THE SPECIFICS OF THE FORMATION OF FRIAUF CLUSTER STRUCTURES, PACKAGING OF THE KAGOME AND LAVES PHASES DURING THE HYDROGENATION OF TITANIUM ALLOYS. KINETICS OF HYDROGEN

Abstract

Using the results of computer modeling and experiment, an analysis has been made of the effect of hydrogen and its kinetics on the nature of the formation of cluster-block configurations in alloys – Laves phases based on Friauf polyhedra and kagome structures that determine the characteristics of new materials with the aim of advancing the ecological and energy-saving technologies for producing ultrapure hydrogen and then its accumulation in the concerning alloys.

Keywords

• titanium alloys
• hydrogenation
• crystallization
• modeling
• friauf polyhedra
• diffusion
• close-packed configurations
• kagome nanostructures
• cluster symmetry
• laves phases