|
Abstract
|
With the advent of quantum technology, a growing curiosity to miniaturization of heat engine machines, thermal diodes and energy storage devices, has been began. These miniaturized devices take the advantages of quantum effects to obtain more efficient than the classical counterparts. Among them, QBs as an energy source for all of other quantum devices have an undeniable role in development of quantum technology. In this regard, adopting strategies to design QBs and improve their performance with appropriate charging protocols are main goal of present researches. In this proposal we attempt to exploit the motion of atoms to improve the QB performance such as reducing the charging time, increasing the charging power, and control self-discharging process as well as spontaneous discharging.
|