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input heat energy.
Increasing the input heat flux led to enhanced energy production.
Target functions were output power per unit input heat and thermal efficiency.
However, the input heat shows great influence on the system start-up speed.
By focusing solar radiation, the input heat flux increases; leading to an increase in the temperature gradient across the device.
The modification was based, taking into account the input heat exchange in the building as a function of time.
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Key design features are identified that reveal FPE efficiency, operating frequency, and output power are dependent on piston mass, external load, input heat-rate, and duration of heat input.
Prescribed input heating rate based on the experimental results was used in FDS.
The principle is based on the decrease of the external input heating power at the probe, which is needed to compensate the incoming energy flux from the plasma.
Typical measurements are shown in Figure 2, e.g. the temporal course of the input heating power at the probe and the resulting temperature versus time.
Input (heat-stable cell lysate, 25%) (I) and elution fractions (E) were analysed by SDS-PAGE and Coomassie staining.
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