Sentence examples for thermal matching from inspiring English sources

The traditional steam Rankine cycle shows bad performance at source temperature below 500 °C due to its bad thermal matching with sensible source.

With the measured performance of a reference device, the complicated thermal properties of various application environments can be easily derived, which are necessary parameters for thermal matching.

The system analysis indicates the thermal matching requirement for thermocouples dimension and array density to maximize the output power.

It is shown that including sensible heating allows for better thermal matching between the process and steam system which results in improving the overall efficiency while minimizing cost.

The thermal matching that maximizes the net power output of the total system composed by engine cooling circuits and ORC cycle is then found by searching for the optimum heat transfer between thermal streams independently of the structure/number of the heat exchangers.

Results show that the power output gains deriving from the dual pressure configuration are particularly high (up to 29%) at lower geothermal fluid temperatures (100 125 °C) and gradually diminish at higher temperatures (150 200 °C) where some of the selected fluids already obtain the best thermal matching with the heat source in the single pressure configuration.

The thermal expansion coefficient of porcelain body is a key factor when considering the thermal match between body and glaze.

Beyond the optimal point, the ORC performance is worsened either due to the vapor cavitation in the expander, or due to the poor thermal matches in the evaporator and condenser.

The various grade exhaust and coolant waste-heat of the topping subsystem are cascade recovered by the bottoming subsystem, and slide-temperature thermal match in waste heat recovery heat exchangers and the condenser is considered also, obtaining power output and cooling/heating capacity.

The produced films showed mechanical and thermal properties matching those of commercial stretch PVC films.

Additionally, the reduced efficiency in using a boost converter changes the electrical and thermal load matching conditions for maximum power.