In ejector refrigeration systems, the performance of the ejector is critical to the performance,
capability, size and cost of the whole system. Construction of mathematical models has been …

Two-phase ejectors play a major role as refrigerant expansion devices in vapor
compression systems and can find potential applications in many other industrial processes …

The aim of this paper is to investigate the entrainment behavior and performance of gas–
liquid ejectors. computational fluid dynamics (CFD) model and the corresponding algorithm …

This paper describes a numerical study of entrainment behavior and its configuration
dependence for gas–gas and gas–liquid ejectors. A computational fluid dynamics (CFD) …

In this paper, the influence of temperature phase change on two-phase ejector is
investigated by the computational fluid dynamics (CFD) technique. The working fluids used …

This paper presents a study on experiment and analysis of variable area-ratio ejector used
in a multi-evaporator refrigeration system (MERS). The experimental rig and method are …

This study investigates enhancing energy efficiency in desalination by introducing a novel
combined ejector-solar vacuum tube collector cycle. The cycle utilizes a two-phase state and …

A vapor compression cycle, which is typically utilized for the heat pump, air conditioning and
refrigeration systems, has inherent thermodynamic losses associated with expansion and …

The energy efficiency of bubble generating systems of gas-liquid contacting reactors is
reviewed and analyzed quantitatively. The key metrics that emerge from a new theoretical …

Ejectors are widely used as effective distributors in many chemical and bioprocess
industries. Gas entrainment rate as a function of liquid flow rate in ejectors is investigated …