Environmental conservation through microwave-assisted photocatalytic method, and environmental cleansing device using a microwave discharge electrodeless lamp (MDEL)

Faculty of Science and Technology Department of Materials and Life Sciences

Horikoshi Satoshi

Nanotechnology Environmental conservation and purification Material/Recycle

2023.08.02

Low-cost and energy-saving hydrogen storage and transportation technology using a microwave organic hydride method

Faculty of Science and Technology Department of Materials and Life Sciences

Horikoshi Satoshi

Low-carbon/Energy Applied chemistry

2023.08.02

Deveropments of interigent microwave cooking oven with selective and delicate heating

Faculty of Science and Technology Department of Materials and Life Sciences

Horikoshi Satoshi

Electrical and electronic engineering

2023.08.02

Research on the acceleration of plant growth and increased environmental tolerance due to microwave stimulation

Research on the acceleration of plant growth and increased environmental tolerance due to microwave stimulation

Faculty of Science and Technology Department of Materials and Life Sciences

Horikoshi Satoshi

Plant production and environmental agriculture

2023.08.02

Quantitative measurements of collisional and absorption cross sections in electron and VUV interactions with gaseous atoms and molecules.

Faculty of Science and Technology Department of Materials and Life Sciences

Hoshino Masamitsu

Equipment/Device Nanotechnology Basic Theory

2023.08.02

Introducing UV absorption spectra and isotope effects to mathematical models applied to the study of planetary atmospheric chemistry

Faculty of Science and Technology Department of Materials and Life Sciences

Fuyutsuki Seba

Environmental conservation and purification Basic Theory

2023.08.02

Development of all-solid-state rechargeable batteries using flexible solid electrolytes

Development of all-solid-state rechargeable batteries using flexible solid electrolytes

Faculty of Science and Technology Department of Materials and Life Sciences

Fujita Masahiro

Materials chemistry

2023.08.02

Development of high-performance electrolytes and environmentally benign process by using ionic liquids

Faculty of Science and Technology Department of Materials and Life Sciences

Fujita Masahiro

Low-carbon/Energy Material/Recycle

2023.08.02