Calculation of maximal level of hydrogen satiation in Titan from the first principles

Abstract

Complete energy of electron – ionic system and energy of cooperation between densely packed atomic planes of FCC and HCP structure types in hydride of titan at the different amounts of hydrogen is calculated from the first principles. It is rotined that monocrystallic titan has HCP structure, at addition of hydrogen atoms, the system (titan - hydrogen) passes to more steady FCC structure. The maximal amount of attenuated hydrogen in the hydride of titan, at the absolute zero of temperatures was obtained near to four for titan, which have three electrons in the area of conductivity.