AFFORDABLE AND CLEAN ENERGY

Analysis and material design of Li₂S-based nano-composite for high capacity and long-life electrode

Department of Interdisciplinary Engineering Science, Interdisciplinary Graduate School of Engineering Sciences

Lithium sulfide (Li₂S) is considered an ideal cathode material for solid-state batteries due to its high theoretical capacity and ability to serve as a lithium source. However, its poor conductivity r [...]

Among various noble metal NPs, platinum (Pt) and Pt-based NPs are well-known as catalysts and the most attractive NPs in many fields. The core@shell structure can create a synergistic effect by placin [...]

The average orientation of PDMVs to a specific direction, usually perpendicular to the film surface, leads to macroscopic polarization in organic film. The orientation polarization is closely related [...]

My research will focus on combining two photosynthetic components to fabricate artificial photosynthetic devices which can simultaneously promote water oxidation and CO2 reduction in a single aqueous [...]

In recent years, with the shift to a decarbonized society and the energy crisis, energy poverty (also known as “fuel poverty”) has emerged as a new form of poverty. People with limited mob [...]

Aviation has become increasingly vital to the human world. However, the current flight path plotting method is to choose the closest range across the surface without considering the atmospheric enviro [...]

Power modules are responsible for power conversion (AC / DC conversion) and play a major role in the effective use of electricity. With a digital driver, it is possible to detect signal such as overcu [...]

In geothermal exploration, the magnetotelluric (MT) survey is becoming essential as this method has good sensitivity to image the geothermal systems and could cover deep subsurface. During MT survey, [...]

Analysis and material design of Li₂S-based nano-composite for high capacity and long-life electrode

Influence of changes in the composition of Au@Ag@Pt core@multi-shell nanoparticles prepared by co-reduction method

Study on the effect of giant surface potential in emitting layer for long operational OLEDs lifetime

Development of Photosynthetic Systems Promoting Water Oxidation Coupled with CO2 Reduction to Formate

A simulation model for assessing energy and transport poverty of persons with reduced mobility

Partitioned simplicial optimization for sustainable flight paths

Integration design for high functionality of power modules using digital drivers

Noise Reduction on Magnetotelluric Time-series Data in Geothermal Exploration by Using Artificial Neural Network

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