Time | Paper ID | Title / Authors | Keywords | Topic code | Ack. number |
---|---|---|---|---|---|
Chemical reaction engineering | |||||
(9:32–10:44) (Chair: Saima Hitoshi, Momose Takeshi) | |||||
F02 | Intensification of aldol condensation process using a liquid-liquid slug flow reactor | slug flow aldol condensation mass transfer enhancement | 5-f | 84 | |
F03 | Evaluation of mixing performance in a novel microchannel with oscillatory flow | Microreactor Oscillatory flow Mixing | 5-f | 164 | |
F04 | Control of the conditions of redox reaction of indigo carmine | indigo carmine redox temperature | 5-i | 282 | |
F05 | Analysis of mass transfer resistance in PEFC cathode reaction based on reaction engineering modeling | polymer electrolyte fuel cell oxygen reduction reaction mass transfer resistance | 5-a | 283 | |
F06 | Evaluation of catalyst system using electricity for isopentane dehydrogenation | Dehydrogenation Structured catalyst Electric internal heating | 5-a | 394 | |
F07 | Accelerating effect of microwaves from mutarotation measurements | microwave mutarotation optical rotation | 5-i | 315 | |
Systems, information, and simulation technologies | |||||
(10:50–12:02) (Chair: Kawase Motoaki, Tago Teruoki) | |||||
F09 | Stochastic analysis of stock price ranking | stock price probability distribution Zipf's law | 14-b | 218 | |
F10 | Generative adversarial networks for fault detection of chemical processes | GAN fault detection | 6-a | 208 | |
F11 | Fast analysis of transport phenomena in melt during Si single crystal growth by using PINNs | machine learning transport phenomena single crystal growth | 6-f | 217 | |
F12 | Automatic recognition and prediction of corrosion rate using 3D point cloud data by AI for selecting management targets of piping | 3D point cloud data AI prediction | 6-f | 329 | |
F13 | Prediction of Absorption Wavelength of Porphyrin by Machine Learning using Molecular Structure | Absorption wavelength molecular structure machine learning | 6-f | 335 | |
F14 | Investigation of variable values that tie deuteration of F8 perylene by machine learning | ペリレン 重水素化 機械学習 | 6-f | 391 | |
Lunch break | |||||
Biochemical engineering | |||||
(13:00–14:12) (Chair: Saeki Daisuke, Fukuda Junji) | |||||
F20 | "What are the conditions for extracting a large amount of antioxidant substances contained in burdock root? ~Aiming to create burdock lotion~" | redox reaction antioxidant temperature | 7-e | 62 | |
F21 | Synthesis of anti-inflammation material, adenosine-N1-oxide | anti-inflammation Royal jelly Glucose oxidase | 7-h | 150 | |
F22 | Effect of vinegar on skin | vinegar skin moisturizing | 7-h | 172 | |
F23 | Search for phosphorus-lytic bacteria and improvement of phosphorus-lytic ability | phosphorus-lytic bacteria phosphorus-lytic ability | 7-g | 20 | |
F24 | Solid-phase modification of antibody proteins in ion-exchange chromatography | Protein Modification Ion exchange chromatography | 7-a | 397 | |
F25 | Relation between color, smell and taste | color smell taste | 7-b | 25 | |
Break | |||||
Biochemical engineering | |||||
(14:20–15:32) (Chair: Saeki Daisuke, Fukuda Junji) | |||||
F27 | Investigation of GLUT1 targeting and cell damage effects of polyphenol glycoside-modified titanium peroxide nanoparticles | DDS GLUT1 targeting Radiotherapy | 7-e | 185 | |
F28 | Evaluation of antibacterial and frictional properties about care cloth applying mucin suspension containing boric acid | mucin care cloth friction | 7-i | 80 | |
F29 | Solid-phase reaction of antibody drug conjugate with affinity chromatography | Protein Modification Ion exchange chromatography | 7-a | 398 | |
F30 | Synthesis of glycosyl-resveratrol by glycosyltransferase | Resveratrol Glycosylation Cyclodextrin Glucanotransferase | 7-h | 137 | |
F31 | Development of a system for mass production of protein in filamentous fungi by controlling pyruvate flux | Aspergillus oryzae mpc cellulase | 7-a | 234 | |
F32 | Enhanced production of alkanes by recombinant Escherichia coli with high expression of acyl carrier proteins | bio-alkane ACP E. coli | 7-a | 235 |