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703 labs · 51 student voices
George Hasegawa, Project Associate Professor
0 student voices
The Porous Materials Chemistry Lab studies the fabrication of porous ceramic materials and the control of their fine structure, contributing to the fields of separation, adsorption, catalysis, and energy. Even among porous materials, the size and shape of the pores and the proportion of empty space vary widely. The lab engineers pore characteristics to suit the intended application and works on developing new materials with excellent functions. It also evaluates the basic physical properties of the materials it makes and works to connect them to applied research.
Ichiro Naruse, Professor
0 student voices
The Naruse Lab studies technologies for efficiently extracting energy from solid fuels such as waste and biomass while taking the environment into account. Through experiments and analysis, it investigates how ash and environmentally harmful substances are formed when solid fuels are burned, converted into gas, or used in ironmaking. The lab operates as the Environmental and Energy Engineering research group in the Department of Mechanical Systems Engineering.
Toshiyuki Yamamoto, Professor
0 student voices
The Yamamoto Lab studies the movement of people and vehicles in the field of transportation planning. The research projects page lists, as completed projects, a shared autonomous vehicle system, risk management of transportation networks, and simulations that evaluate urban activities and travel. The publication list on the lab website covers papers up to around 2021, and the titles include public transportation use, driving behavior, traffic accidents, and the power consumption of electric vehicles. The lab belongs to the Institute of Materials and Systems for Sustainability at Nagoya University, and the professor also holds a concurrent position at the Institute of Mobility Society in the Institutes of Innovation for Future Society.
Naoko Yoshida, Professor
0 student voices
The Water Environment Microbial Ecology Engineering Lab studies environmental remediation using microorganisms that live in aquatic environments. While viewing problems on a global scale, the lab makes a point of working on solutions to concrete technical challenges in its research themes. In particular, it aims to establish environmental remediation technologies that use microorganisms that grow in oxygen-free environments. The two pillars of its research are wastewater treatment using microbial fuel cells and groundwater remediation by microorganisms that respire organohalides.
Yoshihiro Kojima, Associate Professor
0 student voices
Eco-Energy Engineering (Kojima Research Group) studies material conversion that uses the chemical and physical effects produced when ultrasound is applied to liquids at ambient temperature and pressure. The lab also uses the mist generated by ultrasound as a reaction medium, working on the synthesis of temperature-responsive polymers and fine metal particles. In its research on catalysts made with ultrasound, the lab studied how to enhance the activity of photocatalysts that work under visible light, aiming at applications in environmental remediation. The lab belongs to the Systems Creation Division of the Institute of Materials and Systems for Sustainability, and is introduced under the name "Kojima Lab" in the institute's introductory materials.
Mikimasa Iwata
0 student voices
The Energy Systems (Chubu Electric Power) Endowed Research Division studies power distribution equipment and energy transmission and control systems toward realizing a decarbonized society. Using IoT and DX, the division works on advancing next-generation power distribution equipment and energy transmission and control systems, and on making them environmentally compatible. In its research, the division maps out a path for the social implementation of the technology while deepening collaboration with various organizations. The division also engages in integration with society, outreach, collaboration with regional universities, and educational support, and works to develop people who can identify problems and lead to solving them.
Kenji Ito
0 student voices
The Toyota Central R&D Labs GaN Power Device Industry-Academia Joint Research Division is one of the industry-academia joint research divisions at the Institute of Materials and Systems for Sustainability, Nagoya University, and studies GaN power devices. Research proceeds from four perspectives: crystal growth, gate insulator films and interfaces, processes such as processing and ion implantation, and device design. The page includes figures showing a vertical trench GaN device and the Hall mobility of a lightly doped n-type epitaxial layer.
Hidetaka Amanai
0 student voices
The Mitsubishi Chemical GaN Substrate Device Industry-Academia Collaborative Research Lab conducts research and development on high-quality GaN substrates, which serve as the foundation for new device structures that take advantage of the excellent physical properties of gallium nitride (GaN). The lab investigates how substrate quality relates to device characteristics, and aims to clarify the mechanisms behind that relationship. The lab is one of the industry-academia collaborative research divisions at the Institute of Materials and Systems for Sustainability.
Daiki Sato
0 student voices
The Photo electron Soul GaN Electron Beam Device Industry-Academia Collaborative Research Lab conducts research and development on GaN-based semiconductor photocathodes. Through this research and development, the lab is accelerating the industrial deployment of "GaN electron beam devices," a new application of GaN. Photo electron Soul Inc., whose name appears in the name of the lab, is a company spun out of Nagoya University. The lab is one of the industry-academia collaborative research divisions at the Institute of Materials and Systems for Sustainability.
Kenta Murayama
0 student voices
The UJ-Crystal Ultra-High-Quality SiC Semiconductor Industry-Academia Collaborative Research Lab is one of the industry-academia collaborative research divisions at the Institute of Materials and Systems for Sustainability, and conducts research on solution growth technology for SiC crystals. According to the division's description, UJ-Crystal Inc., a venture company spun out of Nagoya University, aims to achieve early real-world deployment of ultra-high-quality SiC single-crystal substrates using SiC solution growth technology and machine learning. The division states that this will achieve further energy savings in fields such as EVs and smart grids, and contribute to carbon neutrality.
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