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transparently the basis for the power versus efficiency characteristic .; The performance of real heat engines can be characterized by their power versus efficiency curves. Real heat engines with sources ...
Based on the master equation describing the particles jump among barriers, the expressions of current, efficiency and power output of the heat engine are derived analytically. The general performance ...
. Moreover, the general optimal performance characteristics of the cycle are revealed. This analysis could provide a general theoretical tool for the optimal design and operation of real power plants ...
A universal model of an n-stage combined Carnot cycle system is established. Several major irreversibilities which often exist in real thermodynamic cycles, such as finite-rate heat transfer ...
the three states, the expressions of the efficiency and power output of the heat engine are derived analytically. The general performance characteristic curves are plotted by numerical calculation ...
between the heating load and the coefficient of performance are derived, and the general performance characteristic and the optimal performance characteristic are obtained using numerical examples. Moreover ...
between the heating load and the coefficient of performance are derived, and the general performance characteristic and the optimal performance characteristic are obtained using numerical examples. Moreover ...
, which will be favourable for thermoelectric generators . This study investigated the temperature distribution pattern of a car parked in the direct sun using real and model cars. Performing different ...
This paper analyses the performance of a real heat pump plant via methods of entropy generation minimization or finite‐time thermodynamics. The analytical relations between heating load and pressure ...
with a test section in the form of a single-tube model of a steam generator . The geometric characteristics of the tube and the main research parameters, such as temperature and pressure, are similar to the real ...
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