
| Time | Paper ID | Title / Authors | Keywords | Topic code | Ack. number |
|---|---|---|---|---|---|
| Hall L | |||||
| (13:15–14:30) (Chair: No data ) | |||||
| L18 | Mass-transfer characteristics for liquid-liquid extraction in slug-flow regime | micro channel slug flow ultrasound | 5-f | 60 | |
| L19 | Controlling crystal size of glycine in standing-wave field under irradiation of high frequency ultrasound | ultrasound antisolvent crystallization lattice | 5-b | 64 | |
| L20 | Hydrothermal Method of Cellulose using Catalytic of carbide. (Department of Chemical, Energy and Environmental Eng., Kansai U.) *Takara Takumi, | Hydrothermal Method Cellulose Catalytic | 5-a | 116 | |
| L21 | Component fractionation of woody biomass by solvolysis (Department of Chemical, Energy and Environmental Eng.) *Hirai Daiki, | biomass component fractionation | 5-g | 128 | |
| L22 | Residual stress of silica film prepared by plasma CVD | Silica CVD Hexamethyldisiloxane Stress | 5-h | 101 | |
| Break | |||||
| (14:45–16:00) (Chair: No data ) | |||||
| L24 | the photocatalytic water splitting over organic semiconductor thin film deposited on the polymer substrate | Photocatalyst Hydrogen formation Organic semiconductor | 5-a | 38 | |
| L25 | Selective Reduction of Unsaturated Aldehyde over Zr Catalysts Supported on Various Activated Carbons | MPV reduction Zr catalyst Activated carbons | 5-a | 39 | |
| L26 | Employment of structured catalyst to avoid pressure loss for the reductive decomposition of nitrite in aqueous phase | reductive decomposition aqueous nitrite structured catalyst | 5-a | 15 | |
| L27 | Study of Manufacture method of the Chen Pi using Microwave | Microwave Citrus Unshiu Peel decompression | 5-d | 120 | |
| L28 | The use of a fixed-bed reactor to evaluate the interaction of catalysts and Si for the synthesis of bromosilane. | fixed-bed reactor bromosilane catalyst | 5-a | 7 | |
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