Synopsis of recent research by authors named "Xiaoning Tian"
- Xiaoning Tian's recent research primarily focuses on the development of advanced catalysts for energy storage and conversion applications, particularly in water splitting and zinc-air batteries, utilizing techniques such as defect engineering and carbon support.
- Significant findings include the synthesis of Ni-doped CoP catalysts and cobalt-nickel selenide microspheres that exhibit high catalytic efficiency for hydrogen and oxygen evolution reactions, emphasizing the role of structural defects and doping in enhancing performance.
- Additionally, Tian's work encompasses the exploration of sustainable materials, such as the incorporation of secondary aluminum ash in concrete, highlighting the environmental benefits and potential applications for waste materials in building infrastructure.
