To improve fuel utilization and prolong the lifespan of proton exchange membrane fuel cells
(PEMFCs), especially in automotive applications, a fuel recirculation operation is …

An ejector is a gadget used to augment a liquid's release and strengthen its pressure by
geometrically instigated additional streams. The throttling valve can be dispensed with the …

The poor entrainment performance of the conventional ejector is a significant problem that
makes it hard to use in proton exchange membrane fuel cell (PEMFC) systems. This study …

In this paper, one of the remaining questions for ejector design,“Does the constant rate of
momentum change (CRMC) ejector provide better performance than the constant pressure …

By introducing constant rate of momentum change approach for real fluid ejector design, the
crucial geometrical parameters such as nozzle exit position, mixing, and diffuser section …

Multi-effect distillation with thermal vapor compression system has not been able to
penetrate the market because of the low coefficient of performance. The two-stage vacuum …

As a new generation fuel cell, solid oxide fuel cell (SOFC) has become a hot spot in the
industry due to its unique advantages. In order to improve energy utilization and prevent …

The supersonic–supersonic ejector–diffuser system is employed to suck supersonic
lowpressure and low-temperature flow into a high-pressure environment. A new design of a …

Because of the attributes of no influencing elements, cost efficiency, increased
dependability, and good efficiency, the applications of an add-on energy development …

The two-stage ejector has been suggested to replace the single-stage ejector geometrical
configuration better to utilize the discharge flow's redundant momentum to induce secondary …