ZHU Ping. C8mimPF6:An Ideal Thermal Storage Medium[J]. Journal of Beijing University of Technology, 2003, 29(2): 202-206.
    Citation: ZHU Ping. C8mimPF6:An Ideal Thermal Storage Medium[J]. Journal of Beijing University of Technology, 2003, 29(2): 202-206.

    C8mimPF6:An Ideal Thermal Storage Medium

    • In order to find a better thermal storage medium with a wide temperature range of liquid state, low melting point and good adaptation to industrial application, the thermal storage density of C8mimPF6 is calculated and compared with that of conventional thermal storage media. The results show that under the same conditions the thermal storage capacity of C8mimPF6 is over 30% higher than that of Thermex and about 47% higher than Neo SK 260. Although it is near 1/3 lower than that of the mixture of KNO3, NaNO3 and NaNO2, because of its low melting point (-75 ℃), wide temperature range of liquid state (-75~416 ℃), almost no vapour pressure, high thermal and chemical stability, C8mimPF6 is indeed an ideal thermal storage medium.
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