Last modified: 2020-03-02 11:00:00
Title (J) field includes “金属”; 38 programs are found.
The search results are sorted by the start time.
Time | Paper ID | Title / Authors | Keywords | Topic code | Ack. number |
---|---|---|---|---|---|
Day 1 | PA148 | Simulation study on heat supply and hydrogen desorption by hydrogen flow to metal hydride | Magnesium hydride Hydrogen storage Heat transfer | 9-e | 279 |
Day 1 | PA154 | Efficient Production of Hydrogen Peroxide on BiVO4 Photoanode from Water | Photoelectrochemistry Hydrogen Peroxide Anode Reaction | 9-e | 420 |
Day 1 | PA155 | Design and evaluation of hydrogen energy storage system using metal oxides | Hydrogen storage Metal oxides Steam electrolysis | 9-e | 692 |
Day 1 | PA160 | Microstructure and catalytic mechanism of metal oxides for hydrogen absorption properties of magnesium | Magnesium hydride Hydrogen storage Catalytic mechanism | 9-e | 418 |
Day 2 | F202 | [Invited lecture] Carbon formation on metal and inert surfaces by CVD | CVD Pyrolytic carbon Coking | SS-2 | 179 |
Day 2 | F203 | [Invited lecture] Coke formation on metal surface during naphtha cracking | Coke Naphtha Metal Surface | SS-2 | 180 |
Day 2 | K208 | Study on hydrogen storage using metal-dispersed carbon nanohorns | carbon nanohorn hydrogen storage hydrogen spillover | 12-d | 804 |
Day 2 | K209 | Recycling of heavy metal-containing construction sludge using ionic polymer gel | polymer gel heavy metal sludge treatment | 12-e | 682 |
Day 2 | C213 | Effect of alkali metal in fine particles for adhesion phenomena at high temperature | Particle adhesion at high temperature Alkali metal Combustion | 2-f | 284 |
Day 2 | PC208 | Measurement and prediction of solubility of metal precursors for efficient design of supercritical fluid deposition processes | Supercritical CO2 Solubility PC-SAFT | 1-a | 141 |
Day 2 | PC219 | Fabrication and evaluation of ferroelectrics capacitors using non-noble metal electrodes | ferroelectrics | 11-b | 535 |
Day 2 | PC222 | Thin Li-metal negative electrode based on carbon particle-nanotube composite film for stable rechargeable batteries | Li metal anode Carbon nanotubes matrix structure | 11-a | 518 |
Day 2 | PC225 | Fabrication and evaluation of porous carbon material prepared by Metal-Organic Frameworks (MOF) | MOF EDLC | 11-b | 715 |
Day 2 | PC226 | Synthesis and characterization of multicomponent metal compound films containing nitrogen, titanium and other metals prepared by RF plasma CVD | RF plasma CVD Ti-based film multicomponent | 11-c | 534 |
Day 2 | PC227 | Synthesis of metal doped TiO2 porous spheres and their catalytic CO2 methanation | TiO2 doping catalyst | 12-d | 239 |
Day 2 | PC231 | Thin Li-metal negative electrode held in self-supporting paper of carbon nanotubes for stable, high energy density rechargeable batteries | Li metal anode Carbon nanotubes Li nucleation point | 12-a | 337 |
Day 2 | PC242 | Development of Composite Electrocatalysts Supported on Metal Oxide for Oxygen Evolution Reaction | Water splitting OER electrocatalyst Carbon free | 12-c | 612 |
Day 2 | PC244 | Synthesis and gas adsorption property of a copper-based metal-organic framework with boron bridged ligand | metal-organic framework copper CO2 adsorption | 12-d | 321 |
Day 2 | PC254 | Effect of boron-bridged ligand on CO2 adsorption property of a Zinc-based metal-organic framework | metal-organic framework boron CO2 adsortion | 12-d | 313 |
Day 2 | PC261 | Supporting catalyst from atomized metal nitrates and synthesizing long carbon nanotubes by fluidized bed | Carbon nanotube Fluidized bed Chemical vapor deposion | 12-d | 395 |
Day 2 | PC262 | Systematic separation and recovery of metal ions using ionic polymer gel | hydrogel metal ion systematic separation | 12-e | 801 |
Day 2 | PC266 | Size Dependence on Thermal Property of a Metal-organic framework | metal-organic framework size effect thermal property | 12-d | 327 |
Day 2 | J217 | Oxidation / Reduction of toxic metal ions over supported noble metal catalysts in aqueous solution | Arcenite oxidation Selenate reduction Supported noble metal catalysts | 5-a | 625 |
Day 3 | PD333 | In-situ XAFS analysis for the electronic state of active metal species under three way catalytic reaction | three way catalyst In-situ XAFS Pt | 5-a | 509 |
Day 3 | PD340 | Direct partial oxidation of methane to C1 oxygenates over zeolite supported metal catalysts | Direct partial oxidation of methane zeolite precious metal | 5-a | 88 |
Day 3 | PD351 | Continuous Synthesis of Metal Nanoparticles by Discharge Plasma Process in Slug Flow | Metal nanoparticle Plasma process Slug flow | 5-c | 232 |
Day 3 | PD372 | Feeding metalorganic vapors, supporting catalysts and synthesizing long carbon nanotubes by fluidized bed | carbon nanotube fluidized bed chemical vapor deposition | 5-h | 396 |
Day 3 | I306 | Metal adsorption on cellulose and chitosan mixed gels prepared from ionic liquids | Adsorption Metallic ion Ionic liquid | 4-e | 227 |
Day 3 | I308 | Preparation of new diphosphonic acid reagent for extraction of rare earth metal ions | diphosphonic acid solvent extraction rare earth | 4-f | 244 |
Day 3 | I309 | Metal extraction behavior with extraction reagents based on three different frameworks | New extraction reagent different frameworks metal extraction | 4-f | 240 |
Day 3 | PE301 | Fundamental investigation on the ligand design to control the physico-chemical properties of metal containing ionic liquids type oxygen carrier | Gas separation membrane Ionic liquids Facilitated transport | 4-a | 346 |
Day 3 | PE332 | Equilibrium Adsorption of Heavy Metal Ion in Acid Mine Drainage Using Zeolite | zeolite heavy metal acid mine drainage | 4-e | 438 |
Day 3 | PE342 | Extraction behavior of rare earth elements with new phenolic tripodal compound and its effect of alkali metal addition | rare earth solvent extraction tripodal compound | 4-f | 235 |
Day 3 | PE355 | Application of coalescer using structured metal mesh for oil and water separation | emulsion splitting pressure drop stainless steel | 4-j | 302 |
Day 3 | PE377 | Metal recovery from spent LIB using scCO2 | lithium ion battery supercritical carbon dioxide recycle | 8-c | 59 |
Day 3 | PE388 | Metal leaching from LiCoO2 using organic acid by hydrothermal treatment | acid leaching lithium cobalt oxide glycolic acid | 8-f | 86 |
Day 3 | PE390 | One-step Synthesis of TiO2 Porous Spheres Including Ru Metal by Solvothermal Method | solvothermal method metal nanoparticles catalytic performance | 8-e | 306 |
Day 3 | K324 | Impurity metal removal from carbon black by chloride volatilization method for application to Li-ion battery | carbon black Impurity metal removal Li-ion battery | 11-a | 355 |
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SCEJ 85th Annual Meeting (2020)