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 …

Venturi-type bubble generators own advantages of simplicity in structure, high efficiency, low
power consumption, and high reliability, exhibiting a broad application potential in various …

A highly efficient jet loop reactor (JLR) with a submerged nozzle was developed to enhance
the mixing and dispersion capacity of a phosgenation reaction, which was implemented in …

Ejector refrigeration cycles offer an alternative to traditional systems for the production of
cooling using low temperature heat. In this paper, a real gas thermodynamic model based …

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) …

This paper provides a critical review of ejector technology for chiller applications, combining
an understanding of ejector fluid flow fundamentals with cycle applications. An ejector is a …

The aim is to develop a method for the design of up-flow ejector loop reactors for coalescent
systems respecting the different energy dissipation and mechanism of interfacial mass …

A jet-impinging type microbubble generator is designed, including a liquid nozzle and a gas
nozzle with the disc-baffle closely arranged along the same axis. When the disc-baffle …

In this study, the gas–liquid hydrodynamics in a self-suction jet reactor with or without
swirling addition design are investigated both experimentally and numerically. The …

A steam ejector refrigeration system is a low capital cost solution for utilizing industrial waste
heat or solar energy. When the heat source temperature is lower than 80° C, the utilization of …