Embedded atoms in a crystalline hexagonal structure

As part of the work, hexagonal structure B19 type metals as hydrogen sorbents will be considered. That is, crystal lattices are considered, where atoms impurities (hydrogen) introduced into interstices metal. To do this, we present an image itself. In this solubility in was studied using configuration method, and dependence on composition alloy temperature found substitution nodes interstices. Also, work degrees long-range order at considered parameters correlation determined. A graphical view effect atomic is given. The calculated data obtained coincide with experimental other studies, calculation formulas make it possible to determine energy alloys, which a certain scientific value work. proposed system takes account only interaction absorption (dissolution) diffusion interstitial bulk structure; therefore, predict introduction atom. Thus, results for distribution octapores or tetrapores allow deeper study physical characteristics alloys understanding processes sorption by working bodies storage.