soliton-like coherent moving swellings is a peculiar (unknown previously) mechanism of relaxation and equalization of internal stress in metal-hydrogen alloys.
Published Version
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