In the present paper, the numerical results for two 1 kW cooling capacity ejectors with
variable primary nozzle geometry are presented using R152a and R600a as working fluids …

One-dimensional ejector analyses often use coefficients derived from experimental data for
a set of operating conditions with limited functionality. In this study, several ejector designs …

This paper gives an experimental discussion of the geometrical impact of the primary nozzle
on the ejector performance in an R141b ejector refrigerator. Primary nozzle area ratio is …

Although representing a promising alternative to mechanical compressor driven systems,
ejector refrigeration has not widely spread due to its limits due to the system operation's …

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 …

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 …

In this study, the effect of the position of the primary nozzle and the converging angle of the
mixing section is investigated numerically for a vapor jet ejector to be used in a heat-driven …

In the present study, a novel ejector was designed based on a constant area ejector model
and manufactured in order to investigate the performance of an ejector refrigeration system …

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 …

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 …