Interaction Between Hydrogen Molecules and a Closed Nanotube

Abstract

Abstract. The present paper assesses the state of low-energy molecules in the vicinity of the crystal structure of a closed nanotube. It is proposed to use the continuum description of the impact energy from carbon graphene structures. In this approach, a closed tube consists of an open part and two fullerene hemispheres. Calculations revealed that adsorption of gas molecules by surface crystals is not the case of capturing by a part of the nano-object surface, but that of involvement of molecules in a complex orbital motion around the particle.

Comparison of Two Elementary Nanomembranes Cells for Gas Mixture Separation Problem

“…The discrete approach is to describe the interaction of a molecule or atom with each structure atom. Examples of the use of this approach are given in [4][5][6][7][8][9][10].…”