
Title (J) field includes “表面”; 22 programs are found.
The search results are sorted by the start time.
| Time | Paper ID | Title / Authors | Keywords | Topic code | Ack. number |
|---|---|---|---|---|---|
| Day 1 | K113 | Interfacial modification of liquid-liquid system by energy concentration of microwave irradiation | Microwave Interfacial modification Interfacial tension | 1-a | 168 |
| Day 1 | O120 | Emulsification mechanism during microwave irradiation through surface tension measurement of emulsion solution | Microwave emulsion surface tension | 12-b | 145 |
| Day 1 | O122 | Surface structure control of connected IrRu nanoparticle catalysts for polymer electrolyte water electrolysis | Polymer electrolyte water electrolysis Connected nanoparticle catalysts Surface structure control | 12-d | 427 |
| Day 1 | J126 | Effect of surface modification on the electro viscose effect in microfiltration membrane | Microfiltration Membrane Electro viscose effect Surface modification | 4-b | 411 |
| Day 2 | PB241 | Structural Surface Design of Membrane-Based Immunosensor for Disease Diagnosis and Application to Inflammatory Marker Detection | membrane-based immunosensor surface modification non-specific adsorption | 7-i | 402 |
| Day 2 | PB271 | Study of surface cleaning technology to reduce environmental impact | Cleaning technology Fine bubble Environmental impact | 13-i | 122 |
| Day 2 | PB228 | Construction of the high-throughput cell assay system for the purpose of the cell control surface modification | Experiment automation Medical equipment surface modification | 7-e | 320 |
| Day 2 | I214 | Development and validation of surface tension model for high viscosity fluid simulation | high viscosity fluid surface tension numerical simulation | 2-a | 398 |
| Day 2 | PC228 | Precise membrane surface modification by dip coating using dopamine-zwitterionic block copolymer for antifouling | surface modification polydopamine antifouling | 4-a | 278 |
| Day 2 | I221 | XAFS analysis of surface reforming mechanism on sulfide ores by microwave irradiation for flotation improvement | Microwave XAFS analysis EXAFS analysis | 2-f | 257 |
| Day 2 | I223 | Effects of applied electric fields, ion species, and particle surface properties on zeta potential measurement | Electricphoresis Zeta Potential Applied electric field | 2-f | 573 |
| Day 3 | PD363 | Mechanism of the Organic-Inorganic Surface Reaction and Metal Oxide Nano Particle Growth in Hydrothermal Condition | Metal oxide Hydrothermal Crystal growth | 8-e | 343 |
| Day 3 | M307 | Modulation of dental pulp stem cell proliferation on DEAE surface-modified microcarrier | DEAE surface-modified microcarrier dental pulp stem cell cell proliferation | 7-e | 212 |
| Day 3 | PE329 | Characterization of surface-modified silica nanoparticles in solution | silica particles dispersity surface modification | 12-d | 188 |
| Day 3 | PE347 | Evaluation of particles dispersion state for nano-particles slurries by osmotic pressure measurement -Estimation of aggregates size from particle surface charge- | Nano particle Osmotic pressure Slurry | 12-k | 396 |
| Day 3 | PE359 | Quantification of trace surface acid groups on graphite | graphite acid surface functional groups ion exchange | 12-m | 340 |
| Day 3 | PE365 | Investigation of the formation of a supported lipid bilayer on a flat solid surface using a liquid-liquid interface | supported lipid bilayer flat solid surface liquid-liquid interface | 12-a | 465 |
| Day 3 | K315 | Construction of surface reaction mechanism of carbon species in SiC-CVI process based on theoretical study | SiC CVI surface reaction mechanism CH3SiCl3 | 5-h | 538 |
| Day 3 | PE328 | Synthesis of porous carbon microspheres with surface-accumulated copper oxide nanoparticles and its application to lithium-sulfur batteries | CuO nanoparticles Porous carbon microsphere Lithium sulfur battery | 12-a | 453 |
| Day 3 | PE340 | Effect of residual vinyl group of polydivinylbenzene porous paerticles on surface properties | Fine particles microcapsules Chemical modification | 12-f | 275 |
| Day 3 | PE358 | Development of metal nanoparticle loading method using reduction reaction on cubic CeO2 surface | cocatalyst reduction reaction metal nanoparticle loading | 12-d | 590 |
| Day 3 | PE362 | Effects of solvent and surface modifier on the work of adhesion at organic-modified solid/organic solvent interface | organic-modified solid molecular dynamics simulation work of adhesion | 12-a | 230 |
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SCEJ 86th Annual Meeting (2021)
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