Now that, large-scale linkage of renewable energy with the electrical network forces to develop a highly efficient hydrogen generation, storage and transportation t echnologies based on advanced nanostructured catalysts with quite large interfacial area. Carbon circulation economy or sustainable society concept induces huge investments world-widely. The device performance strongly depends on the nano-structure creation on Gas- Solid, Liquid-Solid and even Gas-Liquid/Solid interface. Moreover, the system cost is accommodated to the mega- scale production stage. This is the reason why the congestion control methodology should be created interdisciplinary. 3rd NGRC will be organized to further backup such an interdisciplinary academic frontier and academic achievements encountered in JES focus issue publication. It will be schedules as a preconference of the 12th Molten Salt Conference, Kyoto.
We encourage submission of titles for oral or poster presentations no
later than July 31th, 2023 August 31st, 2023 (extended), to NGRC2023 office (NGRC2023@iae.kyoto-u.ac.jp).
Expected Session Topics include the following subjects:
(1) Hydrogen Energy Technology toward Carbon Circulation Economy Society
(2) Large-scale Renewable Energy Linkage with Conventional Electrical Network
(3) Nucleation and Growth Phenomena in Electrochemical/Materials Processing
3a: Materials Processing: ULSIC & TFT, Solar Cell, SiC, Super Conducting
Devices
3b: Electrochemical Processing: Additives, 3D Interconnect, Magnetic
Recording Media
3c: Advanced Catalyst for Hydrogen Energy, Water Splitting
(4) In-situ Measurements on Interfacial Reaction and Multi-scale Computation
KMC, Phase Field Model
(5) Electrochemical/Materials Processing under Extreme Conditions
5a: Superconducting Technology or Materials Processing under Magnetic Field
5b: Electrodeposition of Active Metals in High-
Temperature Molten Salts
5c: Electrolysis on the Lunar Surface or Strong Radiation
Field
