SCEJ 83rd Annual Meeting (Osaka, 2018)
Last modified: 2018-02-27 10:00:00
Program search result : 還元 : 14 programs
The abstracts can be viewed by clicking the Paper IDs.
The ID/PW printed on the PROGRAM book are required.
(The ID/PW have also been sent to the Early-bird registrees and invited persons by e-mail.)
The ID/PW printed on the PROGRAM book are required.
(The ID/PW have also been sent to the Early-bird registrees and invited persons by e-mail.)
Title (J) field includes “還元”; 14 programs are found.
The search results are sorted by the start time.
| Time | Paper ID | Title / Authors | Keywords | Topic code | Ack. number |
|---|---|---|---|---|---|
| Day 1 | PA165 | Effect of Operating parameters on Formic acid production behavior by Electrochemical Reduction of the Carbon Dioxide using different catalyst support | Formic acid Electrochemical reduction Energy carrier | 9-e | 687 |
| Day 1 | PA196 | Preparation of porous zinc electrode and its CO selectivity on electrochemical reduction of CO2 | CO2 reduction Porous Zn CO selectivity | 13-g | 233 |
| Day 1 | PA197 | CO2 Electrochemical Reduction Characteristics Using CuCo Electrodes Different in Crystal Structure | CO2 electrochemical reduction | 13-g | 668 |
| Day 1 | K120 | Investigation on Reductants and Overlapping Layout for CO2 Reduction Performance Improvement of Cu/TiO2 Photocatalyst | Photocatalyst CO2 Reduction Performance Reductants | 5-c | 36 |
| Day 1 | L121 | The application of reducing sugars to cytocompatible hydrogelation through enzymatic cross-linking | Hydrogel Enzymatic cross-linking Reducing sugar | 7-i | 442 |
| Day 1 | K122 | Investigation of the surface morphology on copper electrodes for the electrochemical reduction of carbon dioxide | CO2 reduction Copper electrode Surface morphology | 14-e | 588 |
| Day 2 | K214 | Development of Bimetal Nanoparticle Catalyst for Hydrogenation of Amides to Amines under Mild Conditions | heterogeneous catalyst nanoparticle green chemistry | 5-a | 745 |
| Day 2 | PC210 | Development of chemical reduction on lipid membrane for the formation of metal nanoclusters | Metal nanoparticles Liposome Reduction reaction | 12-a | 590 |
| Day 2 | PC229 | Improved chemically ordered structure of connected PtFe catalyst for high-performance oxygen reduction catalyst | Connected PtFe catalyst Chemically ordered structure Oxygen reduction reaction | 12-d | 352 |
| Day 2 | PC262 | Development of reduced graphene oxide composites for supercapacitor | reduced graphene oxide microwave supercapacitor | 12-k | 492 |
| Day 2 | E216 | Rate analysis of direct reduction of iron by the carbon formed inside the iron ore and gasification of the carbon | pisolite ore direct reduction of iron ore gasification of coke | 9-c | 505 |
| Day 2 | O222 | Application of nitrous oxide-reducing bacteria to a wastewater treatment process for mitigation of greenhouse gas emission: Effectiveness of gel immobilization. | Nitrous oxide reducing bacteria wastewater treatment process Gel immobilization | 13-a | 425 |
| Day 3 | PE358 | Analysis of active site for NO reduction over Pt-based catalyst using probe molecule | CO adsorption Pt-based catalyst FT-IR | 5-a | 780 |
| Day 3 | N315 | Effect of sulfide compounds on synthesis of ultrafine nickel powder by hydrazine reduction | nickel powder hydrazine reduction sulfide compound | 12-g | 96 |
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SCEJ 83rd Annual Meeting (Osaka, 2018)
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