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Special consideration is paid to the superheat of the ejector primary flow.
Kamrin originally devised the mathematical model to predict scenarios of primary flow, such as the flow field for sand flowing through a chute, or a circular trough.
Also the larger spin-angle rotor vane produces better flow induction and mixing between primary flow and secondary flow.
A relatively bigger θ is required to better maximize the ejector performance when the primary flow pressure rises.
Consequently, the effects of operating conditions such as primary flow pressures on the ejector system performance are evaluated.
This is because their primary flow paths are often fissures, fractures, and channels within and between rock layers.
The primary flow generated by this radial impeller has been reported much more than the secondary flow in the literature.
Secondary flow in a high-speed wall jet is used to generate a uniform primary flow across the diffuser.
One coaxial jet configuration possesses a cold primary flow, whereas the other configuration has a hot primary jet.
Exponential losses of secondary side pressures (inlet and outlet) are considered for FLB, whereas an exponential loss of primary flow rate is considered for LOFA.
The secondary flow rate first increases and then decreases while the primary flow rate remains unchanged with the increase of the NXP in fixed working conditions.
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