Symposium
Abstract Guidelines
Abstracts should be prepared according to the abstract template. The abstract should be sent via e-mail. The abstracts to reviewers for peer review, make decisions by accepting/rejecting abstracts. The authors are encouraged to submit a camera-ready abstract (A4-size with 25 mm margins on all sides, or within a frame of 17 cm x 24 cm.) in Word or PDF format. Use Times New Roman font. In the PDF file case, all fonts should be embedded in the file. The font size should be boldfaced 14 points for the title and 11 point for the remaining. The abstract should be completed within 2 pages with figures and tables.
Presentation Guidelines
This symposium has an only oral presentation.
Keynote Talk: Speaker has 25 minutes for their presentation. With approximately 20 minutes given for the presentation followed by 5 minutes for questions and answers. Oral Presentation: Speaker has 15 minutes for their presentation. With approximately 13 minutes given for the presentation followed by 2 minutes for questions and answers. Standard facilities for PC presentations will be available at the symposium site.
Program
The 3rd Symposium for Collaborative Research on Energy Science and Technology (SCREST-3rd)
March 5, 2021, On-line （Start: SGT; 12:20, JST; 13:20）
https://zoom.us/j/97519391877?pwd=RCtEMk1hdGVNTXBJQnNBcmt5cEt4dz09ID: 975 1939 1877
Passcode: 284507
Main theme of SCREST-3rd: Energy Materials and Devices for Collaboration
Topics of SCREST-3rd include, but not limited to:
• Energy materials• Hydrogen energy
• Hydrogen production
• Fuel cells
• Biofuels
• Solar energy
• Alternative energy
• Photocatalysis
• Supercapacitors
• Photovoltaics
• Nanomaterials
• Nanoenergy
• Geothermal Energy
＜Program>
| Opening Remarks (JST: 13:20-13:30, SGT: 12:20-12:30) |
Prof. Mitsunobu Sato |
|---|---|
| Keynote lectures (JST: 13:30-14:30, SGT: 12:30-13:30) |
Chair; Prof. Toshinori Okura Keynote 1 Prof. Stefan Adams (NUS) Tools for accelerated design of ion conducting solids for energy storage applications Keynote 2 Prof. Takeyoshi Onuma (KUTE) Developments of Semiconductor-based UVC Emitters and Sensors for Sterilization |
| Break (JST: 14:30-14:45, SGT: 13:30-13:45) |
|
| Oral session 1 (JST: 14:45-16:15, SGT: 13:45-15:15) |
Chair; Prof. Shiro Seki Oral 1 Mr. Linchun He (NUS) Mechanical-electrochemical Failure of NASICON-type Solid-state Electrolyte Based All-solid-state Li-ion Battery Oral 2 Mr. Kenta Watarai (KUTE) High resolution imaging of SSE grain using FIB-TOF-SIMS Oral 3 Mr. Zhongkai Hao (NUS) Oxygen-Deficient Blue TiO2 for Ultra-Stable and Fast Lithium Storage Oral 4 Mr. Yutaka Suwazono (KUTE) Water photolysis by an all-solid-state photovoltaic lithium-ion battery using Li2MnO3 thin-film as cathode active material Oral 5 Mr. Akito Taguchi (KUTE) Impact of Indium Oxide Powder as Source Precursor on α-In2O3 Films Grown by Mist CVD Oral 6 Ms. Rie Yamada (KUTE) Impact of hydrochloric acid on the Mist CVD growth of Ga2O3 Oral 7 Mr. Takumi Umedate (KUTE) Validation of resonance ionization sputtered neutral mass spectrometry for accurate isotope ratio analysis |
| Break (JST: 16:15-16:30, SGT: 15:15-15:30) |
|
| Oral session 2 (JST: 16:30-18:00, SGT: 15:30-17:00) |
Chair; Dr. Yumei Wang Oral 8 Mr. Kentaro Sakai (KUTE) Analysis and classification of aerosol using surface roughness parameter Oral 9 Ms. Masaki Matsuda (KUTE) Characterization of GaInN multi-layers grown on strain-controlled layer by RF-MBE Oral 10 Mr. Jianguo Sun (NUS) Structure Optimization of Prussian Blue As the Cathode for Full Sodium-ion Battery Oral 11 Mr. Koji Kawada (KUTE) Synthesis and characterization of Na+ conducting glass-ceramic Na5FeSi4O12 doped with boron, aluminum, and gallium oxides Oral 12 Mr. Xiaoyu XU (NUS) Composite Polymer Electrolyte Based on PEO Oral 13 Mr. Kenta Shirasu (KUTE) Development of individual cell components analysis method with FIB-TOF-SIMS |
| Closing Remarks (JST: 18:00-18:10, SGT: 17:00-17:10) |
Prof. Li Lu |