Time | Paper ID | Title / Authors | Keywords | Topic code | Ack. number |
---|---|---|---|---|---|
E²ñ¾ì | |||||
(9:30–10:45) ( No data (¡û/¾±Ìî ¸ü), No data (¡û/¾®¶Ì Áï)) | |||||
E01 | Development of visible light responsive photocatalytic microreactor and evaluation of its reaction efficiency | microreactor photocatalyst | 5-f | 72 | |
E02 | Bubble generation using the two-step type ultrasonic irradiation | ultrasound bubble generation design | 5-b | 28 | |
E03 | Antisolvent crystallization of glycine under irradiation of high frequency ultrasound | Sonocrystallization Antisolvent Glycine | 5-b | 69 | |
E04 | Effect of ultrasonic irradiation on separation of useful component in microalgae | Ultrasound Microalgae Renewable energy source | 5-b | 71 | |
E05 | Making of organic film solar battery cell | Solar Battery Cell Organic Semiconductor Phthalocyanine Copper(II) | 11-a | 43 | |
(10:45–12:00) ( No data (¡û/µÜ±Ê °ìɧ), No data (¡û/¿¹ ¿²ð)) | |||||
E06 | Synthesis of Silicon Carbide Nanoparticle by Electric Discharge in Organic Precursor | Silicon Carbide Electric Discharge | 5-c | 41 | |
E07 | Pore-through tyoe of reactor for selective dehydrogenation of cyclohexane | Pore-throuhj Selective dehydrogenation Cyclohexene | 5-e | 99 | |
E08 | Research for the manufacturing lithium-ion rechargeable battery | lithium-ion Lithium cobalt oxide slurry | 11-a | 37 | |
E09 | Effect of Type of Particle Addition on Degradation of Methylene Blue Using Direct Irradiation Method | Ultrasonic degradation Methylene blue Particle addition | 5-b | 111 | |
E10 | Development of Fixed &8211; Bed Tubular Flow Reactor for Dehydrogenation of 2 &8211; Propanol | Dehydrogenation Chemical hydride 2-Propanol | 5-a | 88 | |
Lunch break | |||||
(13:00–14:15) ( No data (¡û/»°³Ñ δÂÀ), No data (¡û/ÅÄÃæ ¹§¹ñ)) | |||||
E15 | Characteristics of Liquid – Liquid Parallel Flow in a Microchannel | Microchannel Liquid-liquid flow Flow patterns | 5-f | 31 | |
E16 | Preparation of Barium Titanate Nanoparticles by Concentric Microreactor | microreactor Barium Titanate Nanoparticle | 5-f | 86 | |
E17 | High Efficient Synthesis of Fatty Acid Ester from Triglyceride Using a Chromatographic Reactor | Chromatographic reactor Reaction and separation Biodiesel | 5-d | 63 | |
E18 | Viscosity analysis of aqueous two-phase flow in circular pipe using pressure data and image data | Monitoring Aqueous two-phase flow Pressure measurement | 6-c | 68 | |
E19 | Response of fuel cell type alcohol sensor | Fuel cell Alcohol sensor Nafion membrane | 11-a | 22 | |
(14:15–15:45) ( No data (¡û/¿ÜÆ£ ²íÉ×), No data (¡û/ÀÄÌÚ ºÍ»Ò)) | |||||
E20 | Effect of the binder addition of the Kanpyo tablet | Kanpyo Desiccating Tablet Dried Gourd | 5-g | 4 | |
E21 | Development of New Desiccating Tablet using Dried Gourd (Kanpyo) | Dried Gourd Desiccating Tablet water absorption | 5-g | 7 | |
E22 | Development of Non-Precious Catalysts for Air Battery | Cathode Catalysts Air Battery Non Precious | 5-a | 13 | |
E23 | Rapid synthesis of carbon nanowalls by plasma-enhanced CVD and their simple transfer process | carbon nanowall plasma-enhanced CVD transfer process | 5-h | 78 | |
E24 | Effect of dynamic operation of temperature on layer formation using polyethylene glycol solution | Polyethylene glycol Dynamic operation Transport property | 6-c | 105 | |
E25 | Investigation on vertically aligned growth of carbon nanotubes from carbon monoxide by chemical vapor deposition | carbon nanotubes vertical alignment CVD | 5-h | 79 |