The article is devoted to comparison of thermal and aerodynamic efficiency of two configurations of the regenerative nozzle used in the regenerative heat exchanger for room ventilation. The impact of nozzle channel diameter, nozzle length and stage time on the thermal efficiency of the nozzle, its aerodynamic resistance and the required fan power is considered.
The report reflects the long-term solutions for the modernization of main means of emergency control and protection of integrated power systems in the implementation of adaptive control algorithms.
The article presents data on the verification thermal calculation of the existing installation for moisture evaporation from petroleum products. The measures to increase its performance and reduce specific fuel consumption are proposed.
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