We consider optimizations of Lenoir engine within a quantum dynamical field consisting of N
noninteracting fermions trapped in multilevel infinite potential square-well. Fermions play a …

We examine a quantum Otto engine using both Bose–Einstein condensation (BEC) and
normal Bose gas as working medium trapped in generalized external potential. We treated …

Since the beginning of the quantum era, physicists have tried to find various interrelated
connections between classical physics and quantum physics, including the relevance of …

We investigate the phenomenon of partial thermalization in the context of the efficiency at
maximum power (EMP) for a quantum Otto engine. This engine utilizes Bose-Einstein …

Currently, the heat engine needs to be miniaturized to increase its thermal efficiency. In this
theoretical study, the symmetrical potential box containing one particle with one of its walls …

A quantum dual-engine is a machine that applies a dual cycle in a quantum system. This
machine is a quantum analogy to the classical dual-engine consisting of a combination of …

A Brayton engine is one of the heat engines that convert heat energy into mechanical work.
This engine is often implemented on turbojet engines of airplanes and gas turbines …

Quantum Brayton engine efficiency with the massless boson particle as a wor ing substance
has been investigated. The research method used is analogy modeling of the first law of …

Pada penelitian ini dibuat model analitik mesin panas kuantum reversibel dengan
menggunakan siklus Carnot, yang terdiri dari proses isotermal reversibel dan adiabatik …