Time | Paper ID | Title / Authors | Keywords | Topic code | Ack. number |
---|---|---|---|---|---|
Hall N | |||||
(10:00–11:00) (Chair: Miyahara Minoru, Ogi T.) | |||||
N01 | Developing a model for the critical behavior of fluids confined in nanopores | critical point molecular simulation free energy analysis | 12-a | 140 | |
N02 | Flow precision synthesis of metal-organic framework (ELM-12) toward controlling the gate adsorption phenomena | metal-organic framework gate adsorption particle size | 12-c | 87 | |
N03 | Application of metal-organic framework for drug delivery system | Zeolitic imidazolate framework-8 Indomethacin Drug delivery system | 12-c | 3 | |
N04 | Adsorption properties of zeolite agglomerates prepared by spray drying method | ion exchange strontium 4A zeolite nanoparticle | 12-d | 127 | |
N05 | Synthesis of cesium doped tungsten oxide nanoparticles via flame spray pyrolysis | cesium doped tungsten oxide NIR shielding flame spray pyrolysis (FSP) | 12-c | 50 | |
(11:00–12:00) (Chair: Goto T, Sakai Shinji) | |||||
N06 | Acylation of porous tri(ethylene glycol) monomethyl acrylate-co-2-hydxyethyl acrylate | acylation thermosensitive gel bilayer gel | 12-e | 72 | |
N07 | Recovery of lithium ion using ionic hydrogel | lithium ion recovery hydrogel | 12-e | 64 | |
N08 | Recovery of rare metal using ionic hydrogel | rare metal hydrogel recovery | 12-e | 156 | |
N09 | Development of biocompatible strong hydrogel bolts for bone fixing (Hyogo Takarazuka Kita High School) *Miyawaki Ayari, | strong hydrogel bone fixing biocompatibility | 12-e | 12 | |
N10 | Applying "Thermo-irreversibility" to Supramolecular Gel using A Dynamic Covalent Bond | Supramolecular gel Self-Assembly Dynamic Covalent Chemistry | 12-e | 79 |