Notice of RetractionThe heat transfer characteristics of kerosene in micro-channel under supercritical pressure

Notice of Retraction

After careful and considered review of the content of this paper by a duly constituted expert committee, this paper has been found to be in violation of IEEE´s Publication Principles.

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The heat transfer of the kerosene (aviation kerosene) under supercritical pressure was investigated through experiment. According to the experimental results, the heat transfer curve of the kerosene under supercritical pressure was plotted. When the temperature goes from low to high, the heat transfer of the kerosene under supercritical pressure goes through the following four periods: (1) the normal heat transfer, in this region, both the tube wall temperature and the kerosene temperature are lower than the critical temperature; (2) heat transfer enhancement period, in this region, the tube wall temperature arrives at the critical temperature, similar boiling heat transfer happens; (3) heat transfer deterioration, in this region, the temperature of the kerosene in boundary layer is higher than the critical temperature, the specific heat and thermal conductivity decrease slowly after their maximum; (4) the second heat transfer enhancement, after the heat transfer deterioration period, when the temperature is even higher, the specific heat and the conductivity coefficient slowly rise again, the second heat transfer enhancement comes.