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It combines good mixing with high heat transfer capacity.
The paper analysis the relationship between filling ratio and heat transfer capacity and make a comparison between the heat transfer capacity of each coolant.
This issue has resulted in a low heat transfer capacity in the circulation loop.
With the calibrated model, influences of the air maldistribution on the heat transfer capacity are discovered.
It combines good mixing with high heat transfer capacity into one operation.
To increase the heat transfer capacity, one has to improve this efficiency.
Finally, when filling ratio is high enough, heat transfer capacity decreases.
The booster essentially increases the flow driving force and hence significantly improves the overall heat transfer capacity.
Studies also indicate that a high-resistance inner pipe helps in improving the heat transfer capacity of DBHEs.
It is concluded that the booster can indeed drastically improve the heat transfer capacity of the natural circulation loop.
The pressure drop across a heat exchanger is an important parameter, along with the heat transfer capacity.
More suggestions(15)
heat transfer capacities
heat transfer kW
heat transfer problem
heat transfer enhancement
heat storage capacity
heat transfer temperature
heat transfer co-efficient
heat heat capacity
heat transfer printing
heat transfer transfer
heat transfer conductance
heat transfer parameter
heat transfer watt
heat transfer study
heat exchange capacity
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com