Phenomena and Application Technology on Frost, Snow and Ice 1 11:00 〜 12:20 |
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Observation of the growth process of frost hills formed at the front end of a cryogenically cooled flat plate under forced convection
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Effect of air humidity conditions on frost distribution in heat exchanger
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The Prediction on Frosting of Automotive Heat Pump
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Effect of conditions of adsorbent-coated layer on flat plate on frosting phenomenon
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Phenomena and Application Technology on Frost, Snow and Ice 2 13:20 〜 14:40 |
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Macroscopic model of freezing time of supercooled droplets
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Molecular dynamics study on the correlation between the dynamic property of water molecules and ice nucleation in the vicinity of a nanostructured surface
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Study on adhesion strength of anionic surfactant-doped ice to metal plates at nanoscale.
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Measurement of the particle size distribution of mist particles formed on a cryogenic horizontal flat plate during frost formation
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Phenomena and Application Technology on Frost, Snow and Ice 3 15:00 〜 16:00 |
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Frost microstructure development with frost layer growth
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Frost growth comparison on stripe-patterned surfaces of Silver Iodide (AgI) and Platinum (Pt)
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Proposal of non-contact shape measurement of arbitrary cross section of frost layer using light section method
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