AFFORDABLE AND CLEAN ENERGY

Development of New Desulfurization Process via Visible Light Oxidation using Supported Metal Oxides and UV Light-induced Decomposition with Isolating Elemental Sulfur

Department of Chemistry, Graduate School of Science

Recently, the development of a new desulfurization method is desirable that can perform under room temperature and atmospheric pressure to reduce cost. However, in previous studies, there are problems [...]

Plastic pollution has become a global environmental challenge, with massive plastic waste accumulating on land and in oceans, harming ecosystems. Traditional treatment methods struggle to fully degrad [...]

This project will combine first‐principles calculations and molecular‐dynamics simulations to build atomistic models of Pt‐cluster–Nafion interfaces and carbon‐support pores. We will systematically re [...]

Conventional aminoxyl radicals were usually reported with no luminescence properties because of their low transition probability and weak optical absorption due to the n-π* type excitation from SOMO t [...]

With fossil fuels driving an energy crisis and environmental degradation, solar energy stands out as a renewable alternative. However, its conversion into usable chemical energy remains challenging. I [...]

In recent years, hydrogen has attracted considerable attention owing to its high calorific value and environmentally benign characteristics. At present, electrochemical water splitting remains the mos [...]

Improving the proton conductivity of solid electrolytes is essential for enabling proton ceramic fuel cells (PCFCs) to operate at lower temperatures. A key phenomenon governing high conductivity is pe [...]

In the fabrication process of power device, there are some high thermal budget processes, such as oxidation and diffusion, can cause dislocation propagation and lifetime reduction in Si wafer, which d [...]

Development of New Desulfurization Process via Visible Light Oxidation using Supported Metal Oxides and UV Light-induced Decomposition with Isolating Elemental Sulfur

Microwave-assisted catalytic degradation of plastics and other organic wastes

Atomistic Simulation of Ionomer–Pt/C Interface Interactions and Mass Transport in Carbon Supports

Development of Luminescent Organic Radicals Based on the Boron-Heteroatom Interaction

Efficiency and Mechanism of Carbon Dioxide Reduction Reaction by Using Metal-Organic Frameworks

Electrochemical hydrogen evolution from water with cobalt(NHC)-pyrene catalysts heterogenized over carbon materials

Elucidation of Percolation Formation Mechanisms for the Development of Low-Concentration, High-Diffusivity Proton Conductors

The Study in Si Wafer during IGBT High Thermal Budget Process and Its Optimization

“Future-Creation (MIRAI)” Course Kyushu University SPRING program