A detailed investigation of ejector working characteristics in terms of refrigeration efficiency,
ejector entrainment ratio, and irreversibilities in each ejector component (nozzle, mixing …

This paper presents an ejector model to determine the optimum performance as well as
obtaining the design area ratio of an ejector in a refrigeration system. Working fluid …

This paper proposes an experimental investigation to demonstrate the impact of the primary
nozzle area ratios on the ejector performance in an R141b ejector refrigeration system. The …

For an ejector refrigeration system, the working fluid significantly influences the ejector
behavior and system performance as well as ejector design. There are three categories of …

This paper provides an experimental investigation of an R141b ejector refrigeration system
which concentrates on the effect of the driving generator temperature on the ejector …

The objective of this work is to provide a literature survey on the research attempts made in
the field of ejector refrigeration systems and the studies made on the ejector as a …

In the present study, two empirical correlations from the test results of 15 ejectors are derived
for the performance prediction of ejectors using R141b as the working fluid. The ratio of the …

This article experimentally compares the characteristics of different refrigerants as the
working fluid in an ejector cooling system. The study covers common refrigerants including …

In ejector-based refrigeration systems, the fluid phase state plays a key role in improving the
ejector performance. In this study, the effects of liquid volume fraction on ejector …

The ejector refrigeration machine (ERM) offers several advantages over other heat-driven
refrigeration machine, including simplicity in design and operation, high reliability and low …