My research focuses on materials and energy conversion, including microwave-assisted catalysis, solar cells and interface design for electrocatalysis.
This site brings together my research, computational tools and study notes.
A frequency-domain workbench for battery lifetime assessment, integrating cell lifetime data, operating statistics, and temperature correction to predict capacity retention, analyze cycle and calendar aging, and generate reports. Currently maintained locally.
Ethanol dehydration to ethylene over HPW/SBA-15, combining experiments and theoretical calculations to examine the effects of heating methods and catalyst supports.
Industrial & Engineering Chemistry Research, 2025 Ethanol dehydration to ethyleneRelated work: microwave heating of tungsten oxides
Vacancies and cation homogenization in AgBiS₂ nanocrystals, with a broader interest in composition and interface modification for photovoltaic performance.
ACS Energy Letters, 2025 AgBiS₂ nanocrystal solar cellsRelated work: silicon/polymer interface modification
Ru single atoms anchored on FeP–CoP heterostructures, with local charge regulation to alleviate hydroxyl blocking, accelerate water dissociation and facilitate hydrogen adsorption and desorption.
Carbon Energy 7, e690 (2025) Local charge regulation at Ru single atomsLast and corresponding authorLearning paths, derivations and notes on open-circuit voltage, diffusion, reaction kinetics and the single-particle model.
Collaborative work · Advanced Energy Materials