Abstract
Upon additional saturation of a PdH0.1 alloy with hydrogen under highly nonequilibrium conditions, moving coherently conjugate undulatory swells, (whose shape and character of motion resemble those of solitary translational waves—solitons) on the surface have been for the first time fixed and recorded on video tape. Based on modern concepts about the metal-hydrogen systems, the observed soliton-like moving swell and the mechanism of its formation and motion have been discussed. Emphasis has been placed on the fact that the incipient formation of soliton-like coherent moving swells is a special previously unknown mechanism of relaxation and leveling-off of internal stresses in metal-hydrogen alloys.
Published Version
Talk to us
Join us for a 30 min session where you can share your feedback and ask us any queries you have
Schedule a call