Low-temperature separation of helium-helion mixture

Abstract

The research is devoted to the problem of designing materials with an adjustable property of permeability. The obtained tool for property regulation allows achieving hyper-selectivity in relation to separation of helium isotope mixtures, as well as some other gas mixtures. The reasearch is theoretical in nature; however, it suggests a clear direction of activity for experimenters. The result obtained is valid for ultrathin barriers of any form. As a result, a new exact solution of the Schrödinger equation of wave dynamics, which is valid for the case of two-barrier systems, is found. This solution allows for comprehensive consideration of the process of wave passage through a barrier and identification of the causes leading to super-permeability of individual components.

Laboratory Virtualization Management Based on Deep Integration of Cloud Desktop

“…In addition, the virtualization layer also provides some other common basic services and architecture management service components required by the overall architecture. Core application layer: this layer is the carrier platform for the school's existing management systems and teaching systems, such as campus portals, campus cards, and emails; all business systems can run on independent virtualization platforms; these business systems can also be migrated to run on cloud desktop virtualization platforms to improve server utilization [15].…”