
Last modified: 2019-03-12 11:30:00
Authors and Chairs (J) field exact matches “車田 研一”; 4 programs are found.
The search results are sorted by the start time.
| Time | Paper ID | Title / Authors | Keywords | Topic code | Ack. number |
|---|---|---|---|---|---|
| Day 2 | G201 | In situ high-speed observational method for vanishing megascopic flowability during gelation | in situ observation vanishing megascopic flowability gelation | 12-e | 26 |
| Day 3 | H317 | Complete obstruction of water permeation into cementitious solid matrix by one-step solvent-mediated surface hydrophobization | cementitious matrix obstructed water permeation one-step surface hydrophobization | 12-a | 27 |
| Day 3 | H319 | ScCO2-mediated surface hydrophobization of rice husk silica and its application to rendering surface of construction materials water-impermeable | ScCO2-mediated surface hydrophobization rice husk silica water-impermeable surface | 12-a | 28 |
| Day 3 | Chair: | ||||
| H319 | ScCO2-mediated surface hydrophobization of rice husk silica and its application to rendering surface of construction materials water-impermeable | ScCO2-mediated surface hydrophobization rice husk silica water-impermeable surface | 12-a | 28 | |
| H320 | Evaluation and control of the dispersibility of organically-modified nanoparticles in solvents | nanoparticles dispersibility organic modification | 12-a | 989 | |
| H321 | Preparation of anti-biofouling polyamide reverse-osmosis membranes with polyampholyte by surface-initiated atom transfer radical polymerization | polyampholyte anti-biofouling polyamide RO membrane | 12-a | 1074 | |
| H322 | Characterization of Supported Lipid Bilayers Prepared by Bicelle Assemblies | Bicelle Supported Lipid Bilayer Phase Separation | 12-a | 1406 | |
| H323 | Evaluation of protein adsorption on lipid polymer membranes: a use of atomic force microscopy under liquid conditions | atomic force microscopy protein adsorption | 12-a | 1463 | |
| H324 | Control of peculiar adsorption behavior of soft metal-organic framework by crystal defect | Metal-organic framework Gate adsorption behavior Crystal defect | 12-a | 1076 | |
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SCEJ 84th Annual Meeting (Tokyo, 2019)
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