Last modified: 2018-09-04 10:00:00
Time | Paper ID | Title / Authors | Keywords | Topic code | Ack. number |
---|---|---|---|---|---|
ST-28 [Trans-Division Symposium] Recent Development of the Fundamentals and Applications of Thermal Energy | |||||
(9:00–10:20) (Chair: | |||||
DB101 | Heat storage performance of granular latent heat storage composite for high temperature | Thermal energy storage Phase change material High temperature | ST-28 | 790 | |
DB102 | Thermal-Hydraulics Characteristics of SiO2 Nanofluid Containing Ethylene Glycol | Silicondioxide nanofluid Heat transfer coefficient Thermal conductivity | ST-28 | 150 | |
DB103 | Shell structure control of microencapsulated latent heat storage material with Al-Si alloy | Phase change material Latent heat storage Microencapsulation | ST-28 | 415 | |
DB104 | Fabrication of amino silane modified graphene bonded heat transfer surface by using wet coating process | graphene molecular bonded heat transfer surface Interfacial Thermal resistance | ST-28 | 817 | |
(10:40–12:00) (Chair: | |||||
DB106 | Flow Characteristics of Silica Hard-Shell Microcapsule Slurries with Surfactants and Stabilizer | Latent heat Drag reduction microcapsule | ST-28 | 522 | |
DB107 | Response characteristic of interfacial tension by pulse microwave irradiation | microwave interfacial tension thermal response | ST-28 | 70 | |
DB108 | Study on composition dependence of normal spectral emissivity of molten Cu-Fe alloy | normal spectral emissivity molten Cu-Fe alloy electromagnetic levitation | ST-28 | 915 | |
DB109 | Oxygen deficiency control of transition metal oxide by hydrogen reduction in fluidized bed | Fluidized bed Hydrogen reduction Oxygen deficiency | ST-28 | 926 | |
(13:00–14:40) (Chair: | |||||
DB113 | Combustion characterization of diffusion flame of hydrogen-methane mixture and air using micro arrayed burner | Combustion Micro burner Heating furnace | ST-28 | 494 | |
DB114 | Ammonia combustion for cement manufacturing process | Ammonia Combustion Cement | ST-28 | 355 | |
DB115 | Low Temperature Cycle Using Amine-CO2 Fluid (5) Dependence of Power on MDEA Fluid Conditions | amine-CO2 low temperature power cycle | ST-28 | 11 | |
DB116 | [Invited lecture] Development of Energy Carrier Technology with Ammonia | Energy Carrier Ammonia Catalysis | ST-28 | 141 | |
(15:00–16:00) (Chair: | |||||
DB119 | Effect of Simultaneous Modification of Li Compound on reactivity and structure of Mg(OH)2 | Chemical heat storage Magnesium hydroxide Lithium compound | ST-28 | 368 | |
DB120 | Visualization and mass transfer mechanism in gas-liquid interface of LiBr fine crystal slurry during water vapor absorption process | slurry | ST-28 | 1025 | |
DB121 | Effect of addition of Li compound on dehydration reaction and crystal structure of Ca(OH)2 | Themo-chemical energy storage Calcium hydroxide Li-compound addition | ST-28 | 531 | |
(16:00–17:00) (Chair: | |||||
DB122 | Chemical heat battery driven by LiOH hydration reaction - the effect of carbonation of LiOH on the hydration reaction rate - | Chemical heat battery Carbonation Reaction rate | ST-28 | 125 | |
DB123 | Influence on the reactivity with CO2 by adding chlorides to Li4SiO4 | Carbon dioxide Capture and Storage Thermal energy utilization Chemical heat storage | ST-28 | 491 | |
DB124 | Evaluation basic characteristics of absorption heat pumps with HFC-refrigerant | Absorption heat pumps HFC- refrigerant absorption equilibrium | ST-28 | 716 |
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SCEJ 50th Autumn Meeting (Kagoshima, 2018)